(BRE & IINTERSOLAR SPECIAL) SolarQuarter - India Nov-Dec 2025 Issue by SolarQuarter

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Bharat 2026 Renewable E po

NOV-DEC 2025 | VOLUME 17 | ISSUE 6

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

CONTENT INDIA SOLAR NEWS

LEADERSHIP VOICES

PRODUCT FEATURE

06 Investment Outlook

23 SOFAR

08 Policy & Regulatory

24 EnerMAN

13 Think Tank

27 Raychem RPG

PROJECT FEATURE

COMPANY FEATURE

26 Huasun

28 SolaX Power

30 Ashok D M

Subham Hazra

Founder, CEO & MD EnerMAN Technologies Pvt Ltd.

Technical Service Lead (Rooftop & C&I) Sungrow India

SOLARQUARTER RESEARCH 16 Lead Story

20 Investment Outlook

17 Business Insights 18 Tech Story

21 Current Affairs 22 Market Research

19 Special Story

54 Market Statistics

Sachin Aggarwal Managing Director Purshotam Profiles

THE CHAMPIONS CORNER 37

Bharat Singh TN Director - Sales & Marketing Ningbo Deye New Energy, India

Aniket Tondare

Nikhil Agrawal

Director (Sales) ECE India Energies Ltd

Director Alishan Green Energy Pvt Ltd

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Ashok Kumar Singh

Akarsh Gupta

President Novasys Greenergy

Director Chemi Tech Constructions Pvt Ltd

46 Milav Patel

Jaydeep Gajera

Director Helox Power, Solar Energy Solutions

Chief Executive Officer (CEO) Gronsol Inverter Technology LLP

50 Rahul Sharma CEO iPLON India

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

INDIA SOLAR NEWS Investment Outlook > ADB Approves $650M Loan To India To Accelerate Rooftop Solar And Provide Clean Energy To 10 Million Households By 2027 ADB has approved a $650 million policy-based loan to back the Pradhan Mantri Surya Ghar: Muft Bijli Yojana, aiming to install rooftop solar in 10 million homes by 2027. The funding will help overcome financing and regulatory hurdles, promote subsidies, and accelerate India’s clean-energy transition.

Candi Solar Secures USD 58.5 Million IFCLed Funding to Expand Distributed Solar Portfolio in India and South Africa Candi Solar has raised USD 58.5 million in a debt financing round led by the International Finance Corporation (IFC). The funds will finance nearly 200 MWp of new distributed solar projects across India and South Africa, doubling its portfolio and accelerating the deployment of clean power for commercial clients.

ADB Strengthens Partnership With ReNew To Finance India’s First Round-the-Clock Peak Renewable Energy Project Worth $331 Million ADB has committed $331 million to finance an 837 MW windsolar hybrid project (with a 415 MWh battery storage system) in Andhra Pradesh. The plant will supply 300 MW of round-theclock power, guaranteeing base-load electricity and boosting grid reliability.

Beyond Renewables & Recycling Raises ₹5 Crore In Pre-Seed Funding To Advance India’s Circular Solar Economy The climate-tech startup secured ₹5 crore from investors, including Momentum Capital and others, to scale its proprietary recycling technology. It aims to build India’s first large-scale solar-waste recycling ecosystem, helping recover high-value materials from end-of-life solar panels

Goldi Solar Gains ₹1,422 Crore Funding to Expand Renewable Capacity

SECI To Invest ₹250 Crores In Fixed Deposits With Scheduled Banks In Delhi-NCR SECI plans to park ₹250 crore in fixed deposits with scheduled banks in the Delhi-NCR region, choosing a short 45-day tenure. The move appears aimed at efficient cash management and liquidity optimization while maintaining flexibility for possible early withdrawal.

NTPC Green Energy Announces ₹1,500 Crore NCD Issue to Fund Renewable Expansion

Goldi Solar, a leading solar PV module manufacturer, raised ₹1,422 crore in growth capital led by Havells India and other institutional and strategic investors. The funds will support the expansion of its manufacturing capacity, backward integration, and accelerated adoption of high-efficiency solar technologies.

BII Commits USD 75 Million to Blueleaf Energy to Boost India’s Renewable Expansion and Drive Growth Across Asia BII committed $75 million to Blueleaf Energy to support its renewable energy expansion efforts — a move expected to bolster clean energy growth in India and the broader Asian region. This funding underscores growing investor interest in regional clean-energy infrastructure.

NTPC Green Energy Ltd has announced an unsecured nonconvertible debenture (NCD) issuance of ₹1,500 crore, with a 7.01% coupon and a 10-year tenor, to raise long-term funds. The proceeds will be used to finance capital expenditure across its renewable energy projects, supporting the company’s expansion plans.

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

INDIA SOLAR NEWS Policy & Regulatory > CERC Issues Draft Tariff Framework For Integrated Energy Storage Systems In India The Central Electricity Regulatory Commission has released a draft tariff framework to accelerate the deployment of Integrated Energy Storage Systems. The proposal introduces structured compensation mechanisms, capacity-based tariff discovery, and performance benchmarks aimed at boosting grid stability and renewable energy integration. Stakeholders are invited to provide comments before finalization.

MNRE Proposes Higher Efficiency Standards For Solar PV Modules To Boost Quality And Performance MNRE has proposed stricter minimum efficiency standards for solar PV modules to enhance quality and long-term performance in India’s expanding solar market. The updated norms cover domestic and imported modules, targeting improved reliability and global competitiveness. Public comments are solicited before the standards become mandatory for all future installations.

MNRE Revises ALMM List-II For Solar PV Cells MNRE has issued an updated revision of the Approved List of Models and Manufacturers (ALMM) List-II for solar PV cells. The revised list includes new eligible cell manufacturers and aims to strengthen supply chain transparency, manufacturing competitiveness, and energy security for utility and rooftop solar projects nationwide.

CSERC Approves Exemption Allowing Captive Solar Power Use Without Dedicated Feeder In Chhattisgarh CSERC has approved a major exemption allowing captive solar power usage without the requirement of a dedicated feeder in Chhattisgarh. The decision enables easier industrial adoption, reduces project costs, and encourages rapid solar capacity addition. Utilities are instructed to update procedures and allow eligible consumers to apply immediately.

UERC Directs Action On Delayed Solar Projects, Orders Strict Compliance And PPA Revisions In Uttarakhand UERC has issued directives addressing delays in multiple solar projects in Uttarakhand, ordering strict compliance, progress reporting, and possible PPA revisions. The regulator warned developers about penalties and consequences for nonperformance. DISCOMs have been instructed to enforce monitoring to ensure timely renewable commissioning.

Tripura Electricity Regulatory Commission Issues First Amendment to Solar Rooftop Net/Gross Metering Regulations 2024 TERC has released the first amendment to the Solar Rooftop Net/Gross Metering Regulations 2024, introducing updated metering provisions and improved billing clarity. The changes aim to resolve consumer-DISCOM disputes and support faster rooftop adoption across Tripura. The commission invited stakeholder feedback before final approval.

CERC Orders Tariff Reductions After GST Cut On Renewable Energy Equipment

GERC Approves Fifth Amendment To Net Metering Regulations 2025 For Rooftop Solar Systems In Gujarat

Following the reduction in GST on renewable energy equipment, CERC has ordered corresponding revisions in project tariffs to reflect lower capital costs. The commission directed DISCOMs and generators to re-assess existing PPAs, ensuring consumer benefit and preventing undue financial gains. Implementation timelines are specified for compliance.

GERC has finalized the fifth amendment to Gujarat’s rooftop solar net metering framework. Key changes include revised capacity limits, energy accounting rules, and technical standards to ensure better grid handling of increasing renewable penetration. The amendment is expected to boost rooftop adoption among residential and C&I consumers.

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

INDIA SOLAR NEWS Policy & Regulatory > RERC Sets 2025-26 Roadmap For Rajasthan Discoms With Strong Push For Solar And Renewable Energy Expansion RERC has issued a policy roadmap guiding Rajasthan DISCOMs for FY 2025-26, prioritizing renewable integration, grid modernization, and solar growth. The framework mandates aggressive solar procurement, enhanced transmission planning, and storage-based stabilization. The approach aligns with Rajasthan’s position as India’s leading renewable-energy state.

RERC Finalizes Parallel Operation Charges For Captive Power Plants Across Rajasthan RERC has finalized the parallel operation charges applicable to captive power plants operating alongside the state grid in Rajasthan. The order aims to improve system reliability and streamline cost-sharing between generators and DISCOMs. The new structure provides financial clarity for industrial consumers and supports a stable integration of captive renewable capacity.

KERC Unveils Draft Regulations 2025 For Demand Flexibility And Energy Efficiency In Karnataka

Punjab State Power Corporation Introduces Clear Banking Draft Procedure To Support Green Energy Open Access Consumers In Punjab Punjab State Power Corporation Limited has issued a draft procedure for energy banking to support green energy open access consumers. The proposal outlines settlement cycles, banking limits, and credit adjustment rules to facilitate easier renewable usage. The draft aims to encourage industrial adoption of solar and improve clean energy flexibility statewide.

RERC Issues Key Order On Change-In-Law Compensation For SECI Solar Projects In Rajasthan RERC has issued a key decision regarding change-in-law compensation for SECI solar projects in Rajasthan. The order clarifies how additional project costs due to policy changes will be adjusted and compensated. It provides financial certainty for developers and supports the uninterrupted execution of largescale solar capacity across the state.

RERC Finalizes Stricter Compliance Regulations For Distributed Renewable Energy And BESS Systems In Rajasthan

KERC has released draft regulations for 2025, focusing on demand flexibility and energy efficiency to enhance power system stability in Karnataka. The proposal introduces demand response programs, time-based tariff incentives, and energysaving measures. The draft invites stakeholder comments before final approval, targeting reduced peak load pressure and improved grid efficiency.

RERC has approved new compliance regulations governing distributed renewable energy and battery energy storage systems in Rajasthan. The rules require improved reporting, safety standards, and technical monitoring of distributed assets to ensure grid protection and operational transparency. The framework supports large-scale decentralised renewable growth and grid stability.

CERC Proposes Buyout Price Mechanism To Simplify Renewable Consumption Obligation Compliance

DERC Enforces New RPO And REC Regulations 2025 To Boost Renewable Energy Adoption In Delhi

CERC has proposed a new buyout price mechanism to simplify Renewable Consumption Obligation compliance for obligated entities. The framework allows entities to pay a fixed buyout cost if unable to procure renewable power or certificates. This proposal aims to improve market transparency, streamline accounting, and strengthen overall renewable energy enforcement.

DERC has enforced the Renewable Purchase Obligation and Renewable Energy Certificate Regulations 2025, requiring obligated entities in Delhi to increase renewable energy procurement. The updated framework establishes compliance targets, penalty mechanisms, and REC trading guidelines. The regulations aim to strengthen clean energy adoption and accelerate Delhi’s renewable transition.

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

INDIA SOLAR NEWS Policy & Regulatory > PSERC Issues Draft Regulations For Deviation Settlement Mechanism 2025 To Strengthen Grid Discipline In Punjab

UPERC Keeps Tariffs Unchanged For 6th Year, Updates Clean Energy Charges In Uttar Pradesh

PSERC has released a draft of the Deviation Settlement Mechanism Regulations 2025 to tighten grid discipline and reduce frequency deviations in Punjab. The draft includes revised penalty structures, scheduling guidelines, and settlement procedures. Stakeholders have been invited to provide feedback

UPERC has announced that power tariffs will remain unchanged for the sixth consecutive year in Uttar Pradesh, providing stability for consumers. The order also updates clean energy charges to support renewable development and grid sustainability. The decision balances cost affordability with clean energy expansion requirements across the state.

before the regulations are finalized to enhance operational reliability.

MSERC Invites Public Feedback On Proposed Amendments To Business Conduct Regulations 2025 In Meghalaya MSERC has issued proposed amendments to the Business Conduct Regulations 2025 and invited public feedback. The changes aim to improve regulatory transparency, strengthen consumer grievance mechanisms, and streamline utility procedural requirements. The commission encouraged participation from consumers, developers, and industry stakeholders before concluding consultations and issuing final regulations.

RRECL Unveils New SOP To Speed Up And Simplify Captive Solar Project Approvals In Rajasthan RRECL has introduced a new Standard Operating Procedure to accelerate and simplify the approval process for captive solar projects in Rajasthan. The SOP aims to reduce delays, improve documentation efficiency, and increase transparency for industrial and commercial consumers. The initiative supports faster renewable expansion and ease of doing business.

CSERC Introduces New Data-Driven Tariff Regulations For Renewable Energy Projects In Chhattisgarh CSERC has implemented new data-driven tariff regulations for renewable energy projects in Chhattisgarh to improve pricing transparency and regulatory efficiency. The framework uses realtime operational and cost data to determine tariffs, ensuring competitive project development. The initiative strengthens policy clarity and encourages investment in solar and clean energy infrastructure.

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Bihar Introduces New 2025 Regulations To Streamline Renewable Energy Tariff Framework The Bihar electricity regulator has introduced new 2025 regulations designed to streamline tariff structures for renewable energy projects. The framework aims to simplify approval procedures, increase tariff transparency, and encourage clean energy investments. The changes support faster renewable growth and improved policy certainty for developers and consumers in the state.

TGERC Introduces Draft Resource Adequacy Regulations to Strengthen Power Planning and Renewable Integration In Telangana TGERC has released draft Resource Adequacy Regulations aimed at strengthening power planning and renewable integration in Telangana. The draft outlines requirements to ensure adequate capacity to meet demand reliably while reducing dependence on conventional sources. Stakeholders have been invited to comment before finalization to enhance long-term energy security.

Telangana Electricity Regulator Draft First Amendment To Open Access Regulations 2024 For Renewable Energy Certificates The Telangana electricity regulator has issued the first draft amendment to the Open Access Regulations 2024, focusing on Renewable Energy Certificates. The amendment proposes clearer rules for REC eligibility, settlement, and compliance. The draft seeks to support open access consumers and strengthen renewable energy trading and market participation.

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

INDIA SOLAR NEWS Policy & Regulatory > Telangana Introduces New 2025 Regulations To Boost Rooftop Solar Adoption And Grid Integration

RERC Revises Tariff For PM-KUSUM Solar Projects To Balance Discom And Developer Interests In Rajasthan

Telangana has notified new 2025 regulations aimed at expanding rooftop solar adoption and strengthening grid integration. The framework improves net-metering provisions, technical standards, and consumer application processes. The policy supports residential and commercial users, enabling faster

RERC has revisited and revised tariffs for solar projects under the PM-KUSUM scheme to balance the interests of developers and DISCOMs. The change aims to reflect current cost dynamics while ensuring viability for farmers and renewable proponents under the state’s subsidy-driven solar initiative.

approval timelines and higher clean energy penetration to support state renewable targets.

CSERC Clears Path For Virtual Net Metering, Allowing Off-Site Solar Plants To Serve Multiple Consumers In Chhattisgarh On 24 November 2025, CSERC clarified that off-site solar plants under virtual net-metering can serve multiple consumers, though the generating unit is located remotely. The ruling removes previous ambiguity and is expected to expand distributed solar adoption, especially benefiting consumers without rooftop or land access.

MSERC Invites Public Comments On Draft 2025 Renewable Energy Tariff Regulations In Meghalaya MSERC has released draft 2025 regulations for renewable energy tariffs and opened a public consultation for comments. The proposed framework aims to streamline tariff structures and regulatory clarity for renewable projects across Meghalaya. Stakeholder feedback is sought before final adoption.

