RESHAPING ASIA'S SUSTAINABLE ENERGY FUTURE: A GRUNDFOS PERSPECTIVE BY GRUNDFOS
10
COOLING FOR GROWTH: FORGING A PATH TO A SUSTAINABLE FUTURE WITH DISTRICT COOLING BY SUDHEER PERLA, TABREED ASIA
20
POWERING CHANGE: HOW ASIAN INDUSTRY CAN DECARBONISE BY 2026 BY R. NARAYANAN ABB MALAYSIA SDN BHD
8 CONTRARIAN INSIGHTS ON SMART ASSET MANAGEMENT AND THE ENERGY TRANSITION BY BLUEBEE TECH
30
VIETNAM ENERGY WEEK 2025: THE PREMIER INTERNATIONAL DESTINATION FOR GREEN TECHNOLOGY AND SMART INDUSTRY BY INFORMA MARKETS IN VIETNAM
34 FROM PLANTS TO PERFORMANCE: THE ROLE OF INTEGRATED ENERGY MANAGEMENT IN ASIA’S NETZERO TRANSITION BY KJTS GROUP BERHAD
40 MALAYSIA’S ECONOMIC SECOND TAKE-OFF– LEADING ASEAN'S ENERGY TRANSITION REVOLUTION BY INFORMA MARKETS IN MALAYSIA
46 SHAPING SOUTHEAST ASIA’S RENEWABLE ENERGY FUTURE - ADVANCED ASSET AND GRID SOLUTIONS FOR 2026 BY YOKOGAWA ENGINEERING ASIA
52 ASIA'S ENERGY PIVOT: BOLD STRIDES, STUBBORN HURDLES, AND A HORIZON OF PROMISE BY AFRAH PACKIRSAIBO AND VINA ALCALA INFORMA MARKETS MIDDLE EAST 66
Editorial Mikael Jakobsson
PRESIDENT
ASIA PACIFIC URBAN ENERGY ASSOCIATION (APUEA)
Sustainable energy development shows both great progress and significant setbacks at the moment. Asia-Pacific is the fastest-growing region for clean energy, and renewables are predicted to surpass coal as the leading power source for the first time. Meanwhile, Europe shows dedication to sustainable energy development with its Green Deal.
At the same time, only 35% of the Sustainable Development Goals (SDGs) are on track globally. Major green hydrogen projects, green battery projects, green steel projects, and other green projects are collapsing due to various reasons, leading to funding challenges.
The debate will go on as to what extent these projects should benefit from green financing and subsidies or stand on their own legs. However, no one should doubt that these bold projects are speeding up the entire sustainable energy sector’s development and would benefit generations if they are successful.
The 4th edition of the Asia Urban Energy Assembly (2025) was held on July 2–4 at the Queen Sirikit National Convention Center in Bangkok, Thailand. The event was co-located with ASIA Sustainable Energy Week, in collaboration with Informa Markets. During the two days, prominent speakers shared knowledge, experience, technology, and activities accelerating the energy transition in the Asia-Pacific region.
(Silver Sponsor), and Bluebee, Blue Snow, Hydraulic Analysis, and Tangshan Xingbang (Bronze Sponsors).
Since our annual event, we have co-organized and participated in numerous events across the region. In July, we co-organized the Build4Asia event, 15–17 July in Hong Kong, in collaboration with Informa Markets, and during 21–26 July, we co-organized the Archidex event in Kuala Lumpur in collaboration with CIS. On 14 August 2025, APUEA, EAVCED, and Informa Markets Vietnam hosted the Vietnam Sustainable Energy Dialogue 2025 at the Binh Duong Convention & Exhibition Center, as part of Industry Connect Binh Duong 2025. During 17–20 September, we participated in Electric & Power Indonesia, hosted by Informa Markets.
We are ending the year with HVACR Vietnam 2025 and Vietnam Energy Week during 5–7 November at the Saigon Exhibition & Convention Center in Ho Chi Minh City, Vietnam.
Already now, we are starting to prepare for our 5th annual Asia Urban Energy Assembly, which once again will take place on 2–3 July 2026 at the Queen Sirikit National Convention Center in Bangkok, Thailand. If you already intend to join as a sponsor or speaker, want to arrange a dedicated workshop on a specific topic, host a dinner, or have any other idea, don’t hesitate to reach out to me and/or the APUEA Secretariat to make a plan in due time.
In this issue of APUEA Magazine, you can read an interview with Mr. Jacob Naldal, Senior Regional Sales Director, CBS – APAC at Grundfos. Additionally, you will find articles on energy efficiency, energy management, district cooling, O&M, renewable energy integration, and many other topics, as well as the latest APUEA activities. We would like to thank ABB, BlueBee Tech., Grundfos, Informa Markets, KJTS Group, Tabreed, and Yokogawa for their contributions to this issue of the APUEA Magazine.
ALREADY NOW, WE ARE STARTING TO PREPARE FOR OUR 5TH ANNUAL ASIA URBAN ENERGY ASSEMBLY, WHICH ONCE AGAIN WILL TAKE PLACE ON 2–3 JULY 2026 AT THE QUEEN SIRIKIT NATIONAL CONVENTION CENTER IN BANGKOK, THAILAND. IF YOU ALREADY INTEND TO JOIN AS A SPONSOR OR SPEAKER, WANT TO ARRANGE A DEDICATED WORKSHOP ON A SPECIFIC TOPIC, HOST A DINNER, OR HAVE ANY OTHER IDEA, DON’T HESITATE TO REACH OUT TO ME AND/OR THE APUEA SECRETARIAT TO MAKE A PLAN IN DUE TIME.
For more information about APUEA and how to become a member, contact info@apuea.org
www.apuea.org
ASIA PACIFIC URBAN ENERGY ASSOCIATION
The Asia Pacific Urban Energy Association (APUEA) was launched in 2017 to promote the development of sustainable Urban Energy Systems in the Asia Pacific region. The APUEA platform promotes public and private sector collaboration to develop sustainable urban energy systems that support livable cities across the Asia Pacific region. Our membership and activities serve as an information hub to support city policymakers, program managers, and other stakeholders in the design, development, and implementation of sustainable urban energy systems. Through our activities, including APUEA events, conferences, and continuous outreach to our members, we share international and regional best practices for planning and implementing sustainable urban energy systems—including policies and regulations, business models, and technologies for implementing district heating and cooling, smart grids, energy efficiency improvements, and renewable energy systems.
The APUEA membership provides a unique opportunity to liaise with governmental agencies and important stakeholders and get access to valuable information and intelligence on urban energy developments, business opportunities, trends, and financing in one of the fastest growing energy and infrastructure markets in the world. Membership benefits include a marketing platform, newsletters, APUEA Magazine, Annual Publications, Annual General Meeting including Trade Exhibition and Direct Assistance.
ASIA PACIFIC URBAN ENERGY ASSOCIATION
The Asia Pacific Urban Energy Association (APUEA) is a platform to collect and disseminate knowledge, best practices, and tools related to the development of sustainable urban energy systems, and thereby support the development of livable cities in the Asia Pacific region.
APUEA serves a broad range of members including but not limited to utilities, manufacturers, investors, engineering companies, donor agencies and sector associations that are active in the urban energy sector. Members can choose among several membership categories, depending on their sector and level of engagement in APUEA.
PREMIUM MEMBER
Premium membership includes an active role in the governance of the association through the APUEA Executive Committee and during the APUEA Annual General Meeting.
Premium membership also includes special recognition in APUEA publications and marketing channels, and free participation at APUEA events.
CORPORATE MEMBER
Corporate membership includes influence on the association’s activities during the APUEA Annual General Meeting, recognition in APUEA publications and marketing channels, and discounted participation at APUEA events.
AFFILIATE MEMBER (Invitation only)
Individual or agency invited by the Association to participate as an individual member; and entities such as regional NGOs, development agencies, and utility organisations. An Affiliate Member benefits from the Association but does not take an active role in the Association in terms of its governance and operation.
THE ANNUAL MEMBERSHIP FEE DEPENDS ON THE MEMBERSHIP CATEGORY AND ORGANIZATION SIZE:
CORPORATE CATEGORY PREMIUM MEMBER
MEMBER
BENEFITS
Advocacy and Representation
Matchmaking and Referrals
Direct Marketing
Market Intelligence
Knowledge and Best Practices
Regional and International Events
Direct Assistance
FOR US, "SMART" ISN'T JUST A BUZZWORD; IT’S A COMMITMENT TO EFFICIENCY. IT MEANS OFFERING SOLUTIONS THAT DON'T JUST MOVE WATER – BUT DO SO IN THE MOST ENERGY EFFICIENT WAY POSSIBLE.
RESHAPING ASIA'S SUSTAINABLE ENERGY FUTURE: A GRUNDFOS PERSPECTIVE
Introduction: With global attention fixed on sustainable development, Asia is at a pivotal moment. The region's rapid growth presents both immense challenges and opportunities, particularly in the energy and water sectors. We sat down with Mr. Jacob Naldal, Sr. Regional Sales Director, CBS – APAC to discuss their vision for "smart" water solutions and how the company is helping to shape Asia's sustainable energy future.
THE GRUNDFOS PHILOSOPHY IS "WATER SHOULD FLOW SMART." HOW DOES THIS TRANSLATE INTO TANGIBLE BENEFITS FOR YOUR CUSTOMERS IN ASIA?
For us, "smart" isn't just a buzzword; it’s a commitment to efficiency. It means offering solutions that don't just move water – but do so in the most energyefficient way possible. Our pumps are integrated with intelligent controls and variable frequency drives, allowing them to adjust their performance in real-time. This ensures they only use the energy needed for the job, which translates directly to lower electricity bills for our customers by up to 40%. In a market like Asia, where energy costs can be a significant operational expense, these savings are a clear, tangible benefit.
I should add that there is significant potential within the existing building stock, as well as promising opportunities in new project developments—especially when developers are daring enough take a long-term perspective. Energy-efficient assets will inevitably gain value over time, making them a smart and future-proof investment.
CAN YOU SHARE SOME EXAMPLES OF INNOVATIVE SOLUTIONS THAT DELIVER SIGNIFICANT ENERGY AND WATER SAVINGS?
Our approach is to create solutions that are both powerful and efficient. For example, our iSOLUTIONS pumps are designed to optimize performance automatically, reducing energy consumption and water waste without manual intervention. Hilton Hotels in Thailand partnered with us to upgrade their chiller pumps, significantly enhancing overall building efficiency. This initiative resulted in an impressive 36% reduction in energy consumption. In Singapore, one of the hospitals we collaborated with reported a remarkable 44% reduction in energy consumption. Both case studies show that even small changes can have a major impact. We also see great potential in industries like food and beverage, where our hygienic pumps can reduce water usage and ensure product quality.
LOOKING AHEAD TO 2026, WHAT NEW "SMART" TECHNOLOGIES IS GRUNDFOS DEVELOPING FOR THE ASIAN MARKET?
We are focused on developing solutions that are digitally connected and predictive. Our goal is to move from reactive maintenance to proactive management. By 2026, we aim to have even more solutions that can communicate performance data, identify potential issues before they cause a breakdown, and even self-diagnose problems. We are also exploring new materials and designs to make our pumps more durable and efficient in the region's diverse operating environments.
YOU HAVE A STRONG FOCUS ON CLIMATE ACTION. HOW DO YOUR PARTNERSHIPS IN THE REGION HELP YOU ACHIEVE THIS GOAL?
We believe that climate action is a shared responsibility. We can't do this alone, so we work closely with our partners—from local distributors to industry experts—to drive the adoption of sustainable technologies. They are our eyes and ears on the ground, helping us understand specific market needs and ensuring our solutions are installed correctly for optimal performance. These collaborations are essential for creating a network of sustainable practices across the region.
Many Asian countries have made strong commitments to reducing CO2 emissions. However, local lawmakers continue to face the challenge of balancing regulatory frameworks and incentive structures with the need to sustain construction growth. At Grundfos, we have always believed in raising the bar and setting new standards. It benefits everyone to embrace—not only the latest innovations—but also proven existing technologies, rather than holding back.
HOW DOES GRUNDFOS'S COMMITMENT TO "SCIENCE-BASED TARGETS" SET A NEW STANDARD FOR SUSTAINABILITY IN THE INDUSTRY?
Our commitment to science-based targets isn't just about meeting a benchmark; it's about being accountable. We have set clear, measurable goals for reducing our own carbon footprint and helping our customers reduce theirs. Our self-auditing process ensures that we are continuously tracking our progress and providing a true picture of the reductions we achieve. This transparency builds trust with our partners and demonstrates our serious, long-term commitment to a sustainable future.
You can’t drive an agenda forward unless you make a deliberate choice to lead from the front.
WHAT ARE THE MAJOR TRENDS YOU'RE SEEING IN ASIA'S ENERGY AND WATER SECTORS, AND HOW IS GRUNDFOS POSITIONED TO ADDRESS THESE TRENDS?
The key trends are urbanization, industrialization and a growing demand for sustainable infrastructure. Many cities are expanding rapidly, putting a strain on existing water and energy resources. Grundfos is well-positioned to address these challenges with our high-efficiency solutions, which are scalable for both large-scale projects and smaller, localized applications. We are seeing a strong push for smart cities and green buildings, and our technology is designed to be a core part of that transformation. Furthermore, we are starting to witness a growing focus towards the existing building mass and their refurbishment.
HOW WILL GRUNDFOS'S STRATEGY IN ASIA HELP SHAPE THE REGION'S SUSTAINABLE ENERGY FUTURE BY 2026?
By 2026, we aim to be recognized as a leading force in Asia's sustainable transformation. We want to be a catalyst for change, not just a product provider. Our strategy is centered on three pillars: innovation, partnership, and education. We will continue to innovate with smart solutions, strengthen our partnerships to expand our reach, and educate the market on the benefits of sustainable water management. Ultimately, our goal is to empower businesses and communities across Asia to use less energy and water, making a lasting positive impact on the environment.
BY 2026, WE AIM TO BE RECOGNIZED AS A LEADING FORCE IN ASIA'S SUSTAINABLE TRANSFORMATION. WE WANT TO BE A CATALYST FOR CHANGE, NOT JUST A PRODUCT PROVIDER.
Grundfos in brief Grundfos develops, produces and sells pump solutions, which help reduce water-related challenges globally. We create research and product development-based solutions to meet growing demands of customers and the outside world for minimizing the consumption of resources as well as the emission of CO2.