Telangana Cabinet Approves Third DISCOM And Major Renewable Energy Expansion Strategy The Telangana Cabinet approved the creation of a third distribution company to manage agricultural, irrigation, and public-utility power needs, alongside 3,000 MW solar tenders and a 10,000 MW pumped-storage buildout. The move is meant to support rising demand, improve distribution efficiency, and fast-track renewable energy integration.

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UERC Issues Second Amendment To Renewable Tariff Regulations 2023, Adds Framework For BESS Integration In Uttarakhand UERC has issued a second amendment to its 2023 renewable tariff regulations, extending the framework to include Battery Energy Storage Systems (BESS). New and upcoming storageintegrated renewable projects will now be eligible under updated tariff and supply provisions, supporting Uttarakhand’s push for stable clean energy integration.

Rajasthan Electricity Regulatory Reviews Tariff Under KUSUM-A Scheme Amid Falling Solar Project Costs Rajasthan’s electricity regulator is revisiting tariffs under the KUSUM-A solar scheme, in light of declining solar project costs. The review aims to adjust subsidy-linked pricing to maintain scheme viability for both the state and farmers, ensuring sustainable solar adoption under evolving market conditions.

Odisha Amends 2016 Net Metering Rules In 2025, Approves Hybrid Inverters To Boost Rooftop Solar Odisha’s regulator has amended the 2016 net-metering rules (in 2025) to explicitly allow hybrid inverters, aiming to boost rooftop solar adoption and ease grid integration. The change is expected to facilitate safer, more efficient distributed solar installations across residential and commercial rooftops in the state.

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

INDIA SOLAR NEWS Think Tank > India Emerges As A Leading Voice For A Fair & Scalable Clean Energy Transition At COP30 At COP30, India positioned itself as a key advocate for a fair and scalable clean energy transition. Highlighting its renewable achievements, India urged equitable financing, technology access, and global cooperation to ensure developing nations can pursue low-carbon growth. The country emphasized solutions like solar, wind, and storage integration to reduce emissions while supporting economic growth, calling for global alignment on climate finance and capacity-building to achieve a just energy transition.

Global Energy Storage Shipments Soar 85% in 2025, Marking a Highly Competitive Market Shift – Report Global energy storage shipments surged by 85% in 2025, signaling a rapidly evolving and competitive market. Lithium-ion technologies dominated growth, while new players entered the market, driving cost reductions and innovation. The report highlights rising storage adoption in renewable integration, grid stabilization, and electric mobility, underscoring storage as a cornerstone of the clean energy transition worldwide.

India’s Green Economy Pathway Could Create 48 Million Jobs And Unlock $4.1 Trillion Investment By 2047 – Report A recent report projects India’s green economy could generate 48 million jobs and attract $4.1 trillion in investment by 2047. Key sectors include renewable energy, electric vehicles, green hydrogen, and circular economy initiatives. Accelerated policy support and financial incentives are expected to drive sustainable growth, enabling India to meet climate targets while boosting employment and industrial development in line with its lowcarbon future aspirations.

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Global BESS Installations Surge 29% YoY As Energy Storage Momentum Accelerates In 2025 – Benchmark Mineral Intelligence Global Battery Energy Storage System (BESS) installations grew 29% year-on-year in 2025, driven by increased renewable energy integration, grid balancing needs, and cost reductions. The report notes strong demand from Asia, North America, and Europe, highlighting technological advancements in lithium-ion and flow batteries. The trend underscores storage’s critical role in achieving decarbonization and reliable clean energy deployment worldwide.

BESS Transforming the Future of Renewable Power and Grid Stability Worldwide Battery Energy Storage Systems are transforming global renewable energy deployment by enhancing grid stability, integrating variable solar and wind power, and enabling peak demand management. Advanced storage solutions allow for 24/7 clean electricity supply, reduce curtailment, and provide ancillary services to grids. Industry experts expect BESS to become a critical enabler of global decarbonization and energy security, while technological innovation continues to improve efficiency and cost-effectiveness across residential, commercial, and utilityscale projects.

India Generates 21,488 Million Units Of Renewable Power As Solar Leads October 2025 Growth India produced 21,488 million units of renewable electricity in October 2025, with solar contributing the largest share. Wind, hydro, and biomass also supported steady growth, reflecting accelerated renewable adoption and grid integration. The data indicate strong investment traction, government incentives, and effective capacity expansion. This surge strengthens India’s energy transition and supports its climate goals for emissions reduction and sustainable development.

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

INDIA SOLAR NEWS Think Tank > Global Energy Transition Investment Hits USD 2.4 Trillion But Falls Short Of Climate Targets – IRENA

India Ranks 4th Globally In RE Capacity, Strengthening 2024-25 Clean Power Vision Toward 500 GW Goal – RE Statistics 2024-25

IRENA reports that global energy transition investment reached USD 2.4 trillion in 2025, marking significant growth in renewable generation, storage, and electrification projects. However, funding remains below the levels required to meet international climate targets. Accelerated investments, supportive policies, and

According to 2024-25 statistics, India ranks fourth globally in renewable energy capacity. The nation’s clean power portfolio, including solar, wind, and biomass, continues to experience rapid expansion. Progress strengthens India’s roadmap toward achieving 500 GW renewable capacity by 2030. Policy initiatives, grid integration efforts, and financial incentives have accelerated adoption, positioning India as a global leader in sustainable energy growth.

technology deployment are critical to closing the gap and achieving net-zero goals by mid-century.

Green Climate Fund Marks a Decade of Impact, Reaching 33 Million People and Advancing Global Climate Resilience The Green Climate Fund (GCF) celebrates ten years of promoting climate resilience worldwide. Over the decade, GCF-supported projects have reached 33 million people across developing countries, advancing renewable energy, climate adaptation, and sustainable development. The milestone highlights the fund’s role in mobilizing finance, driving low-carbon growth, and supporting vulnerable communities while enhancing global climate mitigation and adaptation strategies to meet international climate targets.

India Solidifies Solar Leadership: Achieves 130 GW Total Installed Capacity, Adding 32 GW In 2025 India reached a total solar installed capacity of 130 GW in 2025, adding 32 GW this year alone. The growth underscores India’s leadership in renewable energy and rapid deployment of utility, rooftop, and distributed solar projects. Strong policy support, domestic manufacturing expansion, and favorable financing have driven this record growth, reinforcing India’s position among the world’s top solar markets. The achievement contributes to national clean energy targets and supports economic and employment gains.

Global Energy Transition Slows Amid Geopolitical Tensions, Inflation, And AI Growth: Wood Mackenzie Outlook 2025–26 Wood Mackenzie reports that global energy transition momentum has slowed due to geopolitical tensions, inflation, and rising AIrelated electricity demand. Renewable energy deployment continues, but high material costs, supply chain disruptions, and policy uncertainty hinder acceleration. Analysts call for stronger government incentives and strategic investment to sustain decarbonization efforts, ensuring that clean energy deployment aligns with global climate goals and future-proof grid infrastructure.

Powering The Future: How Digitalization And AI Are Transforming Global Electricity Grids – IRENA IRENA highlights how digitalization and AI are reshaping global electricity grids. Advanced monitoring, predictive analytics, and AIdriven load management improve efficiency, grid stability, and renewable integration. These technologies enable better forecasting, reduced curtailment, and real-time decision-making, supporting decarbonization. Utilities worldwide are adopting smart grids and AI tools to optimize energy delivery, reduce operational costs, and accommodate growing electrification demands sustainably.

India Targets 215–220 GW Solar Module Capacity to Power Global Clean Energy Leadership – CareEdge

India Adds Around 30 GW Solar Capacity As It Crosses 500 GW Milestone In Q3 2025

India aims to achieve 215–220 GW of solar module manufacturing capacity to reinforce its global clean energy leadership. The target focuses on meeting domestic demand, exporting surplus capacity, and strengthening energy security. Government incentives, investment promotion, and infrastructure expansion are key enablers. Scaling module production supports the nation’s renewable energy goals, economic growth, and international climate commitments.

India crossed a major energy milestone in Q3 2025, exceeding 500 GW of total installed power capacity, with solar contributing around 30 GW. This reflects accelerated renewable adoption, supportive policies, and growing domestic manufacturing. The achievement strengthens India’s clean energy transition, ensures energy security, and contributes to national emissions reduction targets, while supporting sustainable economic growth.

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

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RESEARCH

LEAD STORY

India’s Solar Surge Maps the Next Decade of Clean Power Growth India’s solar sector is entering a critical decade that will define the country’s clean energy journey and shape its leadership in the global energy transition. Over the past few years, India has emerged as one of the fastest-growing solar markets in the world, supported by strong policy initiatives, falling technology costs, and rapid expansion of renewable energy infrastructure. Today, solar power is no longer an alternative source but has evolved into a central pillar of the nation’s energy strategy. The next ten years promise an even more ambitious scale of growth driven by manufacturing capacity, investment momentum, grid modernization, energy storage adoption, and supportive governance. India has set a clear long-term target of achieving 500 gigawatts of non-fossil fuel capacity by 2030, with solar expected to contribute the largest share. The country has already crossed major milestones in installed capacity, rooftop additions, industrial adoption, and utility-scale solar parks. Large state-led projects, private sector investments, and international partnerships have supported strong execution across multiple states, including Rajasthan, Gujarat, Karnataka, Tamil Nadu, and Maharashtra. The increasing volumes of solar tenders from central and state agencies indicate a sustained pipeline of projects that will continue to fuel growth. The government’s focus on round-the-clock renewable power and hybrid solar-wind-storage projects is reshaping the energy system with cleaner and more reliable power for industries and households. One of the most important pieces of the solar expansion roadmap is domestic manufacturing. The Production Linked Incentive scheme and new investments in polysilicon, wafers, cells, and module facilities are moving India closer to reducing reliance on imports and developing a complete solar supply chain. Over the next decade, India is expected to become one of the world’s largest solar manufacturing hubs, producing high-efficiency modules powered by advanced technologies such as TOPCon, HJT, and perovskite innovations. This manufacturing growth is also supported by rising global demand and trade diversification strategies as many countries explore alternative sources beyond conventional supply markets.

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The next phase of solar growth will also be closely linked with energy storage systems and grid modernization. As renewable penetration increases, storage solutions like lithium-ion batteries, flow batteries, pumped hydro, and hydrogen-based storage will help balance fluctuations and ensure 24×7 power availability. Major investments in transmission corridors, green energy corridors, smart meters, AIenabled grid management, and flexible power markets are preparing the grid for higher renewable capacity. Distributed solar adoption through rooftops, solar for agriculture, and open-access solar is expected to rise sharply as consumers seek cost savings and energy independence. Major industrial sectors, commercial buildings, and data centers are transitioning to solar-based power purchases to meet sustainability targets. Green financing is accelerating project development as investors increasingly view solar as a stable, profitable, and low-risk asset class. This decade will also witness large-scale growth in floating solar, offshore solar integration, hybrid projects, rural electrification through mini-grids, and solar-powered mobility. Despite the strong momentum, challenges, including land availability, DISCOM financial health, policy implementation consistency, and technology transition risks, need careful management. The continued collaboration between government, industry, technology providers, investors, and consumers will be essential to maintain growth and ensure long-term energy security. India’s solar surge over the next decade is not only about megawatts but also about transforming the energy economy, creating millions of green jobs, improving air quality, and reducing carbon emissions. As the world looks for scalable renewable solutions, India’s leadership in solar adoption and innovation is set to become a global reference point. The decade ahead presents an unprecedented opportunity to build a cleaner, stronger, and more self-reliant energy system that will power India’s development and contribute to a sustainable future.

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

RESEARCH

BUSINESS INSIGHTS

How Indian Solar Firms Are Reshaping Global Supply Chains Indian solar manufacturers are beginning to reshape global solar

dependence on a narrow set of buyers and spreads market risk. For

supply chains, and the change is no longer limited to India’s own

developing regions trying to grow solar capacity quickly, Indian

renewable targets. A decade ago, the country had only a small

supply offers a mix of scale, price competitiveness, and an

manufacturing base. In 2014, approved module capacity was

alternative to the traditional supply routes.

around 2.3 GW, while most developers imported cells and panels. Since then, policy has pushed the industry to scale quickly. By the

Looking ahead, analysts see India on track to become one of the

end of 2025, approved module capacity will have crossed 125 GW,

world’s largest integrated solar manufacturing hubs by 2030. Some

and cell manufacturing is also expanding fast. The shift reflects a

projections suggest module capacity could exceed 280 GW and cell

national effort to build large, reliable production at home rather

capacity could approach 170 GW by the end of the decade. If that

than depend on external suppliers.

scale is achieved, Indian factories would not only meet domestic demand but also supply a meaningful share of global module needs,

This growth is altering a market that for years relied heavily on a

further diversifying worldwide clean-energy supply chains.

few dominant countries, especially China. Chinese firms still lead global production of wafers, cells, and modules, but supply shocks

The transformation is not without risks. Capacity is rising faster than

and trade disputes have made buyers wary of relying on one

installations, raising concerns about oversupply, inventory pile-ups,

source. India is now emerging as a serious alternative. Competitive

and pricing pressure. Competition could trigger consolidation, and

labor costs play a role, but government support has been decisive.

weaker companies may struggle to survive. Industry observers say

Incentives such as the production-linked scheme, combined with

long-term

domestic procurement preferences and quality-based approval

technologies and integrate vertically across wafers, cells, and

lists, have encouraged companies to invest in bigger plants, better

modules to lower costs and reduce import exposure.

winners

will

those

that

invest

advanced

equipment, and more consistent output. Even with these challenges, the trend is clear. India is shifting from Export numbers show how quickly India’s role is changing.

being mainly a solar buyer to becoming a global supplier. For

Industry estimates place India’s PV module exports at roughly $2

international developers, this brings more resilient and diversified

billion in fiscal year 2024, many times higher than in the late 2010s.

sourcing. For India, it means industrial growth, jobs, and a stronger

Global customers who once treated India as a small trial supplier

position in the world’s energy transition.

are now signing repeat orders tied to large solar pipelines. Indian manufacturers are also moving beyond basic panels. Many are adding new lines for high-efficiency modules and newer formats to meet utility-scale demand in competitive overseas markets. Another important change is where these exports are going. Early shipments focused mainly on a few developed economies. More recently, Indian firms have widened their reach into Africa, the Middle East, and Latin America. This helps manufacturers avoid

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

RESEARCH

TECH STORY

AI Boosts Solar PV Procurement, Installation, and O&M:

Driving India’s Clean Energy Growth

Artificial intelligence (AI) is changing the way solar power projects

AI also helps manage large solar portfolios across different

are planned, bought, installed, and maintained in India, making

locations. With smart dashboards powered by AI, plant owners can

the country’s clean-energy growth faster and more efficient. In the

track performance, prioritize urgent issues, and plan maintenance

past, companies often faced delays in procurement because of

more efficiently. IoT sensors connected to AI systems provide real-

unpredictable prices, long delivery times, and confusion about

time data on panel cleanliness, temperature, and power output,

how much equipment to order. Now, AI tools study past market

helping teams decide the best time for cleaning or repairs instead

prices,

of following a fixed calendar.

weather

patterns,

and

demand

forecasts

help

developers decide the right time to buy solar modules, inverters, and other parts. This reduces last-minute purchases, avoids extra

There are still challenges to overcome, such as the need for high-

stock, and lowers financing costs. It also helps choose reliable

quality data, skilled staff to operate advanced digital tools, and

suppliers and plan better budgets.

better cybersecurity as more systems go online. Smaller project developers may find the initial investment costly, but service-based

AI is also improving the installation stage of solar projects.

AI solutions are becoming more common and affordable.

Advanced software can design the best layout for solar panels by checking shade patterns, sunlight direction, and wiring routes to

Overall, AI is helping India get more energy from the same solar

get the highest energy output. Drones with AI cameras are used to

projects at a lower cost. It reduces failures, increases plant

survey land much faster than traditional manual methods. They

efficiency, and accelerates project delivery. As India continues

can check land conditions, measure distances, and identify

expanding its solar capacity and building local manufacturing, the

obstacles in minutes instead of days. In many regions, drones are

use of AI in procurement, installation, and O&M will play a key role

also being tested for cleaning and regular site inspection,

in achieving clean-energy targets and supporting a sustainable

especially in dusty areas where dirt reduces panel efficiency.

future for the country.

These technologies allow installation teams to work faster, improve safety at sites, and avoid delays. The biggest impact of AI is seen in operations and maintenance. Instead of waiting for equipment to break down, AI systems analyze

real-time

plant

data

inverter

performance,

temperature, and weather to predict problems before they occur. This predictive maintenance means solar plants can fix issues early and avoid shutdowns. It also reduces the cost of repairs, saves time, and improves plant performance. AI tools can also read thermal images to detect hotspots or damaged cells that are invisible to the human eye. Because of this, many companies are moving away from manual inspections and adopting AI-based monitoring for higher reliability.

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

RESEARCH

SPECIAL STORY

India’s Annual Solar Review: Tracking Growth, Policy Shifts, Technology Trends, and Outlook

India’s solar landscape has evolved rapidly over the past year, reflecting strong policy support, growing investor confidence, and steady advances in manufacturing and technology. The sector has

Technological transformation has also shaped the sector’s

transitioned from depending heavily on imports and sporadic policy

trajectory. Advanced high-efficiency modules such as TOPCon

measures to becoming a structured and strategically prioritized pillar

and heterojunction (HJT), along with bifacial technology and

of India’s energy transition. Installed solar capacity continues to

larger wafer sizes, are moving into mainstream deployment.

expand at a remarkable pace, driven by large-scale utility projects, the

These innovations increase energy yield and reduce the levelized

accelerating adoption of commercial and industrial rooftop systems,

cost per unit. In parallel, trackers, remote operation and

and renewed momentum in the residential segment. Together, these

maintenance platforms, and data-driven predictive maintenance

growth areas are helping reinforce India’s broader ambition of

are improving asset performance. One of the most defining

achieving

technological trends is the integration of solar with battery

massive

non-fossil

energy

capacity

2030

while

energy storage systems (BESS), enabling firm power supply,

strengthening energy affordability and resilience.

ancillary grid services, and hybrid renewable projects designed Policy execution has played a crucial enabling role. The government’s

to smooth output variability.

push to scale renewable energy deployment has been supported by more streamlined tendering processes, competitive tariffs, long-term

Despite these advances, several challenges remain. Transmission

procurement clarity, and state-led rooftop and agricultural solar

infrastructure expansion must keep pace with capacity growth to

initiatives. Key policy catalysts such as the Production-Linked

prevent delays in connecting new projects to the grid. Land

Incentive (PLI) scheme for solar components have significantly

acquisition difficulties, financial bottlenecks for state distribution

influenced investment direction, encouraging large domestic and

companies, and regulatory uncertainties around banking, open

international players to build integrated facilities spanning wafers,

access charges, and approval timelines occasionally slow project

cells, and modules. This manufacturing surge is aimed at reducing

execution.

historical

Addressing

these

constraints

through

policy

harmonization and infrastructure acceleration will be essential to

procurement cycles, and positioning India as a competitive supply-

ensuring that tendered capacity consistently converts into

chain hub.

operational assets.

The rising importance of distributed generation is another structural

The outlook for India’s solar sector remains highly positive. A

shift. Rooftop installations have seen robust growth through corporate

large

power purchase agreements, open access adoption, and customized

capabilities, robust corporate procurement appetite, and rising

financing structures offered by developers and green energy

global investment flows indicate continued momentum. The

companies. Residential demand has been supported by subsidy

industry’s next phase will be defined by deeper integration of

revisions and digital application processes, while industrial consumers

storage, large-scale hybrid projects, green hydrogen-linked solar

increasingly view rooftop systems as tools for cost optimization and

deployment, and digital optimization across value chains. If

carbon reduction. As this segment matures, distributed solar will

supported

continue enhancing grid stability by reducing stress on transmission

regulatory frameworks, India is well-positioned to sustain growth

infrastructure and contributing to peak demand balancing.

and reinforce its leadership role in the global solar transition.

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import

dependency,

moderating

price

volatility

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

project

pipeline,

timely

improving

grid

domestic

development

and

supply

chain

collaborative

INVESTMENT OUTLOOK

RESEARCH

Why Global Investors Are Doubling Down On Indian Solar Global investment in India’s solar sector has experienced a

project risks and accelerating deployment timelines. Additionally,

remarkable surge over the past few years, driven by strong policy

initiatives like Green Energy Corridors and inter-state transmission

support, an expanding project pipeline, advancing technology, and

system upgrades ensure smoother evacuation of solar power across

the nation’s ambitious clean energy goals. As countries and

regions. As storage technologies become more affordable, hybrid

corporations

solar-wind-battery projects are attracting increased interest from

worldwide

shift

sharply

towards

net-zero

commitments, India has emerged as a top destination for renewable

global capital seeking diversified and stable returns.

energy capital. Investors are now doubling down on Indian solar because the sector offers a combination of economic opportunity,

India’s rapidly expanding corporate renewable procurement market is

scalability, and long-term dependability that few markets can match.

another key reason behind rising investments. Large industries, data centers, and commercial entities are switching to clean power

India has set a target of achieving 500 GW of renewable energy

through open access and group captive models to meet sustainability

capacity by 2030, with solar power contributing the largest share

goals and reduce electricity expenses. This has opened new avenues

(280 GW). This clear policy direction, combined with supportive

for private equity funds, project developers, and infrastructure

frameworks

investors

such

competitive

bidding,

infrastructure

who

now

see

reliable

long-term

demand

beyond

development, and predictable regulatory mechanisms, has boosted

government tenders.

investor confidence. Over the last decade, India has consistently

Recent high-value investment deals further highlight the confidence

ranked among the world’s most attractive renewable energy

of global institutions in India’s solar growth story. Major investors have

destinations. International financial institutions, sovereign wealth

acquired stakes in renewable platforms, financed large greenfield

funds, pension funds, and climate-focused investment platforms

projects,

have significantly increased their participation in solar projects

companies. These commitments indicate trust in India’s regulatory

ranging from large utility-scale parks to distributed rooftop systems.

and economic climate, and recognition of the solar sector as a stable

and

entered

long-term

partnerships

with

domestic

asset class for long-horizon returns. Another major driver behind this investment momentum is falling solar equipment and installation costs. With advanced technology

As climate concerns intensify and renewable energy becomes central

such as high-efficiency PV modules, trackers, and large-scale

to global economic strategy, India stands at a decisive moment. With

storage entering the market, the cost per kilowatt-hour continues to

an unmatched combination of scale, demand growth, policy direction,

decline. This allows developers to achieve stronger returns on

and technological advancement, the country is positioned to lead the

investment while enabling power distribution companies and

world’s clean energy transition. For investors seeking growth and

consumers to access competitively priced clean electricity. Global

impact, Indian solar represents not only a business opportunity but

investors view India as a market where project economics remain

also a pathway to shaping a sustainable energy future.

robust even during economic challenges or fluctuating fuel prices. The momentum built in the past year indicates that global interest in Investors have also been encouraged by the development of

India’s solar market is not temporary, but part of a strengthening long-

massive solar parks across states such as Rajasthan, Gujarat,

term trajectory. Investors are committed, expansion is accelerating,

Karnataka, and Tamil Nadu. These parks offer plug-and-play

and India’s solar revolution is set to define the next decade of global

infrastructure, land facilitation, and grid connectivity, reducing

renewable energy progress.

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

CURRENT AFFAIRS

RESEARCH

India’s Solar Manufacturing Surge: Strengthening Domestic Capacity and Reducing Import Dependence

India’s solar manufacturing sector is entering a transformative phase,

n-type TOPCon, HJT, and perovskites, aiming to improve module

with

efficiencies

ambitious

expansion

efforts

significantly

strengthening

and

compete

with

global

benchmarks.

Several

domestic capacity while steadily reducing dependence on imported

manufacturers are expanding beyond modules into backward

photovoltaic components. Over the past few years, the country has

integration

undertaken major reforms, investments, and policy support measures

dominated by China. This progression is essential for achieving true

to stimulate growth across the value chain—from polysilicon and

self-reliance and global competitiveness, as integrated facilities

wafers to cells, modules, inverters, and ancillary components—

reduce production costs and improve quality control across the

building resilience and positioning India as a global clean energy

supply chain.

for

polysilicon

and

wafers—segments

previously

manufacturing hub. Additionally, India’s solar manufacturing boom is creating a One of the most significant drivers of this momentum is the

significant economic impact in terms of jobs, skill development

Production Linked Incentive (PLI) scheme, which has attracted

programs, and industrial growth. The sector is expected to generate

leading domestic and international players to set up integrated

thousands of direct and indirect employment opportunities across

manufacturing facilities. The PLI program aims to support over 48 GW

states such as Gujarat, Tamil Nadu, Rajasthan, Uttar Pradesh, and

of fully integrated module manufacturing capacity, enabling India to

Andhra Pradesh, where solar parks and manufacturing zones are

move beyond assembly-led production toward deeper value creation.

rapidly expanding. Ancillary industries, including glass, aluminum

This marks a shift from the earlier scenario where India heavily relied

frames, junction boxes, transformers, and batteries, are also gaining

on imports, particularly Chinese solar modules and cells, which once

traction, contributing to a more robust industrial ecosystem.

accounted for nearly 80 percent of the country’s requirements. Today, the growing domestic ecosystem is helping stabilize supply

While progress is encouraging, challenges remain. India must

chains, control costs, and reduce foreign exchange outflows.

strengthen research and development capabilities, build global partnerships, secure raw material supply, and continue policy

The push for local manufacturing aligns with India’s ambitious

consistency

renewable energy target of 500 GW of non-fossil fuel capacity by

competitiveness against established global producers, improving

ensure

sustained

growth.

Addressing

cost

2030, including an estimated 280 GW from solar power. Meeting

financial incentives for early-stage technology development, and

these targets requires assured supply and affordability of quality

expanding export opportunities will be critical to maintaining

solar equipment. By increasing indigenous production, India is not

momentum.

only enhancing energy security but also improving project execution timelines, as dependence on fluctuating international shipping

Overall, India’s solar manufacturing surge represents a pivotal step

cycles and import bottlenecks is reduced. Developers and EPC firms

toward energy independence, sustainable development, and

now have more confidence in long-term planning due to reduced

economic

volatility in equipment availability and pricing.

domestic value chains, and reducing reliance on imports, India is

resilience.

fostering

innovation,

strengthening

positioning itself as a major force in the global renewable energy The recent surge is also fostering technological innovation.

landscape, contributing meaningfully to both national priorities and

Companies are rapidly upgrading to advanced technologies such as

the global transition to clean power.

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

RESEARCH

MARKET RESEARCH

India’s Solar Installations 2025: A Complete Year-in-Review of Capacity Additions and Market Shifts

India’s solar sector continued its strong momentum throughout 2025, marking a landmark year for capacity additions and market transformation. The country witnessed record installations driven by

solar accounted for nearly 25.73% of the nation’s total installed

policy support, investor confidence, and aggressive expansion across

power capacity, confirming its growing dominance and strategic

utility-scale and rooftop segments. By the end of October 2025,

role in India’s clean energy transition.

India’s cumulative installed solar PV capacity reached 129,923.8 MW, reflecting rapid progress in renewable energy adoption. This growth

Interestingly, the cumulative installed capacity reported by the

represented a 32.76% increase from December 2024 to October

end of December 2025 showed 97,864.72 MW recorded through

2025, showing strong acceleration compared to previous years.

finalized grid-connected commissioning. However, the numbers recognized by October, aligned with capacity under execution

During the calendar year 2025, solar installations between January

and commissioning filings, reflected the broader national

and October alone amounted to 32.059 GW, indicating the highest

addition. Market observers believe this gap relates to data

annual addition ever recorded in the country’s renewable energy

consolidation between central and state reporting agencies,

history. Market analysts noted that monthly installations showed

which typically align by the end of the financial year.

notable fluctuations, influenced by tender timelines, module supply trends, and commissioning targets for developers. The highest

The year 2025 demonstrated how decisive policy actions

capacity addition was seen in June 2025, when installations peaked

continue to drive momentum. Government initiatives, including

at approximately 5,413.55 MW, driven by several large-scale projects

domestic

reaching completion before regulatory deadlines.

obligations, green hydrogen demand creation, and transmission

manufacturing

incentives,

renewable

purchase

infrastructure upgrades, encouraged faster deployment. Schemes Despite variability across months, the overall performance remained

enabling solar in residential, commercial, and agricultural

significantly higher than in the previous years. Industry experts point

segments also increased participation from consumers and

out that aggressive tendering, domestic manufacturing growth under

distribution companies.

government schemes, and the increasing viability of solar tariffs contributed to this record-breaking pace. The solar share in India’s

Looking ahead, industry participants expect installations to

total power capacity also continued to expand. As of the end of 2025,

continue rising, supported by major pipeline projects and improving financial conditions for renewable power developers. The push for solar-plus-storage solutions and hybrid renewable parks is also anticipated to accelerate deployment across regions. With policy certainty and innovation shaping the market, India is positioned to strengthen its global leadership in clean energy, potentially surpassing annual installation records again in 2026. The year-in-review confirms that 2025 stands as a milestone period for India’s solar growth trajectory, reflecting the country’s commitment to a sustainable energy future and the expanding role of solar power in the national electricity mix.

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

PRODUCT FEATURE

SOFAR Pioneers Energy Storage Adoption in India with First-of-Its-Kind Solution Ahmedabad, 25th February, 2026: SOFAR, a global leader in solar PV inverters and energy storage solutions, showcased its vision for the future of clean energy at the Renewable Energy Expo 2025. Embracing the theme “Together: PV + BESS = Smarter Energy,” SOFAR unveiled its PowerEasy solution, designed to empower households, businesses, and communities with greater energy independence, reliability, and sustainability. By integrating solar generation with advanced storage, SOFAR is setting new benchmarks in shaping India’s energy transition. India’s renewable energy sector is entering a decisive phase, where large-scale solar deployment must be complemented by intelligent energy storage to ensure grid stability, reliability, and long-term sustainability. Addressing this critical need, SOFAR has taken a pioneering step by introducing a first-of-its-kind energy storage solution tailored for the Indian market, marking a significant milestone in the country’s clean energy transition. As India rapidly expands its solar capacity across residential, commercial, industrial, and utility-scale segments, the role of energy storage systems (ESS) has become indispensable. Storage is no longer an add-on—it is a strategic enabler that enhances energy efficiency, maximizes renewable utilization, and supports grid resilience during peak demand and intermittency challenges.

Driving the Shift from Solar-Only to Solar + Storage SOFAR’s newly introduced energy storage solution reflects a shift from traditional solar-only systems to integrated PV + BESS architectures. Designed specifically for India’s dynamic grid conditions, evolving regulatory landscape, and diverse application needs, the solution enables seamless energy management across multiple use cases. By combining advanced power electronics, intelligent energy management systems, and robust safety architecture, SOFAR’s storage offering empowers users to optimize energy consumption, improve self-reliance, and reduce dependency on conventional power sources. The solution is engineered to deliver high performance while maintaining long-term reliability, even in demanding operating environments.