Our solutions are used for heating, cooling and ventilation in buildings, and industrial purposes among other things. They are also used in the water supply, water treatment and wastewater sectors.
To minimize energy consumption, several pumps are equipped with intelligent built-in electronics ensuring that the pumps provide no more no less than what is needed. Some of them are powered by solar energy.
An annual production of more than 15 million units positions the Grundfos Group as one of the world’s largest pump manufacturers. The Group employs approximately 20,000 people located in companies in 56 countries.
The company was founded in 1945 and today the Poul Due Jensen Foundation is the main shareholder. Profits are re-invested in the company as a means of continued growth.
MOMENTUM IS INCREASINGLY VISIBLE AT THE STATE LEVEL. ALONGSIDE THE RAPID EXPANSION OF RENEWABLE ENERGY CAPACITY, GOVERNMENTS ARE BEGINNING TO INTEGRATE DEMAND-SIDE COOLING STRATEGIES INTO THEIR CLIMATE AND ENERGY PLANNING.
COOLING FOR GROWTH: FORGING A PATH TO A SUSTAINABLE FUTURE WITH
DISTRICT COOLING
By Sudheer Perla Managing Director, Tabreed Asia
Unchecked greenhouse gas emissions, environmental degradation and rapid urbanisation are making cities increasingly unliveable.
In tropical countries like India, humaninduced climate change is amplifying heat stress. With 70% of the country’s building stock for 2030 yet to be constructed, intense concretisation is expected to heighten the Urban Heat Island (UHI) effect and drive up energy requirements to meet soaring cooling demand.
If met through a business-as-usual approach which entails use of conventional split and window units, cooling demand could account for 45% of peak power load by 2050 and push greenhouse gas emissions 90% above 2017 levels.
District Cooling (DC) is emerging as a game-changer.
Though DC has long been deployed in countries such as Singapore and the UAE, in India it remained an obscure concept. Predominant market practices are mostly siloed with a variety of service providers, OEMs or consultants acting across the value chain for design, procurement, project management, commissioning, operations or maintenance of chillers and HVAC assets for space cooling. As a result, the market model that evolved doesn’t have inherent incentives to reward energy savings, refrigerant leak prevention and asset longitude at a systemic level. On the contrary, DC providers like Tabreed design, finance, own and operate cooling assets across multiple buildings for more long- term cost effective, SLA based cooling services. Through such an endto-end and fully-funded solution, cooling is centralised and with smart design and O&M, ensures optimised system sizing, upgrades to efficient equipment and significantly lower energy consumption.
Until recently, lack of awareness and absence of frameworks meant that cooling demand was rarely considered at an aggregated, system-wide level in urban masterplans. However, this picture has begun to change as cooling has begun to be recognised as a developmental need that is linked with achieving many Sustainable Development Goals. In 2019, India was one of the first countries in the world that released a comprehensive Cooling Action Plan (ICAP). With measurable targets to reduce cooling and refrigerant demand, it explicitly recognised DC as a viable solution. Further, the growing evidence of heat stress-related disruptions and deaths have fast-paced synergies in policies and actions to address cooling requirement across sectors while making cooling sustainable and accessible to all. The Department for Promotion of Industry and Internal Trade (DPIIT) and the World Bank launched the AHEAD programme in working to position affordable, sustainable cooling solutions as a national priority. Tabreed through multiple
collaborations including dialogues convened under Gesellschaft für Internationale Zusammenarbeit (GIZ) India and the Bureau of Energy Efficiency’s (BEE) Energy Efficiency Cooling Programme has played a pivotal role in shaping India’s cooling markets with a focus on viewing cooling as a utility and embedding DC into urban sustainability strategies across states.
Momentum is increasingly visible at the state level. Alongside the rapid expansion of renewable energy capacity, governments are beginning to integrate demand-side cooling strategies into their climate and energy planning.
Innovative public-private partnerships (PPPs) are paving the way. In Hyderabad Pharma City, the world’s largest bulk drug industrial park, the Government of Telangana has awarded a $400 million DC project to Tabreed. With a planned capacity of 125,000 RT, this will be Asia’s largest PPP-based cooling system. It is expected to reduce mechanical load by
35%, halve power demand compared to stand-alone systems, and cut 170 GWh of energy use annually.
In Andhra Pradesh, the Capital Region Development Authority (CRDA) signed India’s first DC concession with Tabreed in 2019. The 20,000 RT system for the Amaravati Government Complex is being designed to achieve 50% electricity savings. Building on this foundation, Amaravati has indicated that city-wide cooling provisions will also rely on DC, creating a model for climate-smart and energy-efficient urban planning.
Recently, Maharashtra included DC in the industrial electricity tariff category, which is significantly lower than commercial tariffs, serving as a strong incentive for developers and utilities to invest in. Additionally, MAHAPREIT issued a tender in January 2025 for the empanelment of CaaS providers across Maharashtra and other states, an effort that will streamline supplier access and accelerate DC deployment in industrial and urban clusters.
Tamil Nadu has also established a
District Cooling Steering Committee under its State Planning Commission (SPC) to integrate DC into policies and masterplans across residential, commercial and industrial sectors. The state has already rolled out a tender for a techno-commercial feasibility study of DC in Chennai’s Fin-Tech City.
Complementing these initiatives, the newly established UNEP District Cooling Hub provides end-to-end project development support, ranging from feasibility studies to transaction advisory, helping de-risk investments and structure projects for success.
With the ecosystem now taking shape and pilot projects underway, India’s DC market is poised for its next phase of growth. More players are entering the space, signalling growing confidence in its viability. The coming years will see deeper collaboration across stakeholders to tackle the interlinked challenges of energy, water and waste through circular systems that integrate various utilities. Such innovations will redefine how industrial parks, commercial complexes and smart cities manage their environmental footprint.
By 2026, District Cooling is no longer expected to be a niche concept in India. The first wave of large-scale deployments will be underway, setting benchmarks for energy savings and emissions reduction. Through continued impetus, state-level policies should begin to catalyse wider adoption, while PPP frameworks will provide replicable models for urban and industrial clusters.
With these initiatives in motion, it is likely that cooling will be reframed, from a passive enabler of comfort to an active driver of power demand management and sustainability.
IN 2019, INDIA WAS ONE OF THE FIRST COUNTRIES IN THE WORLD THAT RELEASED A COMPREHENSIVE COOLING ACTION PLAN A COMPREHENSIVE COOLING ACTION PLAN (ICAP). WITH MEASURABLE TARGETS TO REDUCE COOLING AND REFRIGERANT DEMAND, IT EXPLICITLY RECOGNISED DC AS A VIABLE SOLUTION.
Hyderabad Pharma City is going to be home to Asia’s largest District Cooling System
BY 2026, DISTRICT COOLING IS NO LONGER EXPECTED TO BE A NICHE CONCEPT IN INDIA. THE FIRST WAVE OF LARGE-SCALE DEPLOYMENTS WILL BE UNDERWAY, SETTING BENCHMARKS FOR ENERGY SAVINGS AND EMISSIONS REDUCTION.
National Central Cooling Company PJSC (DFM: Tabreed)
is a leading international district cooling utility headquartered in the UAE that provides energy-efficient, cost-effective, and environmentally friendly year-round cooling solutions in 6 countries, including Indian markets, through its 89 plants, delivering 1.35 million refrigeration tons (RT) of cooling services to major residential, commercial, government and private developments, eliminating over 1.4 million tons of CO2 emissions annually through its sustainable approach to cooling.