Technology Built for India’s Energy Landscape India’s power ecosystem presents unique challenges—ranging from grid variability and peak load pressures to increasing demand for backup power and energy cost optimization. SOFAR’s energy storage solution has been developed with these realities in mind. Key highlights include: Scalable architecture to support residential, C&I, and future utility-scale applications Advanced grid-support functionalities to enhance stability and power quality High-efficiency conversion and intelligent control for optimized energy utilization

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Robust design and safety features aligned with global and Indian standards This solution enables businesses and consumers to move beyond energy generation and toward smart energy orchestration, where storage plays a central role in balancing supply and demand. Speaking on the company’s participation, Mr Zhong Qizheng, Senior Vice President (Global Sales & Marketing) at SOFAR, said: “India’s residential solar market is expanding rapidly, and SOFAR is committed to empowering households with technology that delivers not just energy savings but also energy independence. Our new 1–5 kW residential range with 20 Amps is designed to meet evolving customer needs, while supporting India’s clean energy ambitions.”

Strengthening India’s Clean Energy Ecosystem The introduction of this energy storage solution underscores SOFAR’s long-term commitment to India’s renewable energy ambitions. By enabling greater penetration of renewables and supporting grid flexibility, the solution contributes directly to national goals around decarbonization, energy security, and sustainability. Moreover, SOFAR’s focus on localized solutions—supported by strong service infrastructure, technical expertise, and partner collaboration— ensures that customers across India can adopt energy storage with confidence.

A Step Toward a Smarter Energy Future With this launch, SOFAR reinforces its vision of delivering smarter, sustainable, and future-ready energy solutions. The company’s pioneering approach to energy storage adoption in India not only addresses today’s challenges but also lays the foundation for a resilient, storage-led renewable energy ecosystem. As India accelerates toward a clean energy future, SOFAR’s first-of-itskind energy storage solution stands as a catalyst for transformation —enabling the next era of solar + storage integration across the country.

About SOFAR SOFAR is a global leading provider of solar PV and energy storage solutions and is committed to being the leader of digital energy solutions with a comprehensive portfolio, including PV inverters, hybrid inverters, battery storage systems, central energy storage, and smart energy management solutions for residential, C&I, and utilityscale applications. By the end of 2024, SOFAR had not only been awarded the "Top PV Brand" by EUPD Research for consecutive years, but also achieved remarkable global reach: it had shipped over 37 GW of inverters to more than 100 countries and regions around the world.

Learn more: https://www.sofarsolar.com/.

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

PRODUCT FEATURE

EnerMAN’s RMS SCADA Powering PM-KUSUM Projects Nationwide At EnerMAN, we play a central role in advancing the digital backbone of rural renewable energy systems under MNRE’s PMKUSUM program by deploying an integrated architecture of highprecision monitoring, secure data management, and advanced analytics that elevate the operational stability and long-term performance of decentralised solar assets across India. As a technology partner to PM-KUSUM - distributed grid-connected photovoltaic plants, we at EnerMAN, support the goals of the program by offering cutting-edge data management and monitoring solutions that are crucial for maximising the performance of solar assets.

With more than 100 MW of PM-KUSUM solar assets already operational with EnerMAN’s SCADA and 400MW of projects are actively progressing across India, EnerMAN continues to lead the technological evolution of decentralised clean energy infrastructure, delivering superior system reliability, deep analytics-driven insights, and long-term value that accelerates India’s transition toward sustainable, data-driven agricultural energy systems.

Our contribution begins at the device layer through the ETi-EDGE Local Monitoring System, which provides on-site, real-time tracking of solar PV plant performance, capable of interfacing with inverters, energy meters, string-level instrumentation, and environmental sensors via industrial protocols such as ModbusRTU/TCP communication. ETi-EDGE performs continuous parameter acquisition, inverter health checks, real-time anomaly detection, and fault identification to ensure that all PM-KUSUM installations operate within optimal thresholds while enabling rapid maintenance interventions whenever deviations occur. The system transmits data securely using MQTT with encryption and authentication layers aligned to MNRE, CEA, and DISCOM cybersecurity standards, ensuring consistent, authenticated, and compliant data flow to central servers and government portals. At the cloud analytics layer, EnerMAN strengthens operational intelligence through the RMS/ Remote Monitoring SCADA (ETISOL), facilitates data-driven decision-making by offering safe, scalable remote access to performance analytics, live and historical data. ETi-SOL has the features of – Centralized Monitoring System (CMS) / Remote Monitoring System (RMS) which allows the plant owner to view multiple plants data in single platform efficiently. ETi-SOL consolidates distributed solar assets into a unified digital environment supporting granular performance tracking, predictive modelling, asset benchmarking. ETI-SOL integrates advanced machine learning algorithms capable of detecting inverter derating events and long-term degradation patterns, allowing asset operators to implement predictive maintenance strategies and optimise energy yield across diverse field conditions. The platform also integrates seamlessly with MNRE’s Solar Energy Development and Monitoring (SEDM) platform, through structured data packaging, time-synchronised logging, and secure protocols, ensuring full regulatory compliance.

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SABARISH BASKAR Senior Technical Engineer – SCADA System EnerMAN Technologies

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

LEADERSHIP VOICES ASHOK D M Founder, CEO & MD EnerMAN Technologies Pvt Ltd.

Driving Efficiency, Forecasting Accuracy & Net-Zero Outcomes KEY HIGHLIGHTS: EnerMAN delivers affordable end-toend IoT SCADA solutions that enhance performance and reliability for 3GW+ of solar assets. Its AI/ML platforms enable real-time monitoring, predictive analytics, and highly accurate energy forecasting for reduced losses. EnerMAN’s innovations support netzero tracking and future-ready BESS monitoring with strengthened cybersecurity.

What is the core vision driving EnerMAN’s growth, and how has the company positioned itself in India and global markets?

EnerMAN started in 2019 with the vision to “Provide innovative products to manage energy and decarbonize the world” with the goal of providing affordable SCADA to Solar PV plants owners, EPC and O&M service providers, with assurance of Zero data loss and 24/7 access to plant’s live data from anywhere with IoT based web application and mobile application software. We have built end-to-end products including Hardware, Firmware, Software and Mobile Apps with our inhouse team in Bengaluru using open-source software / platforms to bring down the cost. We are proud to say that we have achieved our initial goals. These are key factors that helped us win the customer confidence and trust. We have automated Daily Generation Reports and Monthly Generation Reports, which eliminated manual data entry errors and tedious of manual data collection and entry efforts of technicians and engineers. We have analytics and reports features like Inverters performance ranking, Inverter and

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grid down time loss analysis ….etc, which helped customer to reduce the generation losses and improve the asset performance. We have been including customer needs and wants in our products continuously, which is helping us to meet customer expectations. ETi-SOL automatically sends emails to developers on daily generation reports, monthly generation reports. ETi-SOL shares live data with customer’s Finance and Accounting System automation of revenue and expenses management. ETi-SOL shares energy forecast, and live performance data with QCA (Qualified Coordinating Agencies) and SLDC (State Load Dispatch Centres) for energy scheduling. ETiSOL shares live data with SEDM Portal (Solar Energy Data Management) for PM-KUSUM projects which enables effective management of distributed solar system by automating the billing process with efficient implementation of financial support schemes. Our products portfolio size crossed 3GW total capacity presence in 10 countries for over 700+ Solar PV utility plants & rooftops.

How do EnerMAN’s IoT-based AI/ML-driven SCADA systems improve monitoring, control, and performance for solar plants and rooftops?

EnerMAN IoT SCADA (ETi-SOL), a web application software runs on cloud platform with CMS / RMS capabilities, supports monitoring & control of performance of key equipment 24/7 with sampling frequency of 1 minute and notify the alerts / alarms on breakdown of equipment in few seconds. AI/ML driven ETi-SOL provides analysis report on Inverters performance ranking on various parameters and Inverter downtime loss analysis; these analytics and report will help on-site O&M team to take corrective and preventive maintenance activities to reduce the losses and improve the performance of the Solar PV assets.

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

EnerMAN’s ETi-CAST was developed using AI & ML for day ahead, week ahead and monthahead energy generation forecasting, which is improved the accuracy to > 90%, we are working on improving the energy generation forecasting accuracy level to 95%. This will help developer in providing accurate energy scheduling data to SLDCs and reducing penalties on deviations.

What innovations has EnerMAN introduced to help solar developers meet net-zero goals and reduce operational risks?

EnerMAN’s Innovative products will help developers / renewable asset owners in tracking of every unit of clean and green energy generated from renewable assets 24/7, with live and remote tracking of KPI like CO2 emission reduction, and equivalent Tree farms to absorb CO2 emission for every minute from day one of their assets till lifetime of the assets. This will help developers plan their investments in renewable assets to achieve a net-zero target and maintain their net-zero goal target. EnerMAN’s product will directly contribute to generating more than 2% i.e. additional 81 million units of clean and green energy in a year. This will reduce additional 33 Metric Tons of Co2 emission, which is equivalent of building tree farms of 1.5 million trees.

What are EnerMAN’s priorities for future tech, markets, and partnerships in renewable energy digitalization

Energy Storage is becoming part of Renewable Energy; many solar PV plants integrated with energy storage to improve the grid stability and 24/7 stable power guarantee. EnerMAN is developing ETi-BESS (Battery Energy Storage System) monitoring, control and analysis products for BESS. This will support utilizing renewable energy 24/7 in future. EnerMAN implemented Cybersecurity feature to protect against cyber attack or cyber threats.

PROJECT FEATURE

Huasun HJT Solar Modules Empower 200MW Desert PV-Ecological Integration Project in Inner Mongolia Huasun Energy has supplied its high-efficiency heterojunction (HJT) solar modules to the 200MW Xinhua Forest Farm Desertification Control and Photovoltaic Integration Project in Linhe District, Bayan Nur City, Inner Mongolia. The project combines renewable power generation with ecological restoration to support China’s lowcarbon energy transition.

High-Efficiency HJT Solar Modules for Desert Conditions Located on the northeastern edge of the Ulan Buh Desert, Bayan Nur is one of China’s major regions for desertification control, with more than 3.15 million mu (about 210,000 hectares) of sandy land. The 200MW project uses Huasun Himalaya G12 HJT solar modules to form a large-scale photovoltaic array designed for the area’s high

to generate approximately 360 million kWh of electricity annually,

temperatures, strong sunlight, and frequent sandstorms.

meeting the power demand of over 100,000 households. It is estimated to save about 123,000 tons of standard coal and reduce

Huasun’s HJT solar modules deliver up to 730W of power output,

CO₂ emissions by 271,700 tons, SO₂ by 65.6 tons, and NOx by 73.4

feature a high bifaciality of 95%, and maintain high performance

tons per year.

under extreme temperatures. These characteristics allow for greater energy yield in high-reflectivity desert environments. Modules supplied for the project have passed extensive environmental and durability testing, including resistance to sand abrasion and water ingress. A dual-glass bifacial design with a steel frame improves protection and extends service life in harsh conditions. System analysis shows that HJT technology can reduce BOS costs by about 3.5%, increase first-year power generation by 2.4%, and improve IRR by 0.46% compared with conventional PV modules in similar environments. When fully operational, the project is expected

Integration of Photovoltaics and Ecological Restoration The project also includes about 1,600 hectares of ecological restoration and under-panel planting of drought-tolerant species, which help stabilize the soil and provide additional agricultural income, creating a combined model of “PV power generation + ecological restoration + modern agriculture.” According to the United Nations Environment Programme (UNEP), desertification affects or threatens about 35% of the world’s land area. Huasun’s HJT solar module technology has been widely applied in large-scale PV projects in desert and semi-arid regions such as Inner Mongolia and Xinjiang, with a cumulative project participation exceeding 2GW. Through high-efficiency HJT products and technical expertise, Huasun Energy continues to support the development of reliable renewable energy solutions suited to challenging environments and to contribute to China’s ecological restoration and carbon reduction goals.

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

PRODUCT FEATURE

Raychem RPG’s solar products (junction box & connectors) – engineered for efficient connections The Critical Role of Low Resistance Losses in Solar Connectors and Junction Boxes As solar parks grow larger and module power ratings continue to rise, the importance of low-resistance components in the DC system has never been greater. While modules and inverters receive the most attention, two small components—solar connectors and solar junction boxes—quietly determine a plant’s long-term efficiency, safety, and profitability.

Why Resistance Matters Every solar park operates on direct current (DC), where resistance (R) in any component causes power loss, expressed as: Power Loss = I² × R With today’s modules carrying currents of 13–18 A, even a slight increase in resistance generates heat, energy loss, and long-term degradation. Across thousands of connectors and junction boxes in a utility-scale project, these “small losses” become major inefficiencies.

Connectors: The Invisible Gatekeepers of Performance Low-resistance connectors ensure smooth current transfer between modules and strings. High resistance can lead to: Power losses across the DC network Excessive heat, causing melting or arcing Inverter tripping due to unstable current flow Increased O&M costs from frequent replacements Studies show that connectors account for a significant portion of DCside failures in solar parks—proof of their critical role.

Junction Boxes: The Heart of Every Module The solar junction box houses bypass diodes and the module’s internal wiring. Low-resistance pathways within the J-box help: Maintain stable diode function Prevent module hotspots Reduce thermal stress on solder joints Create higher module-level efficiency A poorly designed J-box can undermine even the most advanced PV module.

According to Helio Volta’s independent inspections for the field losses occurring in solar parks and rooftop installation (reported in mid-2025): 83% of projects inspected suffered from at least one connector-related issue. 45% of sites had major connector issues requiring urgent maintenance. 4.3% of projects faced critical connector failures requiring partial or total system de-energisation. The majority of issues stemmed from preventable causes such as improper installation.

A Small Component, A Big Difference In utility-scale solar parks, the spotlight often falls on high-efficiency modules and advanced inverters. Yet, the true performance of a solar asset also depends on the “small but critical” components—solar connectors and junction boxes—that quietly ensure stable power delivery across thousands of modules. Minimising resistance losses in these components is essential for maintaining electrical efficiency, reducing thermal stress, and enhancing long-term safety. Raychem RPG have strengthened this segment with a portfolio of highperformance solar connectors and Junction boxes engineered specifically for demanding utility-scale conditions. Our products are designed with ultra-low contact resistance, high current-carrying capacity, UV and weather-resistant materials, and robust thermal performance, making them ideal for long-duration solar park operations. By reducing I²R losses and preventing localised heating, Raychem RPG’s solutions help ensure uninterrupted current flow, improved PR, and superior long-term reliability. For developers, EPCs, and asset owners, choosing Raychem RPG’s certified, low-resistance solar products is not merely a technical preference—it is a strategic investment. These components maximise plant yield, enhance system uptime, reduce O&M burdens, and protect profitability over a solar plant’s 25+ year lifecycle. In an industry where every fraction of a percent in efficiency translates to measurable gains, Raychem RPG’s solar products deliver the performance edge that modern solar parks demand.

Impact on Utility-Scale Solar Parks In a 100 MW plant, a mere 0.5% energy loss due to resistance equates to 850–950 MWh of energy lost annually. This translates into reduced revenue, lower performance ratio (PR), and extended payback periods. High resistance also increases field failures, elevating O&M burdens and lowering system reliability.

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

COMPANY FEATURE

SolaX Power Shines at REI Expo India 2025: Set to Power India's Green Transition with Utility Scale BESS - ORI Launch SolaX Power, a global leader in solar energy solutions, showcased its innovative prowess at the Renewable Energy India (REI) Expo 2025, unveiling the groundbreaking ORI series – a next-generation, utility-scale liquid cooling energy storage solution set to transform India's renewable energy landscape. This strategic launch reinforces SolaX's commitment to accelerating India's clean energy transition through cutting-edge technology. The ORI series represents a significant advancement in Battery Energy Storage System (BESS) technology, offering scalable configurations with PCS capacities of 2.5MW, 5MW, and 7.5MW, paired with a 5MWh BESS. Specifically engineered to meet the demanding requirements of India's growing utility-scale and commercial renewable energy projects. This innovative solution addresses critical challenges in grid stability, energy efficiency, and operational safety.

Redefining Safety Through Intelligent Design At the heart of the ORI series is a fundamental commitment to safety, integrated into every aspect of the system:

Engineered for Superior Performance and Value The ORI series is crafted not only for safety but also to deliver outstanding economic and operational advantages: Advanced Thermal Management: An intelligent, three-stage hybrid cooling system significantly enhances energy efficiency, optimizes battery lifespan, and reduces operational costs by adapting dynamically to environmental conditions. Grid-Strengthening Capabilities: Featuring ultra-responsive grid interaction and advanced grid-forming functions, the ORI system provides critical support for grid stability, facilitating the higher penetration of renewable sources like solar and wind. Streamlined Operation and Maintenance: Designed for ease of use, the system's plug-and-play approach and modular design enable rapid deployment and dramatically simplified maintenance, ensuring minimal downtime and lower lifetime costs.

Resilient Cluster-Level Architecture: Unlike traditional centralized systems, ORI's string PCS architecture ensures that a single battery failure does not impact the entire system's operation, achieving up to 99% availability. This design also allows for cluster-level SOC balancing, ensuring each battery cluster can be fully discharged without circulation losses. Multi-Layered Protection System: The system features a multi-layered safety suite, including 4-level breaking protection and 2-level insulation monitoring. It incorporates aviation-grade aerogel for extreme thermal insulation (>650°C), self-extinguishing module covers, and a 2-hour fireresistant bulkhead at the container level. AI-Enhanced Operational Safety: With smart monitoring and proactive diagnostics, the system ensures safe and stable operation, identifying and mitigating potential risks intelligently.

"We are thrilled to introduce the ORI series to the Indian market at REI 2025," said Vipin, SolaX Country Manager. "India is witnessing an unprecedented surge in demand for reliable, flexible and scalable energy storage solutions, driven by rising renewable penetration, grid constraints and the growing need for round-the-clock power. The ORI series has been designed with these realities in mind – it offers high efficiency, smart control and strong safety features, making it an ideal fit for utility-scale applications in India. We are confident that ORI will enable our partners and customers to unlock better project economics, improve grid stability and accelerate the transition towards a more sustainable energy future." Looking ahead, SolaX remains focused on empowering homes, businesses, and communities with reliable, renewable energy solutions. For more information, please visit SolaX Power - Leading Solar Energy Storage Solutions Provider. or contact sales.india@solaxpower.com.

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

LEADERSHIP VOICES SUBHAM HAZRA Technical Service Lead (Rooftop & C&I) Sungrow India

iSolarCloud at the Heart of Sungrow’s Service Ecosystem KEY HIGHLIGHTS: Sungrow is creating a pan-India service network with regional hubs and multilingual, customer-first support. Digital tools like iSolarCloud enable predictive maintenance, remote diagnostics, and faster resolution. Local engineers and regional sparepart warehouses ensure quick response and minimal downtime.

How do you plan to build a scalable and efficient customer support framework for Sungrow in India?

To build a Scalable and Efficient Customer Support Framework our approach starts with customer-centricity. We aim to create a support system that is fast, reliable, and accessible across India’s diverse geography. This involves: We have established regional service centers in high solar adoption states (e.g., Rajasthan, Gujarat, Tamil Nadu, Maharashtra) to ensure quick response times. By basic troubleshooting via call centers, and selfservice portals. Even we have dedicated technical engineers for complex inverter/storage issues and field service teams for on-site repairs and preventive maintenance for prompt support. By standardize SOP's we can handle FAQs, warranty queries, and basic troubleshooting in English + local languages (Hindi, Tamil, Gujarati, Bengali etc.). Integrate Sungrow’s iSolarCloud platform with predictive analytics to detect issues before they escalate. Use a unified CRM system (GSP)

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global service platform to track customer history, service requests, and feedback for continuous improvement. By develop new partner with local technical institutes and service engineer to train certified engineers on Sungrow products. Regular workshops and seminar on new inverter models, battery systems, and grid compliance and regulation can improve service support. Collaborate with EPC contractors and distributors to extend their. We introduced Toll-free helpline (8287233233), WhatsApp support, mobile app, and web portal for on time support in critical utility-scale projects and large C&I customers. For proactive communication we are pushing notifications for firmware updates, grid compliance changes, and preventive maintenance schedules as well.

What key strategies will ensure consistent service quality across diverse Indian regions?

Gujarati, Bengali, Marathi, etc.). We have introduce local spare part warehouse in high solar adoption states to minimize downtime and ensure quick replacements. By remote monitoring system we can detect issues proactively and provide uniform diagnostic insights across regions. We can assign cases to the nearest qualified engineer, ensuring faster resolution. Even by our system we can track service performance metrics regionwise to identify gaps and replicate best practices. From our system we can identify the multiple failure site, root cause and solution for it. We have collaborated with standardize logistic partner and local logistic partner to ensure quick replacement process as per SLA signed with customer. We have developed India's largest service team day by day to improve our service TAT, customer satisfaction across India.

Ensuring consistent service quality across India’s diverse regions is a challenge because of variations in language, infrastructure, customer expectations, and solar adoption levels. For Sungrow, the key lies in building a framework that balances standardization with localization. Here are the strategies that will make it work. By standardization of process we have created standard SOP's for troubleshooting, escalation and resolution that apply nationwide. We have maintained digital repository of FAQs, manuals, and training videos accessible to all service engineers and customers. Even, We have regularly audit regional service centers to ensure compliance with Sungrow’s global service standards. We are offering customer service in English + regional languages (Hindi, Tamil,

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

How is Sungrow leveraging technology to enhance remote monitoring and aftersales support?

Sungrow is enhancing remote monitoring and after-sales support in India primarily through its iSolarCloud platform, diagnostics of IV curve, and digital service tools that ensure faster issue resolution, predictive maintenance, and consistent customer experience across regions. Sungrow’s iSolarCloud enables customers and service teams to track inverter and energy storage system performance in real time. The platform uses intelligent algorithms to detect anomalies early, reducing downtime and preventing costly failures. Customers, EPCs, and service engineers can access system data from anywhere, ensuring transparency and faster decision-making. By this app we can automated fault detection and root-cause analysis to help engineers resolve issues more efficiently, even we can push notification to customer/ EPC/installer's email id and registered mobile number to understand the daily report, daily performance and real time faults and suggestion to rectify the faults. We have developed online Service platform where customers can log issues/ complaint directly, track progress, and access technical resources like FAQs, manuals, and video tutorials to resolve minor issues independently. Even by use remote platform field service engineer can prepare data before site visit, which improves reduce service time. Even, engineer can access warehouse stock and provide their requisition spare part if not available.

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What steps are being taken to strengthen the local service network and spare parts availability?

Sungrow has established service hubs across Asia-Pacific, including India, staffed with experienced engineers to provide installation, commissioning, and after-sales support. Local engineers are trained to handle troubleshooting, preventive maintenance, and emergency repairs, ensuring customers don’t have to reach overseas teams to get on time support. Through its Online Service portal, Sungrow India allows customers to log service requests, access technical resources, and track issue resolution digitally. Sungrow has built regional spare part warehouses fully stocked with original parts, enabling quick replacements and minimizing downtime. We have dedicated team to analysis and help predicted spare parts requirements in solar-heavy states like Rajasthan, Gujarat, and Tamil Nadu, Maharashtra ensuring inventory is aligned with local demand. Warehouses are strategically positioned to reduce logistics delays, supporting both utility-scale projects and residential customers. To support promptly we have introduced call center/ support team who are experienced enough and troubleshoot the on site issue to avoid generation lose and can gain customer satisfaction.

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

What is your long-term vision for Sungrow’ s service ecosystem and team expansion in India?

Build a pan-India service backbone with regional hubs in North, South, East, West, and Central India, ensuring no customer is more than a few hours away from support. Position iSolarCloud as the central nervous system for monitoring, diagnostics, and predictive maintenance, reducing reliance on physical interventions. We are expanding self-service tools (apps, knowledge bases, monitoring tools) so customers can resolve minor issues independently, freeing engineers for complex tasks. We are developing new partners region wise across India to satisfy customer and can expand our business to rural village, city, industry by developing new inverter based on customer requirements and after sales support satisfactory. By regular training on new inverter models, energy storage systems, and compliance with evolving Indian grid codes we can strong our technical engineer for prompt after sales support. We are recruiting new engineers across regions and languages to reflect India’s diversity, ensuring cultural and linguistic alignment with customers. We have collaboration with India's best and largest logistic partner for same-day or nextday delivery of critical components, even we have collaborated with local logistic partner for faster delivery of our replacement unit and support after sales co-ordination.

LEADERSHIP VOICES BHARAT SINGH TN Director - Sales & Marketing Ningbo Deye New Energy, India

Deye’s BOS-B: A Leap Forward in C&I Energy Storage KEY HIGHLIGHTS: Deye’s new BOS-B high-voltage C&I battery is designed to accelerate solarplus-storage adoption and support India’s net-zero mission. The company combines strong market feedback with robust R&D to deliver trusted, efficient, and scalable solar-plus-storage solutions. With expanding distribution and service networks across India and North Africa, Deye is gearing up to strengthen its leadership in ESS and utility-scale innovations.

How is Deye positioning its products to meet India’s rising demand for reliable, efficient solar-plus-storage solutions?

Deye meets the clients, consultants and developers to understand the market requirement and strategically discuss with the R & D team to develop and launch products & solutions which shall meet & fulfill the demand for solar plus storage requirements. Deye being pioneer and providing solutions to the global market makes it No. 1 and trusted brand for solar plus storage solutions.

What technological innovations make Deye’s systems stand out in terms of safety, performance, and scalability?

How does Deye plan to strengthen its distribution and service network across India and North Africa in the coming year?

India & North Africa is the mass potential for Deye. In India we already have distributor & channel partners, they maintain stock and supply to the projects. In North Africa we strategically appoint distributors. About service we have 10+ service centres in India with repair centres and replacement centres. For North Africa we are strategically planning for multiple service centres.

Deye thrives through its R&D team to provide products which meet safety performance and scalability.

Could you give us an overview of Deye’s latest BOS-B energy storage product and its key advantages for the Indian market?

BOS-B is a high voltage battery with lithium chemistry for the commercial & industrial segment. It is a 215kwh battery with 51.2v battery voltage and with 280Ah cells.

All Deye products are efficient, reliable and affordable to support the users. Let it be Micro inverters to String inverters through hybrid inverters & BESS, Deye provides world class solutions to meet requirements. Innovative products: Micro hybrid inverters ESS C&I solutions ESS integrated with EV charger ESS utility solutions

It is compatible with Deye’s new PCS+MPPT+STS product and also with Deye’s HV hybrid inverters. Main reason for introducing this product is to make industries powered by solar plus storage and contribute towards a net zero mission.

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

What are Deye’s upcoming focus areas or product developments aimed at supporting India’s renewable energy transition?

Deye future products & solutions shall be launched in upcoming global events. Focus segment shall be utility BESS and C&I ESS. In residential ESS we shall improve the efficiency & performance.

LEADERSHIP VOICES SACHIN AGGARWAL Managing Director Purshotam Profiles

Strengthening the Foundations of Utility-Scale Solar KEY HIGHLIGHTS: Purshotam Profiles scaled its pan-India footprint by expanding manufacturing capacity, streamlining supply chains, and strengthening

EPC

and

developer

partnerships across key solar markets. A strong leadership focus on automation, cross-functional coordination, and realtime

project

monitoring

ensured

consistent quality and on-time execution nationwide. The company delivered large-scale fixed-

What measures has leadership implemented to ensure consistent quality and timely project execution?

Purshotam’s leadership has reinforced a culture of quality and accountability across all functions. This includes stringent qualitycontrol protocols at every stage from raw material procurement to final dispatch— along with regular audits and compliance checks. Cross-functional coordination between design, production, and logistics teams ensures seamless execution, while proactive project planning and real-time monitoring help meet committed timelines without compromising on quality.

tilt and tracker solutions for marquee projects

with

Adani,

NTPC,

Avaada,

ACME, O2 Power, NHPC, and SAEL, reinforcing its role in India’s solar growth.

How did Purshotam scale operations and expand its footprint across India this year?

This year, Purshotam Profiles focused on strategic expansion by strengthening its manufacturing capacity, optimizing supply-chain efficiencies, and deepening partnerships with EPCs and developers across multiple states. By enhancing regional outreach and improving delivery timelines, the company successfully increased its presence in key solar markets across North, South, and West India. A strong emphasis on process automation and demand-driven planning enabled Purshotam to scale sustainably while supporting projects of varying sizes nationwide.

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From utility-scale parks to decentralised projects, our work across diverse geographies highlights Purshotam Profiles’ growing role in strengthening India’s solar infrastructure and advancing the nation’s clean energy future.”

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

Which major projects or milestones reflect Purshotam’s contribution to India’s solar growth this year?

This year, Purshotam Profiles contributed to several landmark solar projects that underscore its role in strengthening India’s renewable energy infrastructure. In the fixedtilt mounting structure segment, the company supplied solutions for O2 Power’s 300 MW Energizent project, Adani’s Khavda 2 GW solar park, ACME’s Fatehgarh-2 Surya Power project, and a cumulative 2 GW under Avaada’s KUSUM-C program, supporting large-scale decentralised solar deployment across multiple states. In the tracker segment, Purshotam supported prominent projects including NHPC Khavda (executed by Dinesh Chandra), SAEL’s 500 MW Khavda, Gujarat project, and NTPC Bikaner 325 MW for Solar World. The successful execution of these high-capacity and geographically diverse projects highlights Purshotam Profiles’ engineering capability, manufacturing strength, and ability to deliver at scale. These milestones reflect the company’s growing contribution to India’s solar growth by enabling reliable, efficient, and timely deployment of both fixed-tilt and tracker-based solar installations nationwide.

LEADERSHIP VOICES ANIKET TONDARE Director (Sales) ECE India Energies Ltd

From Rooftops to Utility Scale: ECE’s Scalable Solar Growth KEY HIGHLIGHTS: ECE India Energies has launched highefficiency N-Type TOPCon modules up to 650 Wp, delivering 22%+ efficiency and low degradation for Indian conditions. In FY 2024–25, ECE strengthened its leadership with a 2 GW automated manufacturing facility, major industry awards, and strong growth across residential and industrial segments.

with both regulatory requirements and market expectations in India. A key differentiator of this product line is the use of N-Type TOPCon cell technology, which enables significantly higher module efficiencies in the 22– 23%+ range. Compared to conventional technologies, N-Type TOPCon cells offer lower degradation, higher energy yield, and superior performance under hightemperature conditions, which are common across most regions of India.

By 2025, ECE plans to scale toward 5 GW capacity with new solar panel, cell, and wafer manufacturing units to support India’s solar demand.

By combining high output, long-term reliability, and improved performance in challenging climatic conditions, ECE India’s TOPCon series is uniquely positioned to deliver greater value to Indian customers, particularly in projects where efficiency, durability, and return on investment are key decision factors.

What new solar panel products has ECE India Energies introduced recently, and what makes them unique for the Indian market?

What key company updates or milestones has ECE achieved in 2024–25 across residential and industrial segments?