Tabreed India Private Limited is a wholly owned subsidiary of Tabreed Asia Central Cooling Company a 75-25 joint venture between Tabreed UAE and World Bank’s International Finance Corporation (IFC). Tabreed India is actively engaged with several leading real estate developers and institutional investors across the country, for implementing and operating district cooling or stand-alone central cooling plants.
One of the world’s largest public listed cooling utilities
Project design and delivery
Technology and OEM agnostic
Strong R&D and Innovation Focus
Life-cycle cost view
Financing & Capital Structure
$4 BN Consolidated Asset Base
Investment Grade (Fitch-BBB)
Green Bonds Financing Framework
Capital recovery tariffs over 30 years
Operations track record
SLA/KPI based service delivery
Automation, Unmanned, Central teams
27 years, oldest plant in operation
99.9% cumulative average reliability
& Impact
94 plants In 6 countries
475 MN+ Sft of area served
1.37 million RT of delivered cooling capacity
1.6 mn tons Elimination of CO2 emissions in 2024 vs alternative approaches
Primary Shareholders
Government of Abu Dhabi’s investment fund.
Centralized
Maintenance
In-house with minimal OEM reliance
Reliability Centered Processes
1.1 GW Power infrastructure avoided
2.6 billion kWh energy consumption saved as of September 2024
Largest independent power producer (c. 100 GW) and leader in low-carbon services.
Asia Presence through IFC Partnership
Cooling Services provider to several iconic buildings
Accelerating market adoption of sustainable cooling technologies through match-making and grant funding (in partnership with IFC)
Sheikh Zayed Mosque
Yas Marina Circuit
Dubai Metro
Dubai Mall
Burj Khalifa
Footprint
A cade m y
P ROF E S SIONA L TRAIN I N G
Is provided to Government agencies and Public institutions, including the following training module categories:
Introductor y training Concepts and Technologies Advanced training
VOC ATIONA L TRA I NI N G
Is provided in collaboration with educational institutions.
AT ABB, WE BELIEVE THREE FORCES WILL DEFINE ASIA’S SUSTAINABLE ENERGY LANDSCAPE TO 2026: DRIVING ENERGY EFFICIENCY, ELECTRIFYING INDUSTRY AND MOBILITY, AND LEVERAGING DIGITALISATION TO OPTIMISE PERFORMANCE. TOGETHER, THESE CAN DELIVER MOST OF THE EMISSIONS REDUCTIONS NEEDED THIS DECADE.
POWERING CHANGE: HOW ASIAN INDUSTRY CAN DECARBONISE BY 2026
ABy R. Narayanan, Group Senior Vice President, Head of Motion Asia, ABB; Director, ABB Malaysia Sdn Bhd
sia-Pacific is at the heart of the world’s energy transition. By 2026, governments across the region will be judged on tangible progress toward their climate pledges. For Malaysia and its ASEAN neighbours, this is a matter of competitiveness, energy security, and resilience.
According to the International Energy Agency (IEA)’s World Energy Investment 2025, Southeast Asia’s energy demand has climbed more than 35% over the past decade, with electricity consumption over 60%. This rapid growth is driven by industrial expansion, urbanisation, rising appliance use, and the digital economy underpinned by data centres and advanced manufacturing. At the same time, the region has pledged net-zero trajectories — Malaysia by 2050, Indonesia by 2060, Singapore “as soon as viable.” Balancing demand with decarbonisation is no small challenge.
THE IEA CALLS ENERGY EFFICIENCY THE LOWEST COST, FASTEST LEVER TO REDUCE EMISSIONS, YET IT OFTEN RECEIVES LESS ATTENTION THAN RENEWABLES OR HYDROGEN.
At ABB, we believe three forces will define Asia’s sustainable energy landscape to 2026: driving energy efficiency, electrifying industry and mobility, and leveraging digitalisation to optimise performance. Together, these can deliver most of the emissions reductions needed this decade.
Energy efficiency is the “first fuel”
The IEA calls energy efficiency the lowestcost, fastest lever to reduce emissions, yet it often receives less attention than renewables or hydrogen.
Electric motors provide the clearest example. They power pumps, fans, compressors, conveyors, and HVAC systems across industry and city infrastructure, consuming around 45% of all electricity globally – a share rising as economies electrify.
In Asia, many motors in use are still older IE2 or IE3 models, installed decades ago and operating far below today’s standards. While 99% of lifetime costs come from the energy they consume, businesses often focus narrowly on purchase price. This creates a false economy where upfront cost savings are wiped out many times over by inefficient operation across decades.
By 2026, faster adoption of high-efficiency motors and variable speed drives (VSDs) must be a priority. Together, they cut energy losses by up to 40% compared with conventional motors, while precise speed control in pumps or fans can yield dramatic savings.
The payback case is compelling: as little as seven months in Europe and under two years in Southeast Asia. Adoption
is growing, but education is essential. Recent research from the Energy Efficiency Movement in partnership with Accenture shows that although most industry leaders want to invest in energy efficiency, fewer than half know how to do so effectively. Industrial decision-makers must be equipped with knowledge, budget, and tools to overcome barriers such as upfront costs, skills gaps, and regulatory complexity. By 2026, governments must raise minimum efficiency standards, while the private sector embraces lifecycle savings and carbon reduction.
Decarbonisation through electrification
The second force reshaping Asia’s energy profile is electrification. Simply put, where processes today run on fossil fuels, they must increasingly run on clean electricity. In heavy industry, refineries and petrochemical facilities are already replacing mechanical turbines with electrical drive trains. ABB has delivered such projects in Malaysia, Indonesia and Qatar.
Mining, one of the hardest-to-abate sectors, is also electrifying. ABB and Hitachi Construction Machinery have piloted the world’s first ultra-large fully electric haul truck at Zambia’s Kansanshi copper-gold mine. The design uses overhead trolley supply uphill, regenerative braking downhill, and onboard storage to maintain continuous operation. Hybrid and fully electric fleets are the only path to Net Zero mining. By 2026, Asia’s OEMs and mine operators will be critical to scaling these solutions.
Urban transportation is another front. Projects stretch from Malaysia’s LRT and Taiwan’s metro to Queensland Rail in Australia, where ABB is delivering complete traction packages for 65 new trains, due to be operational in time for the 2032 Olympics. Electric rail, buses and trucks will transform mobility in the years to come.
Digitalisation as the catalyst
Efficiency and electrification alone are not enough; industries must also digitalise. Platforms such as ABB Ability™ enable real time monitoring that prevents
risks, optimises maintenance, reduces costly downtime, and reveals where energy is lost so systems run at peak efficiency across their lifecycle.
Consider data centres, among Asia’s most energy-intensive growth sectors. Malaysia is emerging as a hub with US$23 billion in new investment committed. By 2035, data centres could consume over 5,000 MW of power – equal to around 40% of Peninsular Malaysia’s current electricity capacity.
Energy-efficient technologies in data centres can cut electricity losses by up to 40%, lowering energy bills and unlocking long-term savings through reduced maintenance. Optimised systems not only improve uptime and reliability but also deliver measurable carbon reductions. For operators, this boosts ROI, brand value and sustainability positioning in one move. Digitalisation will play a similar role in smart buildings, water utilities, and industry, turning efficiency potential into measurable results and easing pressure on strained grids.
Emerging frontiers: hydrogen and renewables
Beyond 2026, hydrogen and renewables will progressively augment Asia’s energy mix, but foundations are being laid now.
Hydrogen buses in Seoul, Japan’s ongoing development of hydrogen ecosystems, and collaborative projects like ABB’s rectifier systems powering Mitsubishi Heavy Industries’ solid oxide electrolysis R&D platform illustrate the momentum. Industrial clusters across Asia will begin demonstrating commercial feasibility before 2026.
Meanwhile, Asia remains the world’s fastest-growing renewables market. ABB supports turbine OEMs with converters and generators, and our acquisition of Siemens Gamesa’s power electronics business further strengthens our capabilities in wind integration. The challenge is not just capacity but seamless grid integration, where regional collaboration through APUEA will be vital.
2026 as a tipping point
As we look toward 2026, one thing is clear: this will be a tipping point for Asia’s sustainable energy transition.
ENERGY-EFFICIENT TECHNOLOGIES IN DATA CENTRES CAN CUT ELECTRICITY USAGE BY UP TO 40%, LOWERING ENERGY BILLS AND UNLOCKING LONG-TERM SAVINGS THROUGH REDUCED MAINTENANCE.
Governments, businesses and society will expect demonstrable outcomes across three key imperatives:
1. Accelerating energy efficiency adoption
2. Electrifying industry and mobility
3. Integrating digitalisation with electrification
By 2026, Asia will not have completed the transition, but our progress over the year will determine whether we are on track for 2030 and beyond. The choices made today, from upgrading a motor to investing in electrified transport, will define our cities, industries and lives for decades.
The path is clear, and the technology is available. Now it is about accelerating adoption and seizing the sustainable future Asia deserves.
ABB is a global technology leader in electrification and automation, enabling a more sustainable and resource-efficient future. By connecting its engineering and digitalization expertise, ABB helps industries run at high performance, while becoming more efficient, productive and sustainable so they outperform. At ABB, we call this ‘Engineered to Outrun’. The company has over 140 years of history and around 110,000 employees worldwide. www.abb.com
ABB’s expanded range of IE5 SynRM motor portfolio is set to transform Asia’s industrial energy landscape
HERE ARE EIGHT CONTRARIAN INSIGHTS TO REFRAME HOW WE APPROACH SMART OPERATIONS & MAINTENANCE (O&M), DECARBONIZATION, AND SUSTAINABILITY IN ASIA’S EVOLVING LANDSCAPE.
8
ON SMART ASSET
MANAGEMENT AND THE ENERGY TRANSITION
Based on Bruno Lhopiteau’s interventions at the APUEA panel discussion during ASEAN Sustainable Energy Week, Bangkok, July 2025.
The energy transition is reshaping industries, but digital technologies and asset management are often misunderstood in their role to drive sustainability. Here are eight contrarian insights to reframe how we approach Smart Operations & Maintenance (O&M), decarbonization, and sustainability in Asia’s evolving landscape.
Smart O&M isn’t about computerizing outdated processes for marginal gains. It’s about enabling best practices and ensuring compliance. Many companies pour millions into tech, yet most plants lack a functional Computerized Maintenance Management System (CMMS). They start without one, adopt it late, or stick to paper and Excel. True “smart” solutions prioritize operational excellence over flashy tech.
5. Emerging Technologies? It’s About Optimizing O&M First
Forget chasing the latest tech buzzwords. The real opportunity lies in optimizing O&M, which remains vastly underutilized. Better maintenance reduces energy, water, and parts consumption while extending asset lifespans. This supports critical infrastructure (utilities, plants, and more) delivering sustainability at scale.
6. Seizing Opportunities in New Plants, Pilot on Utilities
2. The Critical Role of Smart O&M in the Energy Transition
As assets grow more complex (think advanced sensors and automation) maintenance becomes harder, not easier. New technologies demand new skills and make preventive maintenance nonnegotiable. Misunderstanding this leads to inefficiencies that undermine the energy transition. Smart O&M is the backbone of sustainable, high-performing plants.
3. Reframing ESG: From Monitoring to Actionable Impact
ESG may be losing buzz in some circles (DEI backlash from the U.S.), but sustainability and HSE (Health, Safety, Environment) remain critical. Our clients at Bluebee Technologies prioritize us because we go beyond monitoring and reporting. Focus on implementation, traceability, and feedback loops for continuous improvement, delivering real ESG outcomes, not just metrics.
4. Water: The Overlooked Key to Sustainability
Decarbonization grabs headlines, but water is a silent giant in sustainability. Companies overfocus on CO2 while neglecting real pollution and resource waste. Much of our work at Bluebee Tech supports water utilities, optimizing their operations to reduce waste and extend asset life, arguably a bigger impact than carbon metrics alone.
New construction or refurbishment projects are golden opportunities to embed Smart O&M from the design phase, long before operations begin. Industrial plants should prioritize utilities (biomass plants, chillers, or wastewater treatment plants) for high-impact, visible pilot projects. This approach is simpler and more effective than tackling production lines first and can scale across entire facilities.
7. Untapped Potential in a Slowing Asian Economy
A sluggish economy is the perfect time to rethink strategies. Companies have overspent on tech with little to show for it. Now’s the moment to cut inefficient tech costs while boosting operational performance. Smart O&M delivers both cost savings and sustainability gains, making it a strategic move in uncertain times.
8. Breaking Internal Barriers to Decarbonization
Southeast Asia’s decarbonization efforts face less resistance from external regulations than from internal IT policies and legacy systems. Stronger regulations, like China’s traceability mandates, could help, but the real hurdle is within organizations. Overcoming entrenched suppliers and outdated tech is key to unlocking progress.
Conclusion
Smart O&M is not just a tool, it’s a mindset shift that unlocks sustainability and efficiency in the energy transition. By focusing on action, not just tech, we can drive meaningful change.
Recent project and solution highlights
Saudi decarbonized combinedcycle power plants implement bluebee®
Leveraging its extensive industry track record, Bluebee Tech is supplying its bluebee® Smart O&M solution for two 1,800 MW decarbonized Combined Cycle Gas Turbine (CCGT) projects in Saudi Arabia. The solution will be delivered to the plant owner as part of the construction project, with Bluebee Tech collaborating with leading Chinese EPC company China Energy.
TAIBA project and QASSIM project
Hong Kong Tramways
Ensuring maintenance readiness at Macao’s first organic waste recovery plant
The maintenance management system, based on bluebee® integrated with the plant DCS and 3D BIM models, is being implemented during the construction phase to be ready in time for commissioning (July 2027). The contract covers the entire 18-year concession period. Local authorities required the system based on the experience of Hong Kong Organic Recycling and Recovery Center.
New bluebee® Asset Health Scoring: unlocking predictive power from historical data
Introducing Asset Health Scoring, an advanced AI-powered feature within the Prognostics and Health Management (PHM) module of bluebee®. Unlike systems reliant on real-time sensors, Asset Health Scoring leverages historical
SMART O&M ISN’T ABOUT COMPUTERIZING OUTDATED PROCESSES FOR MARGINAL GAINS. IT’S ABOUT ENABLING BEST PRACTICES AND ENSURING COMPLIANCE.
records, particularly underutilized inspection logs, alongside live data to deliver precise, actionable insights into equipment health, enabling maintenance teams to prevent failures and optimize performance. The conversational AI-driven Q&A engine simplified complex queries, delivering context-aware insights and tailored recommendations. It is currently being deployed with a leading water company in Shanghai.