ECE India Energies has recently strengthened its product portfolio with the launch of its advanced TOPCon series of high-efficiency solar panels, specifically designed to meet the evolving demands of the Indian solar market. These newgeneration modules were officially showcased at REI Expo 2025, highlighting ECE’s focus on performance, reliability, and future-ready technology. The TOPCon series includes high-wattage variants such as 590 Wp, 575 Wp, and 600 Wp, making them ideally suited for commercial, industrial, and large rooftop installations where higher power density and better space utilization are critical. With module ratings going up to 650 Wp and BIS approval, these panels align well

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During the financial year 2024–25, ECE India Energies recorded several significant milestones across its residential and industrial solar segments, reflecting both operational scale-up and strong brand recognition in the Indian renewable energy ecosystem. A major operational development during the year was the expansion of ECE’s corporate footprint. In mid-2025, the company inaugurated a new corporate office in Pune, marking a strategic step toward strengthening its presence in western India and supporting nationwide business operations. This expansion was aimed at enhancing coordination with channel partners, EPCs, and customers across residential, commercial, and industrial segments.

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The year also brought strong industry recognition, underlining ECE’s growing credibility and market leadership. The company received multiple prestigious awards, including the Tarun Tejankit Award from Loksatta Media, Global Recognition in Solar Excellence by Lokmat Media, Maha Brand by Sakal Media, and Times Power Brand by the Times Group. Additionally, ECE was honoured as “Solar Module Company of the Year – Utility Scale 2025” by EQ, reflecting its strong performance and contribution to largescale solar deployment. On the manufacturing front, ECE continued to strengthen its production capabilities and channel reach. The company now operates a 2 GW fully automated solar module manufacturing facility, enabling it to efficiently serve growing demand across residential rooftops, commercial installations, and large industrial projects. This manufacturing scale, combined with an expanding channel partner network, has played a key role in supporting faster adoption of solar solutions across regions. In the residential segment, ECE has emerged as one of the largest solar module suppliers in India for rooftop installations. Its portfolio of BIS-certified high-efficiency TOPCon and MonoPERC panels is well suited for rooftop systems, net-metering projects, and subsidy-linked government schemes, making solar adoption more accessible for households.

Meanwhile, in the industrial and commercial segment, ECE’s focus on highwattage TOPCon modules (up to 650 Wp) and bifacial technologies has enabled customers to achieve higher energy yields and better return on investment. These solutions are increasingly being adopted in commercial rooftops, utility-scale projects, and large industrial installations where efficiency and long-term performance are critical. Together, these milestones reflect ECE India Energies’ continued evolution as a scalable, technology-driven, and trusted solar manufacturing brand in both residential and industrial markets. ECE India Energies is proactively responding to the growing demand for high-efficiency solar technologies, including TOPCon and bifacial modules, by leveraging its 2 GW fully automated manufacturing facility. The company’s TOPCon modules, now available up to 650 Wp, integrate advanced N-type TOPCon cells that are specifically designed to deliver higher efficiency and long-term reliability. These modules achieve conversion efficiencies of over 22%, with lower degradation rates and superior energy yield over time. In addition, they are engineered to perform reliably under heat stress and high-temperature conditions, which are typical in many parts of India, ensuring consistent energy output throughout the year.

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Q Q

How is ECE responding to demand for high-efficiency technologies like TOPCon and bifacial, and what benefits do they offer?

For the Indian market, these highefficiency modules offer several key benefits. They allow improved energy generation per square meter, which is especially valuable in areas where rooftop space is limited. The TOPCon technology is well suited for hot and dusty conditions, providing resilience against challenging environmental factors. Furthermore, with an extended service life of up to 30 years, these modules enhance investor confidence for both residential and commercial solar projects. Bifacial modules, in particular, are ideal for ground-mounted and utility-scale installations, where the rear-side energy capture can significantly boost overall energy yield. By adopting these advanced technologies, ECE India Energies is enabling customers to maximize returns on investment while supporting efficient and sustainable energy generation across diverse applications in India.

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What upcoming product or capacity expansion plans can customers expect from ECE in 2025?

Looking ahead, ECE India Energies is focused on expanding its manufacturing capabilities to meet the increasing demand for high-efficiency solar solutions across India. In 2025, the company is developing a 2 GW solar panel manufacturing facility, with plans to scale this capacity further in the coming years to achieve a total of 5 GW. In addition to panels, ECE is also establishing a 5 GW solar cell manufacturing unit, enabling greater vertical integration and control over quality and production efficiency. Complementing this, the company plans to set up a 2.5 GW solar wafer manufacturing plant, which will support both its internal production needs and supply to other industry partners. These expansions reflect ECE’s commitment to strengthening India’s solar manufacturing ecosystem, ensuring customers have access to advanced, high-efficiency solar products while supporting the country’s renewable energy growth targets. The increased capacities will allow ECE to cater to residential, commercial, industrial, and utility-scale projects with timely delivery and superior performance standards.

LEADERSHIP VOICES NIKHIL AGRAWAL

Director Alishan Green Energy Pvt Ltd

Alishan Green Energy: Powering India’s Next-Gen Solar Reliability KEY HIGHLIGHTS: Alishan’s refined EVA/POE ratio enabled its EPE to achieve exceptional reliability, sustaining 3X IEC conditions for TOPCon modules. The company launched advanced encapsulant solutions—including EPE, low-acid EVA, and EPE-DC—to address degradation, UV impact, and power-gain challenges for India’s evolving solar technologies. Alishan expanded to 6.6 GW capacity with plans to reach 10 GW, supported by strong quality standards, customer partnerships, and upcoming facilities in North and West India.

Can you share the main updates or achievements Alishan Green Energy has made in the past year?

Certainly. Last year was a highly progressive year in terms of new products development and expansion of our encapsulation facility. We have always been focused on the continuous advancements of products and their reliability. Last year we saw a total shift from EVA to EPE requirements and challenges with UV and moisture induced degradation of TOPCOn modules. To overcome initial phase bottleneck with reliability of these modules, we had fine tuned the EVA/POE ratio on our EPE films with in-house R&D focused on DOE which helped us to understand the material behaviour at a microscopic level. We are happy to share that Alishan EPE is considered a highly effective product when it comes to sustaining extreme conditions like 3XIEC for Topcon modules. Our reach has gone far to Tier 1 and top customers in India as we had quickly optimized EPE quality requirements for Indian module makers. On the other hand, this gave us a huge boost to expand our capacity to 6.6 GW now.

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What new technology trends is your company focusing on to improve your products for the Indian market?

As the technology shift has been made from PERC to Topcon, we have launched three new products for ensuring the suitable combination of encapsulants and giving a range of solutions to combat degradation concerns. Alishan EPE for Topcon cells has been a major development for us and has been rigorously tested at many customers’ end. Apart from this, we offer Alishan low acid EVA as a back encapsulant and Alishan EPE-DC as a top layer for Topcon. We have unlocked the down conversion technology for reducing the UVID concern, but still we are willing to improve on the power gain part.

How do you plan for long-term growth and competition while expanding Alishan Green Energy in India?

Our versatile range of products and their quality have paved the way for us in India as a reliability partner for most of the module makers. We believe that consistency is the key to growth at this stage and have made our fundamentals strong in that regard. We have been able to implement stringent quality standards backed by NABL approvals. At the same time, customer support is one of the many other aspects where we can outperform our competitors. We are continuously evolving and improving with the help from joint activities, our R&D capability and a dedicated team.

Every Alishan product begins with understanding the science, not just the market.”

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What special features or technologies make your company’s products different from others in India?

Alishan products are well researched and planned before the demand arises in the Indian market. We Take enough time to understand the working mechanisms and challenges of upcoming solar cell technologies. This helps us in not only developing the suitable packaging solution but also to be ahead of our competitors in terms of reliability. In terms of superiority, Alishan EPE for Topcon ensures 3XIEC requirements, Alishan low acid EVA ensures up to 4 times lower acid generation than conventional EVA and Alishan EPE-DC converts the harmful UV rays into usable frequency to ensure minimal UV impact and at the same time improve the power of the module.

What new products, plans, or partnerships can we expect from Alishan Green Energy next year?

On the expansion front, we are going to be at 10 GW by next year. We are exploring new products that will be suitable for BC technology and further Tandem cells. Currently we are in talks with a couple of module makers to join them as partners of Encapsulant business or to book the capacity for them. We will still be majorly operating from our current manufacturing sites but have plans to set up dedicated facilities in North and West regions of India.

ORGANISED BY

Inspiring Excellence, Defining Leadership At SOLAR CONTRACTORS MEET BHOPAL 2025 leadership shapes a brighter tomorrow as we honour visionaries advancing our great state.

Best Rooftop Solar Installer (Residential) - Diamond Best Solar Panel Brand of the Year Best Sales Management Tool for EPCs Novasys Greenergy Pvt. Ltd.

MSKVA ECO ENERGY

Most Trusted Solar Distributor Best Sales Team of the Year Trade Plus Resources and Solutions Pvt. Ltd.

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Best Ground-Mount EPC Contractor - Diamond Prachi Services

Next-Gen Solar Module Manufacturing Excellence (AIEnabled) FS Green Energies Private Limited

Most Trusted Solar Module Brand Saatvik Green Energy Limited

Best After-Sales Support in Distribution Shri Dhar Renewable Energy Pvt. Ltd.

Best Rooftop Solar Installer PM Kusum Projects P and A Ecotech Solutions

Excellence in On-Grid & Hybrid Inverter Solutions FESTON S.E.V. PRIVATE LIMITED

Best Rooftop Solar Installer (Commercial & Industrial) Bhaskar Energy Systems Pvt. Ltd.

Best Rooftop Solar Installer (Residential) - Platinum Blueneba Technologies Pvt Ltd

Best Ground-Mount EPC Contractor - Platinum Innovation in Project Execution SolarSure

Congratulations to all the Winners!!!

POWER TALKS ASHOK KUMAR SINGH President Novasys Greenergy

From Cell Architecture to Site Performance: Redefining Energy Yield KEY HIGHLIGHTS: N-Type

TOPCon technology delivers higher yield and lower degradation than Mono PERC and Poly modules. Bifacial double-glass modules add a bankable 5–10% energy gain in Indian conditions. Multi-GW expansion with 600W+ TOPCon modules supports India’s high-efficiency solar demand.

How does TOPCon cell technology improve energy yield and reduce degradation compared to Mono PERC and Polycrystalline modules?

Novasys Greenergy’s N-Type TOPCon technology delivers higher real-world energy yield and stronger long-term reliability compared to Mono PERC and Polycrystalline modules. By using advanced tunnel-oxide passivated contacts on highpurity n-type wafers, TOPCon cells significantly reduce carrier recombination, resulting in higher efficiency, stronger bifacial response, and a better temperature coefficient. These modules also avoid boron–oxygen related LID and show far lower LeTID and PID, ensuring stable performance even under long-term field stress. Together, TOPCon’s superior cell architecture and low-degradation characteristics mean more kilowatt-hours per year, improved lifecycle output, and higher project value for commercial, industrial, and utility-scale solar plants.

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What additional energy gain can developers expect from your bifacial double-glass modules in Indian conditions?

In typical Indian ground-mounted conditions, Novasys’s bifacial double-glass TOPCon modules deliver a conservative additional energy gain of about 5–10% versus an equivalent monofacial module, rising to 10–18% where site conditions are favourable (higher ground reflectance, elevated mounting and wide row spacing). The actual bifacial uplift depends mainly on ground albedo, module height/tilt, row spacing and the module’s bifaciality: with common Indian surfaces (bare soil/grass, albedo ~0.15–0.25) gains cluster in the low single-digits to ~10%, while reflective finishes (white pebbles, concrete or dedicated reflective pads with albedo ~0.4–0.6) can push annual bifacial gains into the mid-teens or higher. For project planning we recommend using a conservative baseline of ~5–8% for bankable yield estimates in most Indian sites and modelling site-specific scenarios (albedo, mounting height, and bifaciality) to capture upside — these ranges are consistent with recent field studies and literature on bifacial performance in India and similar climates.

How are Novasys modules engineered to withstand India’s extreme weather while maintaining long performance warranties?

Novasys modules are engineered for India’s harsh and diverse climate through robust materials, reinforced mechanical design, and stringent reliability testing that supports long-term performance warranties. Our double-glass construction, UV-resistant encapsulants, and high-strength frames are

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

built to withstand high temperatures, heavy rainfall, coastal humidity, sand-laden winds, and extreme diurnal temperature swings. Each module undergoes accelerated ageing tests— including thermal cycling, damp-heat, mechanical load, hail impact, and PID resistance—to ensure long-term stability in real-world Indian field conditions. High-purity N-type TOPCon cells further reduce degradation from LID and LeTID, ensuring the power output remains consistent over decades. Together, these engineering choices allow Novasys to deliver reliable, high-yield modules backed by strong performance warranties for utility, industrial, and rooftop applications across India.

How is Novasys planning capacity growth and product innovation to meet the rising demand for high-efficiency TOPCon modules in India?

Novasys is rapidly scaling its manufacturing capacity and advancing product innovation to meet India’s growing demand for highefficiency TOPCon modules. The company is expanding its module production toward multigigawatt levels through phased line upgrades, new stringer installations, and planned upstream integration into TOPCon cell manufacturing for greater supply reliability. On the product side, Novasys is enhancing its NType TOPCon portfolio with higher-wattage (600–650W+) bifacial, double-glass modules built on advanced cell architectures such as tunnel-oxide passivated contacts, multi-busbar layouts, and high bifaciality factors. These improvements deliver better real-world energy yield, reduced degradation, and stronger longterm performance warranties—helping developers and EPCs achieve lower LCOE and higher project returns across diverse Indian conditions.

Company of the Year: PV Module Supply & Manufacturing

Company of the Year: UtilityScale Solar Asset Management

Saatvik Green Energy Limited

Oriano Clean Energy Pvt. Ltd.

Company of the Year: RoboticsDriven Solar Module Manufacturing

Company of the Year: Distributed Solar Asset Management

Credence Solar Panels Pvt. Ltd.

Vibgyor Energy

Company of the Year: Solar Asset Management

Company of the Year: Excellence in Strategic Corporate Affairs

Enrich Energy Pvt. Ltd.

Tata Power Renewable Energy Ltd.

Company of the Year – Pioneering EPC Solutions for Agrivoltaics Shreyani Consulting And Testing Services Pvt Ltd

Company of the Year: Excellence in Asset Performance & DSM Optimization Company of the Year: Advanced Weather Forecasting & Scheduling Sprng Energy Private Limited

Company of the Year: Asset Lifecycle Management TruBoard CleanTech Pvt. Ltd.

Company of the Year: Robotics & Automation SOLABOT TECHNOLOGIES PVT. LTD.

300 MW Solar Project, Pavagada Project of the Year: Excellence in Health, Safety & Environment

Leader of the Year: Excellence in Asset Management Leadership

Amara Raja Infra Pvt Ltd

General Manager - Asset Management Oriano Clean Energy Pvt. Ltd.

Project of the Year: Integrated EPC & O&M Excellence Oriano Clean Energy Pvt. Ltd.

PRADEEPA KS

COO of the Year

RAVIKESH SINGH COO Waaree RTL

Team of the Year: Operations and Maintenance (O&M) Vibgyor Energy

Leader of the Year: Sustainability Asset Management

PANKAJ DHINGRA Director BVG India Ltd.

Company of the Year – SCADADriven Wind Asset Management Greentech Megawatt Pvt Ltd

Leader of the Year: Energy Storage Asset Management

IBRAHIM KADRIINAMDAR Regional Sales Manager - India and MENA Solplanet Leader of the Year: Asset Management in Solar Project On-Site Services

ASHWANI PANDA General Manager - Solar Asset Management RenServ Global Private Limited

Company of the Year: Asset Management RenServ Global Private Limited

Company of the Year: Robotics & Automation ENABL A/S

Leader of the Year: Innovative Asset Management

GAURAV SAXENA General Manager - Engineering RenServ Global Private Limited

Project of the Year: Sustainable Asset Management Fourth Partner Energy Pvt. Ltd.