Enabling AI-based Prognostics & Health Management (PHM) with inspection data
Macao Organic Resources Recycling Center project
Enabling AI-based Prognostics & Health Management (PHM) with inspection data
Bruno Lhopiteau is the CEO of Bluebee Technologies. Bluebee Technologies (www.bluebeecloud.com) designs and implements a Smart O&M solution known as bluebee® to support Industrial Risk Management, Asset Management and Environmental, Social and Governance (ESG) by enabling industrial decisions based on true data from mobile workers, connected objects and external systems. The company has offices in Singapore, Bangkok, Shanghai, Hong Kong and is expanding its partner ecosystem worldwide.
French-invested Bluebee Technologies was founded in 2013.It is headquartered in Singapore, with R&D center in Shanghai, offices in Hong Kong and Bangkok,, value-added partners all over Asia. www.bluebeecloud.com
Operator using bluebee® at a waste-to-energy plant of CEP, a leading Chinese environmental plant
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VIETNAM ENERGY WEEK 2025 IS NOT JUST AN EXHIBITION—IT IS A MULTIINDUSTRY MEGA EVENT, BRINGING TOGETHER FOUR SPECIALIZED TRADE SHOWS UNDER ONE ROOF
VIETNAM ENERGY WEEK 2025:
THE PREMIER INTERNATIONAL DESTINATION
FOR GREEN
TECHNOLOGY AND SMART INDUSTRY
By Informa Markets in Vietnam
From November 5–7, 2025, the Saigon Exhibition and Convention Center (SECC), Ho Chi Minh City will transform into the beating heart of Asia’s energy, HVAC, and supporting industries as Vietnam Energy Week 2025 makes its grand debut.
This flagship international event is proudly organized by Informa Markets Vietnam, in collaboration with the Ho Chi Minh City Department of Industry and Trade, and is supported by leading Government organizations, industry stakeholders, and enterprises.
A POWERFUL CONVERGENCE OF INDUSTRIES AND SOLUTIONS
Vietnam Energy Week 2025 is not just an exhibition—it is a multi-industry mega event, bringing together four specialized trade shows under one roof:
• Vietnam Energy Week
International Exhibition on Power Technology, Renewable Energy & Energy Storage Technologies
• HVACR Vietnam 2025
International Exhibition on HVAC, Refrigeration Systems & Smart Buildings
• Vietnam Supporting Industry Fair Vietnam Supporting Industry & Electrical Equipment Expo 2025
• Vietnam Data Center & Clouds Confex
The International Event on Data Center & Cloud Technologies in Vietnam.
By uniting these dynamic sectors, the event provides a 360-degree platform for industry professionals to discover cutting-edge solutions, explore future trends, and build strategic collaborations.
A SHOWCASE OF PIONEERING GLOBAL TECHNOLOGIES
At Vietnam Energy Week 2025, innovation takes center stage. The exhibition will unveil hundreds of breakthrough technologies and next-generation solutions from global giants and
forward-thinking Vietnamese enterprises, covering the entire energy value chain— from generation and transmission to distribution, renewable energy, HVAC, supporting industries, smart building technology, and digital infrastructure.
Attendees will witness firsthand the latest innovations from Huawei, GREE, Levidac, EVN, Taizhou, Horngyu, alongside over 200 Vietnamese enterprises driving growth in supporting industries and electrical equipment. Adding to its international stature, the show will feature national pavilions from China, Taiwan, Korea, Singapore, India, and Germany, creating a vibrant hub for cross-border knowledge exchange and business partnerships.
BEYOND THE EXHIBITION –A GATEWAY TO STRATEGIC INSIGHTS AND CONNECTIONS
Vietnam Energy Week 2025 goes further than displays and showcases. The event features an exclusive conference agenda spotlighting the industry’s most critical topics, including:
• Vietnam Energy Transition Forum
• International Data Center & Cloud Conference
• International HVAC Industry Seminar
• Public Training Program on Vietnam Carbon Markets
Complementing these thought-leadership sessions, the Business Matching Program will serve as a catalyst for high-value connections—linking suppliers with
WITH STRONG ENDORSEMENT FROM MORE THAN 15 GOVERNMENT AGENCIES, INDUSTRY ASSOCIATIONS, AND INFLUENTIAL MEDIA PARTNERS, VIETNAM ENERGY WEEK 2025 POSITIONS ITSELF AS THE MOST STRATEGIC TRADE AND KNOWLEDGE PLATFORM OF THE YEAR.
buyers, investors with innovators, and companies with potential long-term partners across Asia and beyond.
A MUST-ATTEND EVENT FOR INDUSTRY LEADERS
With strong endorsement from more than 15 government agencies, industry associations, and influential media partners, Vietnam Energy Week 2025 positions itself as the most strategic trade and knowledge platform of the year. It is where businesses gain direct access to market-shaping insights, showcase their brand on a global stage, and strengthen their role in the fastevolving global supply chain.
Whether you are looking to seize business opportunities, connect with international leaders, or stay ahead of industry trends, Vietnam Energy Week 2025 is the event you cannot afford to miss.
EVENT INFORMATION:
Date: November 5–7, 2025
Venue: Halls A & B1, Saigon Exhibition and Convention Center (SECC), 799 Nguyen Van Linh, District 7, Ho Chi Minh City vietnamenergyweek.com hvacrvietnam.com
BY BRINGING TOGETHER CENTRALISED COOLING SOLUTIONS SUCH AS DISTRICT COOLING PLANT, LONG-TERM OPERATIONS AND MAINTENANCE (O&M), AND ADVANCED ENERGY OPTIMISATION STRATEGIES, ASIA CAN CREATE RESILIENT ENERGY SYSTEMS THAT NOT ONLY REDUCE CARBON EMISSIONS BUT ALSO DELIVER SIGNIFICANT COST SAVINGS.
FROM PLANTS TO PERFORMANCE: THE ROLE
OF INTEGRATED
ENERGY MANAGEMENT IN ASIA’S NET-ZERO TRANSITION
By KJTS Group Berhad
Asia stands at the heart of the global energy transition. With its rapid urbanisation, expanding populations, and rising energy demand, the region faces both an immense challenge and a unique opportunity. On one hand, energy consumption in cities is projected to continue climbing; on the other, governments, businesses, and communities are increasingly committed to achieving net-zero emissions within the coming decades. Meeting this dual pressure requires more than just adding renewable energy sources, it demands smarter ways of managing energy across the entire lifecycle of buildings and infrastructure.
This is where integrated energy management services come into play. By bringing together centralised cooling solutions such as district cooling plant, long-term operations and maintenance (O&M), and advanced energy optimisation strategies, Asia can create resilient energy systems that not only reduce carbon emissions but also deliver significant cost savings. In many ways, the transition is less about isolated technologies and more about how they are managed, maintained, and integrated to deliver consistent performance.