Project of the Year: Asset Management (Khageshree Wind Project, 197.5 MW)

Leader of the Year: Excellence in Asset Management Leadership

Sprng Alt Energy Private Limited

AVP - O&M Wind RenServ Global Private Limited

RAVINDER SINGH

Project of the Year: Operational Excellence & Reliability Tata Power Green Energy Limited

Team of the Year: Digital Transformation - Wind Asset Management Greentech Megawatt Pvt Ltd

Company of the Year – Automation & Robotics Excellence in Solar Operations Leader the Year: Operations and Maintenance (O&M)

Blupine Energy

SHRIRAM GIRI General Manager - Wind Asset Management RenServ Global Private Limited

Team of the Year – Digital Transformation in Asset Management Blupine Energy

Congratulations to all the Winners!!!

POWER TALKS AKARSH GUPTA Director Chemi Tech Constructions Pvt Ltd

From FRP Advancements to ZAM Innovation: Chemi Tech’s 2025 Solar Leap KEY HIGHLIGHTS: Chemi Tech is introducing hybrid FRP– Steel structures and ZAM-based kits to boost corrosion resistance and system longevity. Their nationwide supply chain ensures rapid BoS delivery within days, reducing logistics and procurement costs for projects. The company has scaled FRP and MMS production significantly, achieving multi-fold capacity growth and major installation milestones this year.

What new innovations have you introduced in Solar MMS and FRP products this year?

As you are aware, our Solar MMS manufacturing unit started only 7 months ago, and we already have some marquee clients associated with us. FRP Unit started around 4 years ago and we have gained significant market share in that unit. Now, we are working towards designing structures which will have elements of both FRP and Steel in them. FRP, as a composite, has many benefits, including the freedom to modify on the site itself. They are also highly resistant to corrosion. We will start introducing some sections of the structure table, like bracings in FRP from this year, which will reduce weight and also increase life. We have also started manufacturing ZAM (Zinc-Aluminium-Magnesium) sections, and we hope to develop kits for solar rooftop projects using ZAM this year.

INDIA

Unlike Pre-GI, which is predominantly used in the PM Suryaghar today, and has a life of around 4-5 years, ZAM provides corrosion resistance of more than 25 years.

How do your Solar MMS, FRP walkways, and FRP trays ensure reliability and cost efficiency for Indian projects?

Our forte lies in supply chain management. Across our 13 warehouses and 15 distribution channels, we provide instant supplies to our customers. For example, for a tin-shed project, we can supply the complete BoS within 2 days, saving a lot of cost in terms of procurement overheads and logistics for our clients. Similarly, local presence also ensures fast serviceability for our customers.

What major milestones or project highlights has Chemi Tech achieved this year in MMS and FRP installations?

We have already supplied around 300 km of solar walkways in the first 9 months of the financial year. For the MMS manufacturing unit, which is fairly new, we are targeting an output of around 3000 tonnes per month by March. Our in-house coil slitter will also be ready by January. We will be one of the very few solar MMS manufacturers to have in-house slitter. That will improve our production and service capabilities manifold. In FRP cable

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

trays, we are also commissioning new machines by the end of December, which will again double our production capacity. Overall, we have increased our FRP Cable Tray manufacturing by 4 times with this machine since the beginning of this financial year. In Aluminium rails also, we have achieved a target of around 20,000 rails (12 MW approx) supplies per month.

What is your outlook for India’s solar PV market in 2025, and how are you preparing for future growth?

The market will move towards energy storage in 2026. There is a major transition that is expected to happen, where, perhaps, any system above 3 kW will have energy storage by default. We will see a greater adoption of storage in the C & I sector as well. We are planning an expansion of solar MMS manufacturing in the South as well and might take a call to start a greenfield project in Hyderabad for the same. We are very positive about the industry outlook for 2026. Our approach towards growth is always on the conservative side and we certainly do not believe in external investors coming onboard at the moment. We will be using internal accruals for growth. Next phase of the PM Suryaghar Yojana will be introduced I think in the later part of 2026, which will define the rooftop industry.

POWER TALKS MILAV PATEL Director Helox Power, Solar Energy Solutions

From Inverters to Intelligent Energy Systems: The Helox Power Vision KEY HIGHLIGHTS: Helox Power has grown rapidly by focusing on engineering-led reliability and a strong service-first approach. Its high-efficiency grid-tie inverters with smart monitoring differentiate the brand, with microinverters and BESS coming next. A PAN-India footprint and planned global expansion by 2027 position Helox Power for scalable, policy-aligned growth.

Can you share Helox Power’s growth journey and key milestones achieved in India’s solar sector?

Helox Power began with a clear purpose: to bring engineering-driven reliability and long-term stability to India’s solar inverter landscape. Based in Gandhinagar, Gujarat, we invested early in R&D and product testing to ensure our solutions perform reliably under India’s diverse grid conditions and climatic environments. A key milestone in our journey was the successful rollout of our grid-tie inverter range for residential, commercial, and C&I applications. These products were built on critical pillars such as high efficiency, and intelligent monitoring and their adoption across varied installations has strengthened our credibility among EPC partners. Beyond technology, a service-first philosophy has been central to our growth. From remote monitoring and real-time diagnostics to structured replacement and warranty processes, we built a support ecosystem focused on minimizing downtime and maximizing customer confidence. Participation in national renewable-energy exhibitions and industry platforms has further accelerated our visibility, enabling strategic partnerships and channel expansion. Today, Helox

INDIA

Power stands as a fast-growing brand with a strong foundation and clear roadmap for scaling into new markets and product categories.

What are your flagship solar products and services, and how do they stand out competitively?

At the core of our portfolio are our flagship single-phase and three-phase grid-tie inverters, including models such as H1 MINI, H1 G6, H3 PRO and H3 MAX. These inverters deliver 98%+ efficiency, wide MPPT operating ranges, advanced safety layers, and smart features like IV curve diagnostics and remote maintenance. Designed for Indian conditions, they bring reliability, performance consistency, and installation flexibility across multiple segments. What truly differentiates Helox Power is the combination of engineering quality and service excellence. Every installation is supported through real-time monitoring platforms, proactive health checks, fast response times reducing uncertainty and ensuring smoother project execution. Looking ahead, we are preparing to launch Microinverters and Battery Energy Storage Systems (BESS). These innovations will serve distributed rooftop, hybrid, and energymanagement applications and form a strong competitive moat as the market evolves toward storage-backed and intelligent energy systems.

Which regions in India are your focus for expansion, and what strategies strengthen your presence there?

Helox Power’s expansion strategy is PAN India, aimed at serving residential, commercial, and industrial customers across all regions. This allows us to capture opportunities in both mature and emerging solar markets while maintaining consistency in service quality and technical support.

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

Beyond India, we are planning international expansion by 2027, with focus markets including Sri Lanka, Nepal, Bangladesh, South Africa, Bhutan, and the Middle East. These regions align well with our scalable, service-oriented business model and show strong potential in rooftop and commercial solar adoption. Our growth strategy rests on four pillars: strengthening EPC and distributor partnerships, establishing regional service hubs, tailoring products to local grid and regulatory needs, and maintaining strong engagement through industry exhibitions. Our objective is clear: wherever Helox Power expands, reliability and service consistency will follow.

Could you discuss Helox Power’s financial performance and growth outlook amid India’s evolving renewable energy policies?

India’s renewable energy policies have created a strong and supportive environment for companies like Helox Power. Our financial performance has demonstrated consistent and healthy growth, driven by increasing demand for reliable and efficient solar inverter solutions across multiple segments. Our growth outlook remains strong and forward-looking. We continue to reinvest strategically in product development, service infrastructure, and channel expansion, ensuring sustainable and scalable growth. From a financial strategy standpoint, we focus on disciplined expansion, balancing scale with profitability, strengthening supply-chain resilience, and building long-term EPC and distributor partnerships. This enables us to remain agile amid policy evolution while capitalizing on incentives supporting domestic manufacturing, grid modernization, and energy storage adoption.

ORGANISED BY

Leadership Shaping a Brighter Tomorrow Leadership Shaping a Brighter Tomorrow: Honouring Visionaries at the PUNJAB & HARYANA ENERGY EXCELLENCE AWARDS.

10-Year Milestone of Inverter Excellence in India Award State Market Leader Award (Inverter) - Platinum Sungrow India Pvt. Ltd.

Smart Technology Innovation of the Year - Modules Novasys Greenergy Limited

Company of the Year: Green Manufacturing (Modules) Adani Solar

Company of the Year: Innovative RE Initiative Bombay Engg Co.

Microinverter Technology Leadership Award Hoymiles

State Market Leader Award (Inverter) - Diamond SolaX Power Network Technology (Zhejiang) Co., Ltd.

Best Residential Solar Project of the Year State Market Leader Award Modules Saatvik Green Energy Limited

VK Solar Solutions Pvt. Ltd.

Solar System Integrator of the Year - C&I

Emerging Solar EPC Company of the Year

Bansal Solar Energy & Construction Company

VK Solar Solutions Pvt. Ltd.

Solar System Integrator of the Year - Residential A P Technologies

Emerging Solar Leader of the Year

RAGHAV VIJ Director Vimco Solar

Solar EPC Company of the Year (Open Access) Eco Global Sales Corp.

Solar EPC Company of the Year - C&I Ultra Solutions

Young Achiever in Renewable Energy Solar EPC Company of the Year - C&I Pyramid Power Electronics

PRESENTS

VIBOUR BANSAL Proprietor Bansal Solar Energy & Construction Company

POWER TALKS JAYDEEP GAJERA Chief Executive Officer (CEO) Gronsol Inverter Technology LLP

Powering Every Segment with Intelligent Inverter & ESS Solutions KEY HIGHLIGHTS: Gronsol’s inverter and ESS portfolio delivers compact residential solutions and scalable C&I systems that

What key Indian grid challenges have influenced the design and engineering of Gronsol’s inverters?

enhance energy independence, reliability, and long-term cost savings. Engineered for Indian grid realities, Gronsol inverters feature wide voltage tolerance, fast response, and rugged designs to perform reliably under unstable and harsh conditions. With a 2026 in-house R&D and manufacturing facility, Gronsol is advancing localized, high-efficiency power electronics and storage technologies aligned with its Make in India vision.

How does Gronsol’s inverter and ESS portfolio address the needs of residential, commercial, and industrial customers in India?

Gronsol’s inverter and energy storage system (ESS) portfolio is designed to meet the varied energy requirements of India’s residential, commercial, and industrial consumers. For residential users, our solutions focus on compact design, high efficiency, and reliable battery backup to ensure uninterrupted power and maximum rooftop solar utilization. In the commercial and industrial (C&I) segment, Gronsol offers scalable, highcapacity inverters and ESS solutions that support peak load management, energy cost optimization, and operational continuity. Across all segments, our portfolio enables greater energy independence, improved reliability, and long-term savings, making solar power a dependable and practical choice.

INDIA

India’s power grid is characterized by voltage fluctuations, frequent outages in certain regions, inconsistent power quality, and diverse climatic conditions. These challenges have significantly influenced Gronsol’s engineering approach. Our inverters are designed with wide voltage tolerance, robust protection features, and fast response mechanisms to maintain stable performance even under weak or unstable grid conditions. Additionally, our products are built to withstand high temperatures, humidity, and dusty environments, ensuring durability and consistent performance across different parts of the country.

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

What technologies and capabilities will be prioritized at Gronsol’s planned in-house R&D and manufacturing facility by 2026?

By 2026, Gronsol’s in-house R&D and manufacturing facility will prioritize advanced power electronics, high-efficiency inverter platforms, battery management systems, and integrated energy storage solutions. The facility will focus on product reliability, performance optimization, and seamless compatibility between inverters and batteries. Strong emphasis will be placed on localization, quality assurance, automated testing, and compliance with Indian and international standards. This initiative will reinforce Gronsol’s “Make in India" commitment while enabling faster product development and better customization for market needs.

What is your long-term vision for Gronsol’s role in advancing India’s solar inverter and energy storage ecosystem?

Gronsol’s long-term vision is to emerge as a leading Indian brand in solar inverter and energy storage technology. We aim to play a meaningful role in strengthening grid resilience, supporting higher renewable energy adoption, and contributing to India’s clean energy ambitions. Through indigenous innovation, reliable manufacturing, and customer-focused solutions, Gronsol seeks to build a sustainable, energysecure future and become a trusted partner in India’s renewable energy journey.

INDIA

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

ORGANISED BY

Leadership Shaping a Brighter Tomorrow Honouring Visionaries Advancing Our Great State SOLAR & STORAGE WEST BENGAL EXCELLENCE AWARDS 2025

10-Year Milestone of Inverter Excellence in India Award State Market Leader Award Inverter

Excellence in Solar Asset Management Aparajita Solar

Sungrow India Pvt. Ltd.

State Technology Leadership Award - Modules Saatvik Solar

Excellence in Solar O&M Services Agni Green Power Limited

Smart Technology Innovation of the Year - Inverter Ksolare Energy Pvt. Ltd.

Advanced Module Engineering Excellence Award Bluebird Solar

Solar EPC Company of the Year - Industrial Fender Vertex Solutions Pvt Ltd

Solar EPC Company of the Year - Residential & Commercial EverGreen solar

Best Sales & Marketing Team of the Year Adani Solar

Company of the Year: Green Manufacturing (Modules) Novasys Greenergy Ltd.

Young Leadership Excellence in Energy Management

SAIKATSRI DAS Senior Manager - Power Sales TruBoard Cleanteach

Emerging Solar EPC Company of the Year - C&I HCK Solar Energy Limited

PRESENTS

POWER TALKS RAHUL SHARMA CEO iPLON India

Smart Energy Management Powering India’s Clean Energy Future KEY HIGHLIGHTS: Established & Proven: Incorporated in 2013, iPLON India powers 5+ GW SCADA, 2+ GW PPC, 200+ microgrids, and 2,000+ rooftop plants across India. Advanced Control & Hybrid Expertise: Strong capabilities in SCADA, PPC, EMS, and microgrid control, including 100 MW Solar– Wind hybrid projects. Pan-India Presence & Global Partnership: Solar-Log® partner since 2018, with operations across Chennai (HQ), Delhi-NCR, Bengaluru, Rajasthan, and Punjab

With over 5 GW of SCADA, PPC, and EMS deployments, what are the biggest grid integration challenges in India, and how is iPLON addressing them?

India’s grid integration challenges stem largely from the rapid growth of renewable energy and the inherent variability of solar and wind generation. Weather-dependent fluctuations directly affect grid stability, making predictable and well-controlled renewable output essential. Transmission constraints further complicate the situation—renewable capacity has expanded faster than transmission infrastructure, leading to congestion and curtailment, particularly in highgeneration regions. In addition, strong renewable resources are often located far from demand centers, placing sustained stress on long-distance networks. Climate change and extreme weather events add operational uncertainty, while cybersecurity, evolving grid codes, and real-time visibility requirements increase system complexity. At iPLON, we address these challenges through grid-engineered SCADA, PPC, and EMS solutions designed for India’s operating realities. Our platforms enable precise active and reactive power control, smooth ramping, voltage regulation, and structured curtailment execution, helping stabilize variable renewable generation. A key differentiator is our robust and redundant architecture, ensuring high availability and fail-safe operation even in weak-grid or communicationchallenged environments. With

INDIA

strong interoperability, secure communication, and seamless coordination with utilities, DISCOMs, and SLDCs, iPLON supports reliable grid integration while aligning closely with India’s renewable and digital power sector priorities.

iPLON has more than 2 GW of operational PPC installations— how do these systems support grid compliance and stable renewable integration?

Power Plant Controllers are central to transforming renewable plants from variable generators into disciplined, grid-compliant assets. As renewable penetration increases, plants must actively support voltage and frequency stability, rather than simply inject power. iPLON’s PPC platforms continuously manage active and reactive power, regulate power factor, and adapt plant output to dynamic grid conditions, ensuring compliance with increasingly stringent grid codes. Reactive power management and voltage control are especially critical in low-inertia systems. iPLON PPCs dynamically balance active and reactive components and support low- and high-voltage ride-through functions, allowing plants to remain connected during grid disturbances and strengthening overall resilience. Our systems also enable smooth ramping, controlled curtailment, and precise response to utility commands. Built on a robust, redundant architecture with secure communication and strong interoperability, iPLON PPCs ensure operational continuity even under weak-grid conditions. They also support nighttime SVG/STATCOM operation and seamless integration with external compensation devices, extending voltage and reactive power support beyond generation hours. Through these capabilities, iPLON PPCs ensure renewable plants actively enhance grid stability, compliance & reliability.

As a SCADA provider integrated with MNRE and state SEDM portals under PM-KUSUM, how important is real-time data reporting for decentralized solar?

Real-time data reporting is fundamental to the success of decentralized solar programs like PM-

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

KUSUM. With assets spread across thousands of rural locations, continuous visibility is essential for performance monitoring, subsidy validation, billing accuracy, and regulatory oversight. Reliable data builds transparency and trust among stakeholders—DISCOMs, regulators, developers, and policymakers—ensuring systems are operational and public investments deliver measurable outcomes. To address rural connectivity challenges, iPLON combines local edge data buffering with secure MQTT-based communication. When networks are unavailable, plant data is logged locally without loss and automatically synchronized once connectivity is restored. This ensures uninterrupted reporting to MNRE and SEDM portals, maintaining compliance even under intermittent network conditions. The availability of real-time and buffered data also enables analytics, anomaly detection, and long-term performance optimization, strengthening the digital backbone of India’s distributed solar ecosystem.

What role will smart energy management and grid integration play in India’s clean energy transition?

As renewable penetration rises, smart energy management and advanced grid integration become indispensable. Intelligent SCADA, PPC, and EMS platforms provide real-time monitoring, predictive analytics, automated control, and optimized coordination across utility-scale and distributed systems. They support hybrid energy systems, improve forecasting, enforce compliance, and enhance resilience while maintaining power quality and reliability. For India, these technologies bridge operational realities with national clean energy ambitions. At iPLON, our mission is to deliver intelligent, resilient, and future-ready energy management solutions that strengthen grid stability, improve economics, and enable sustainable growth. Smart energy management is not just a technology layer—it is a strategic enabler of India’s clean energy future.

ORGANISED BY

Recognising the Forces Powering India Forward Honouring the Leaders Driving Innovation and Powering India’s Energy Future at SOLAR & STORAGE BIHAR EXCELLENCE AWARDS 2025

Excellence in Sustainable Energy Storage INVERGY India Pvt Ltd

Manufacturing Excellence in Renewable Energy Systems Best Sales Management Tool for EPCs Novasys Greenergy Pvt Ltd

State Market Leader Award (Inverter)

Excellence in Power Electronics Services Power-One Micro Systems Pvt. Ltd

Ningbo Deye New Energy

Excellence in Solar Project Delivery & Support Advanced Solar & BESS Technology Leadership Award

Parhelion Energy Private Limited

Loom Solar Private Limited

Leadership in Rural Solar Electrification Go Solar Energy Solutions Pvt Ltd

Excellence in Sustainable Solar Module Manufacturing Adani Solar

Solar EPC Company of the Year - C&I Shiv Shakti Solar Solution

Sustainability Leadership in Emerging Markets Saatvik Green Energy Limited

Solar EPC Company of the Year - Residential Sunrise India

Best Solar Installation Team of the Year

Emerging Leader in Rooftop & Off-Grid Solar Solutions

Khushi Automobiles

M/s Ratna Enterprises

Emerging Solar EPC Company of the Year (Residential) Parhelion Energy Private Limited

Emerging Solar Solutions Provider Maa Vijaya Laxmi Foundation

PRESENTS

FirstVIEW

Intelligent Business

Emerging Leader in Hybrid & Storage Solutions Dabun Pvt. Ltd.

Emerging Solar Entrepreneur of the Year

NITISH KUMAR Director Maa Vijaya Laxmi Foundation

Honouring the Leaders Driving Innovation and Powering INDIA’S ENERGY FUTURE Customer’s Choice Award for Outstanding Project Performance & Reliability Savorka Solar

Best Supply Chain Team of the Year Best Electrical Balance of Plant (EBOP) Management Team of the Year RenServ Global Pvt. Ltd.

Customer’s Choice Award for Excellence in Product Technology – Floating PV Systems Sungrow FPV Sci. & Tech. Co., Ltd.

Customer’s Choice Award for Most Trusted Brand – Central Inverter FIMER India Pvt Ltd

Customer’s Choice Award for Excellence in After-Sales Service & Customer Satisfaction Blueneba Technologies Pvt Ltd Customer’s Choice Award for Innovation & Excellence in Robotic PV Cleaning Technology Huzhou LEAPTING Technology Co., Ltd.

Customer’s Choice Award for Global Leadership in Robotic Solar Cleaning Solutions Langfang Sol-Bright New Energy Technology Co. Ltd.

MARKE T STATISTICS

RESEARCH

Solar Installations by State TOTAL SOLAR PV INSTALLATIONS AS OF NOVEMBER 2025 (MW) 40000

35,911

30000

27,794

20000

17,168 11,517

10,643

10000

6,093

5,782

5,052

3,812

2,507

Rajasthan

Gujarat

Maharashtra

Tamil Nadu

Karnataka

Andhra Pradesh

Madhya Pradesh

Telangana

Uttar Pradesh

Haryana

SOLARQUARTER RESEARCH

SOURCE: MNRE

In the pie chart, Renewable capacity additions continue to increase at a rapid pace in India, accounting for approximately 39.9% of India’s total power capacity at the end of November 2025. India’s total installed power capacity stood at over 509.7 GW at the end of November 2025 from all the sources, with renewables accounting for 203.6 GW, making up 39.9%, compared to cumulative renewable energy installations of 158.55 GW at the end of November 2024, which represented a growth of over 28.4% year-over-year. Solar power accounted for approximately 132.8 GW of installations, which represents 26.1% of the total installed power capacity. Among the renewable, Wind and Solar constitute over 91.8% of the total renewable (excluding large hydro), Wind Power installed capacity at the end of November 2025 was over 53.98 GW, which represents 10.6% of the total power capacity installed.

India achieved a remarkable milestone by installing an unprecedented 34,983.53 MW of Solar PV capacity in the calendar year 2025 till November. By the end of November 2025, the country's total Solar PV installations surpassed 132.8 GW. During this period, rooftop Solar PV installations reached approximately 23.16 GW. Rajasthan led the way, with 35,910.95 MW installed, accounting for 27.03% of the nation’s total Solar PV capacity. The county also added around 29 GW in the first three quarters of the calendar year 2025. Rajasthan, Gujarat, Maharashtra, Tamil Nadu, and Karnataka together contributed over 75.03% of the total installed Solar PV capacities across the country. While Rajasthan and Gujarat maintained their leading positions, Maharashtra stepped up two spots to its position, pushing Tamil Nadu and Karnataka down to fourth and fifth place compared to installed solar PV capacity by November 2024. The overall Solar PV installations saw a growth of over 41.1% compared to the 94,167.83 GW recorded by the end of November 2024.

INDIA POWER MIX Gas l iese 4.06% Gas DDiesel, 2% Lignite, 1.30% 5% 0.12% Nuclear, 1.72%

INDIA RENEWABLE MIX ble ewa Ren 4.7% 3 Renewable 39.94%

Coal 43.08% l Coa % 45.5

Small Hydro Power 2.5% Wind Power 26.5%

o ydr HHydro 09.89% 9.9% Solar Power 65.3% 65.2%

Bio-Power 5.7%

SOURCE: CEA NOV 2025 | SOLARQUARTER RESEARCH

Monthly RE Generaton in India 35000

32,828

In Million Unit (MU)

30000 24,141 23,846

25000 20000 17,702

19,773

26,605

29,661

27,859

26,065 21,489

21,185 20,194

16,755

15000 10000 5000 0

OCT'24 NOV'24 DEC'24 JAN'25 FEB'25 MAR25 APR'25 MAY'25 JUN'25 JUL'25 (MU) (MU) (MU) (MU) (MU) (MU) (MU) (MU) (MU) (MU)

SOURCE: CEA

INDIA

AUG'25 (MU)

SEP'25 (MU)

OCT'25 (MU)

SOLARQUARTER RESEARCH

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

Total renewable energy generation in October 2025 reached 21,488.49 million units, which is an increase of RE generation by around 21.39% year-over-year from November 2024, when the RE generations were 17,702.36 million units. Solar Power generation has also increased by around 6.58% year-over-year from October 2024 (12,256.61 million units) to October 2025 (13063.14 million units). Wind Power generation has increased by almost 97.84% in the same period and reached 6406.49 million units in November 2025.

MARKE T STATISTICS

RESEARCH

Solar Vs Wind Generation In India In 2024-25 20000

17,573

Million Unit (MU)

16,811

15000 12,256

14,305

12,914

12,286

11,247

15,812

10,707

14,880 12,927

12,101

10,667

12,635 12,894

13,556 10,400

10000

5000

3,238

3,109

OCT'24 (MU)

NOV'24 (MU)

5,747

5,638

DEC'24 (MU)

JAN'25 (MU)

FEB'25 (MU)

6,407

4,592

5,134

4,592

13,063

MAR'2 5 (MU)

APR'25 (MU)

MAY' 25 (MU)

JUN' 25 (MU)

JUL’25 (MU)

AUG'25 (MU)

SOURCE: CEA

SEP'25 (MU)

OCT'25 (MU)

SOLARQUARTER RESEARCH

Renewable Energy Vs Solar Generation 35000

29,661

Million Unit (MU)

30000 24,141

25000 20000 17,702 15000

19,713

16,755 12,256

21,184

11,247

10000

27,859

26,605

23,846

26,065 21,490

20,193 16,811

10,707

32,828

12,285

12,913

15,811

14,305

12,928

12,101

13,556

12,635

13,063

5000 0 OCT'24 (MU)

NOV'24 (MU)

DEC'24 (MU)

JAN'25 (MU)

FEB'25 (MU)

MAR'25 (MU)

APR'25 (MU)

MAY' 25 (MU)

JUN' 25 (MU)

JUL'25 (MU)

SOURCE: CEA

AUG’25 (MU)

SEP'25 (MU)

OCT'25 (MU)

SOLARQUARTER RESEARCH

Hybrid Projects (Solar Component) 60% 50%

In MWs

40% 30% 20% 10% 0%

Karnataka

Gujarat

SOURCE: MNRE (SEPTEMBER 2025)

Rajasthan

SOLARQUARTER RESEARCH

As of November 2025, India’s installed hybrid projects capacity reached 3,339.63 MW, contributing around 2.51% to the country’s total solar PV capacity. This is part of the overall renewable energy capacity of 203.6 GW, excluding large hydro. Hybrid projects, which combine solar and wind power, are currently limited to just three states: Rajasthan, Gujarat, and Karnataka. Among these, Rajasthan leads with the highest installed capacity of 1,980 MW. This is mainly because the state has strong potential for both solar and wind energy. Rajasthan receives high solar irradiation and also experiences strong wind speeds, making it ideal for hybrid energy generation. The installed capacity of hybrid projects has shown a year-on-year growth of about 20.85% compared to November 2024, when it stood at 2,763.54 MW. This steady growth highlights the increasing focus on hybrid projects as a solution to improve grid stability and renewable energy utilization.

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Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025

MARKE T STATISTICS

RESEARCH

Electricity Market IEX ELELCTRICITY MONTHLY TRADED VOLUME IN 2024-2025

in Million Unit (MU)

14,000 12,000

12,040

12,664

11,370

10,000

11,132 9,642

9,689

OCT-24

NOV-24

10,910

11,215

10,584 10,946

10,852

MAR-25

APR25

JUN-25

9,622

12,040

11,665

11,233

SEP-25

OCT-25

8,000 6,000 4,000 2,000 0 AUG24

SEP-24

DEC-24

JAN-25

FEB-25

MAY-25

JUL-25

SOURCE: IEX

AUG-25

SOLARQUARTER RESEARCH

In October 2025, the Indian Energy Exchange (IEX) reached a total volume of 11,233 million units (MU), a 16.% year-over-year increase. The market experienced a notable drop in electricity prices due to high liquidity. This surplus was driven by a combination of steady coal-based power and enhanced generation from hydro, solar, and wind sources. Consequently, the average price in the Day-Ahead Market fell by 32% to ₹2.67 per unit, while the Real-Time Market price dropped by 27.8% to ₹2.73 per unit. These lower rates provided an opportunity for distribution companies and industrial consumers to replace expensive power with more cost-effective options from the exchange.

Lowest Solar Tariff (₹/kWh) in 2024 - 2025

lowest Tariff (INR/Kwh)

4.82

4.46

5 4

3.35

3.09

3.52

3.38

SECI 2 GW NHPC 1.2 3.52 4.46 With 4 GW ISTS GWh BESS FDRE Phase XVII Tranche VI

NTPC 1.2 3.38 GW ISTS Wind-Solar Hybrid Power (Hybrid 2)

NHPC 1,200 3.09 MW Solar Power With 600 MW/1200 MWh BESS

RUVNL 2.21

500 MW/1,000 MWh Standalon e BESS

SJVN 4.82

1,200 MW ISTS FDRE 3

4.35

4.36

3.32 3.13

2.60

2.21

1 0

6.74

6.64

2.86

4.70

GUVNL 250 3.35NTPC 3.32 SJVN 1200 NVVN 250 NHPC 1252.70 RUMSL 6.74 SJVN 1.5 2.86 SECI 2 2.60 3.13 NHPC 6.64 4.36 MW Solar PV Projects With Greenshoe Opetion Phase XXVl

1200 Wind solar Hybrid 03

MW With 600 MW/2400 MWh

SOURCE: SOLARQUARTER RESEARCH

1200 MW ISTS Solar With 600 MW/2400 MWh BESS

MW/1000 MWh BESS

MW/500 MWh With BESS

440 MW/880 MWH With BESS

GW/6000 MW FDRE With storage

2.85

GW With 1 GW/4 GWh ESS ISTS-XX

REMCL 4.35 1 GW RTC

RRVUNL 2.85 500 MW/2000 MWh Standalone BESS

BIDDING DETAILS

The rollout of the Approved List of Models and Manufacturers (ALMM) List-I for solar PV modules, along with the forthcoming ALMM List-II for PV cells set to take effect in June 2026, has introduced new compliance challenges for developers participating in India’s solar auctions. These regulatory changes, coupled with ongoing global supply chain disruptions caused by geopolitical tensions—such as the Russia-Ukraine conflict, U.S. trade tariffs, and volatile currency exchange rates—have contributed to noticeable fluctuations in solar tariffs. While the government has extended project commissioning timelines to provide relief, developers continue to face rising cost pressures. Initiatives like the GST relief on solar PV modules and components, effective from September 2025, and India achieving over 122 GW of solar PV module manufacturing capacity, offer some support. At the same time, U.S. tariff hikes on solar imports have tightened global module supply, pushing prices higher and indirectly affecting the Indian market. Amid these challenges, the growing availability of domestically manufactured solar PV inverters provides a significant boost, instilling confidence among developers to bid more competitively. As a result, solar tariffs in India through 2024 have remained volatile, influenced by material costs, project scale, grid connectivity, and now, increased reliance on domestic technology.

INDIA

Bharat Renewable Expo & Intersolar Special l Nov-Dec Issue 2025