THE HIDDEN VALUE OF LONGTERM O&M
Infrastructure projects, whether a healthcare facility, an education hub, or a commercial mixed development, are often celebrated at the point of commissioning. Yet, the true test of their value lies not in the ribbon-cutting ceremony but in the decades that follow. Poorly maintained systems, even those designed for efficiency, quickly fall short of their intended performance. This is where long-term O&M services become indispensable.
Effective O&M ensures that energy systems perform at their designed efficiency year after year. Through preventive maintenance, predictive analytics, and skilled technical management, O&M extends the lifespan of assets, reduces unplanned downtime, and minimises costly breakdowns. More importantly, it safeguards the energy savings and carbon reductions that justify the initial investment in the first place.
In Asia, where large-scale infrastructure projects often face budgetary and operational pressures, O&M provides the bridge between design intent and long-term performance. Without it, even the most advanced facilities risk becoming inefficient, energy-intensive liabilities within just a few years. With it, infrastructure becomes a reliable contributor to net-zero goals.
CENTRALISED COOLING AS A CORNERSTONE OF SUSTAINABLE CITIES
Among the many systems that shape energy use in cities, district cooling system (“DCS”) is one of the most critical. Rising temperatures, urban heat island effects, and growing middle-class demand for comfort mean cooling demand is set to triple by 2050 in Asia, according to the International Energy Agency. Left unchecked, this could lock in decades of carbon-intensive growth. Centralised cooling solutions, particularly DCS, offer a powerful alternative. By consolidating cooling production into a central plant and distributing chilled water to multiple buildings, DCS reduces peak electricity demand, improves energy efficiency, and lowers carbon emissions compared to conventional, stand-alone air conditioning systems.
When coupled with professional O&M, DCS becomes even more impactful. Regular performance tuning, equipment upgrades, and energy monitoring ensure that the plant consistently operates at peak efficiency. In turn, this lowers operating costs for end-users and supports city-wide sustainability targets. For dense urban centres like Kuala Lumpur, Bangkok, or Singapore, where land and energy resources are under pressure, DCS combined with strong O&M represents a practical and scalable pathway toward sustainable growth.
THE INTEGRATED APPROACH: WHY IT MATTERS
Individually, centralised cooling, long-term O&M, and energy efficiency optimisation each offer measurable benefits. Together, however, they create a multiplier effect that maximises carbon and cost savings. Consider a district cooling plant: without proper O&M, its efficiency declines over time; without optimisation, it fails to adapt to changing demand; without integration, it operates in isolation from broader sustainability strategies.
By combining these elements into a single, integrated energy management service, organisations and cities can:
• Protect their investments – Ensuring that infrastructure continues to deliver designed performance and financial returns.
• Reduce lifecycle costs – Lowering operating expenses through proactive maintenance and energy savings.
• Achieve sustainability targets –Supporting national and corporate netzero commitments through consistent carbon reductions.
• Enhance resilience – Building flexibility to respond to climate variability, economic shifts, and energy market volatility.
This integrated model shifts the narrative from short-term project delivery to long-term performance outcomes, aligning directly with Asia’s sustainability ambitions for 2026 and beyond.
ASIA’S PATH FORWARD
The momentum toward integrated energy management is already visible across Asia. Urban developers are increasingly adopting DCS to support greener infrastructure. At the same time, digitalisation is reshaping operations and maintenance, embedding smart technologies into the design and operation of buildings and industrial facilities. Governments and businesses alike are shifting towards efficiencydriven investment models, rewarding long-term performance and sustainability outcomes rather than short-term construction milestones.
By 2026, this trend is set to accelerate. More cities will view integrated energy management not as an optional service but as a strategic necessity. Organisations will demand performance-based contracts that guarantee measurable energy and cost savings. Digital platforms will make it easier to bring together O&M, optimisation, and centralised systems into cohesive, data-driven solutions that can adapt to changing demands.
Still, challenges remain. The development of specialised skills in O&M and energy efficiency must keep pace with rapid technological advances, while collaboration among service providers, and end-users will be essential to standardise best practices. At the same time, financing is often a barrier for organisations seeking to adopt sustainable solutions. This is where zero-capex models play a critical role: by removing the burden of heavy upfront investment, they enable end-users to
access advanced energy infrastructure and focus instead on long-term value creation through sustained performance and measurable energy savings.
CONCLUSION: FROM PLANTS TO PERFORMANCE
The net-zero transition in Asia will not be achieved by technology alone. It will be shaped by how infrastructure is managed, operated, and optimised over its full lifecycle. Long-term O&M, DCS, and energy efficiency are not separate disciplines, they are interdependent pillars of an integrated approach to energy management.
By embracing this model, Asia can unlock the full value of its infrastructure investments, delivering both immediate cost savings and sustained carbon reductions. The pathway from plants to performance is clear: build smarter, manage better, and integrate energy services to create a resilient, sustainable energy future.
In the years leading to 2026, the organisations that succeed will be those that view energy management not as a technical service, but as a strategic enabler of growth, resilience, and sustainability. For Asia’s cities and industries, this is not just an opportunity, it is an imperative.
FOR DENSE URBAN CENTRES LIKE KUALA LUMPUR, BANGKOK, OR SINGAPORE, WHERE LAND AND ENERGY RESOURCES ARE UNDER PRESSURE, DCS COMBINED WITH STRONG O&M REPRESENTS A PRACTICAL AND SCALABLE PATHWAY TOWARD SUSTAINABLE GROWTH.
INTEGRATED
ENERGY
MANAGEMENT
Zero-CAPEX Cooling-as-aService (CaaS) for district cooling plants, delivering 20-30% energy savings and 99.9% uptime.
OUR SERVICES
Ready to off-load your cooling assets and unlock efficiency gains? Let’s connect! SERVICES
You get fully integrated expertise at every stage, from engineering and construction through to 24/7 operations
Turnkey Plant & Chiller Solutions
Zero-CAPEX Financing Operation & Maintenance Central Command Monitoring
WHY CHOOSE KJTS?
A trusted partner with a proven track record of delivering significant energy savings, operational resilience and ESG value with and over 40 years of industry expertise
THE COUNTRY’S RENEWABLE REVOLUTION - PROJECTED TO REACH 36.4% CLEAN ENERGY CAPACITY BY 2035 - ISN'T JUST CHANGING HOW THE NATION POWERS ITS GRID; IT'S REWIRING ITS ECONOMIC DNA.
MALAYSIA’S ECONOMIC SECOND TAKE-OFF–LEADING ASEAN'S ENERGY TRANSITION REVOLUTION
By Informa Markets in Malaysia
Malaysia is entering a new era of economic transformation, driven not by traditional industrial expansion, but by a bold and strategic shift toward energy transition. The country’s renewable revolution - projected to reach 36.4% clean energy capacity by 2035 - isn't just changing how the nation powers its grid; it's rewiring its economic DNA. This strategic pivot, championed by Deputy Minister, Ministry of Investment Trade and Industry of Malaysia (MITI), YB Liew Chin Tong's through his "Second Takeoff" vision, orchestrates four powerful catalysts: modernising the national grid, regional collaboration through the ASEAN Power Grid, battery energy storage integration, and Malaysia’s rise as an AI and data centre hub.
3-5 JUNE 2026
MODERNISING THE
NATIONAL
GRID: MYR 43 BILLION INVESTMENT FOR A SMARTER FUTURE
Malaysia’s national utility, Tenaga Nasional Berhad (TNB), has committed MYR 43 billion to upgrade the country’s grid infrastructure. This massive investment is not just about capacity, it’s about resilience, flexibility, and intelligence. The upgraded grid will integrate AI-driven management systems and Battery Energy Storage Systems (BESS) to handle the intermittency of renewables and the surging demand from hyperscale data centers.
This transformation aligns with the Malaysian’s National Energy Transition Roadmap (NETR), which targets 70% renewable capacity by 2050. The grid overhaul is a cornerstone of Malaysia’s ambition to become a regional renewable energy hub and a magnet for ESG-focused investments.
ASEAN POWER GRID: BRIDGING BOUNDARIES, BUILDING PROSPERITY
As the ASEAN Chair in 2025, Malaysia is leading efforts to accelerate the ASEAN Power Grid (APG) — a multilateral initiative to interconnect national grids and enable cross-border electricity trade. Malaysia’s
role in the LTMS-PIP (Laos-ThailandMalaysia-Singapore Power Integration Project) and new interconnection plans with Vietnam and Singapore underscore its commitment to regional energy integration.
The APG is more than an infrastructure. It’s a platform for energy diplomacy, economic growth, and shared decarbonisation. Malaysia’s leadership is helping to shape a unified ASEAN energy community that balances national priorities with regional sustainability.
BESS INTEGRATION: STABILISING THE GRID, UNLOCKING SOLAR POTENTIAL
Malaysia is rapidly scaling up its Battery Energy Storage System (BESS) deployment to support grid stability and renewable energy integration. Projects like the 100MW BESS in Terengganu and the 400MW/1,600MWh MYBESS auction are paving the way for large-scale storage solutions. BESS is becoming a core asset in Malaysia’s energy landscape.
These systems are critical for managing the intermittency of solar and wind, reducing curtailment, and enhancing grid reliability. With solar capacity expected to reach 8GW, BESS will play a pivotal role in ensuring that renewable energy is not just generated, but fully utilised.
ENERTEC ASIA 2026 STANDS AS THE DEFINITIVE CATALYST FOR MALAYSIA'S ENERGY TRANSITION LEADERSHIP AND THE REGION'S MOST IMPORTANT NETWORKING PLATFORM FOR INDUSTRY PROFESSIONALS. JOIN US AS MALAYSIA'S VISION POWERS ASEAN'S SUSTAINABLE ENERGY REVOLUTION.
MALAYSIA AS AN AI & DIGITALENERGY
NEXUS
Malaysia is fast emerging as Southeast Asia’s AI and data center powerhouse, attracting over USD 40 billion in investments by 2030. Global tech giants like Microsoft, Google, Amazon, Nvidia, and Huawei are building hyperscale campuses and developing green Ai Infrastrucutre, drawn by Malaysia’s strategic location, affordable energy, and supportive policies.
Complementing this momentum is the launch of the Malaysia Semiconductor IC Design Park in Selangor, a pioneering initiative to transition from “Made in Malaysia” to “Made by Malaysia”. The park hosts leading IC design firms like ARM, Phison Electronics among others, supporting the development of sovereign chip design capabilities. These initiatives reflect Malaysia’s ambition to lead in Ai Innovation, digital infrastructure, and high-value manufacturing, reinforcing its role in the global technology ecosystem. The synergy between digital infrastructure and clean energy is increasingly evident. As data centers are highly energyintensive, Malaysia’s commitment to green power procurement, through
mechanisms like the Corporate Green Power Programme (CGPP) and CRESS, ensures that digital expansion aligns with national sustainability goals. These initiatives reflect Malaysia’s ambition to lead in Ai innovation, semiconductor design, and climate-conscious digital transformation, reinforcing its role in the global technology landscape.
ENERTEC ASIA 2026 – WHERE ENERGY CONVERSATIONS
SPARK REGIONAL REVOLUTION
Malaysia’s energy transition is not merely a climate imperative, it’s an economic strategy. By modernising its grid, deepening regional collaboration, integrating advanced storage technologies, and embracing digital transformation, Malaysia is laying the foundation for its second economic takeoff.
Aligned strongly with the Second Take-Off blueprint, ENERtec Asia 2026 stands as the definitive catalyst for Malaysia's energy transition leadership and the region's most important networking platform for industry professionals. Join us as Malaysia's vision powers ASEAN's sustainable energy revolution.
ENERTEC ASIA 2026 WILL BE HELD FROM JUNE 3-5, 2026, AT THE KUALA LUMPUR CONVENTION CENTRE.
FOR MORE INFORMATION ON EXHIBITION AND SPONSORSHIP OPPORTUNITIES, VISIT WWW.ENERTECASIA.COM
YOKOGAWA HAS ESTABLISHED A STRONG PRESENCE IN SOUTHEAST ASIA AND OCEANIA REGION, WITH MORE OVER 3 GW OF PROJECTS IN SOLAR, WIND, AND BESS SOLUTIONS. THESE DEPLOYMENTS SUPPORTED CUSTOMERS WITH THE SCALABILITY AND VERSATILITY LEVERAGING THE LOAD BALANCING AND AI-INSIGHTS.
SHAPING SOUTHEAST ASIA’S RENEWABLE ENERGY FUTUREADVANCED ASSET AND GRID SOLUTIONS FOR 2026
Asia is at the forefront of the global renewable transition. By 2026, the region is expected to account for more than half of new global capacity in wind, solar, and hybrid energy systems. Ambitious national targets, cost competitiveness, and large-scale investments are driving this growth. Yet, global events from supply chain disruptions to climate volatility are also reshaping the pace and nature of the transition. The opportunity is clear, but so are the challenges: intermittency, rising O&M costs, and grid stability.
YOKOGAWA ENGINEERING ASIA
YOKOGAWA + BAXENERGY: A STRATEGIC ALLIANCE
As part of the Yokogawa Group, BaxEnergy brings proven renewable energy management expertise to Asia. With more than 140 GW monitored across 2,000+ power plants in over 50 countries, the group has built one of the world’s most trusted digital ecosystems for renewable operators. BaxEnergy’s recent collaborations with leading players such as Uniper, Enlight, and Cubico demonstrate the confidence of global leaders in its solutions.
APM WITH INTEGRATED CMMS – ADVANCED ANALYTICS AND RELIABILITY
At the core of this ecosystem lies advanced Asset Performance Management (APM), providing operators with real-time insights, advanced analytics, and reporting to optimize portfolios across multiple technologies in Solar Photovoltaics (PV), wind, hydrogen, hydro and Battery Energy Storage System (BESS).
Integrated within APM are CMMS capabilities that streamline maintenance
planning and execution, reducing downtime and increasing reliability. This approach has already enabled leading operators worldwide, including Uniper, Enlight, and Cubico, to unlock hidden efficiencies, improve fleet availability, and scale operations effectively.
FARSIGHT® – THE ULTIMATE APM FOR RENEWABLE ENERGY MANAGEMENT
Building on this foundation, Farsight® represents the next step in renewable energy management.
Farsight® is cloud-native and accessible via a freemium model, allowing operators to get started instantly with fast selfonboarding. From smaller Independent Power Producers to global utilities, Farsight® democratizes access to advanced analytics, making it possible for every operator to maximize performance and minimize losses.
Its scalability ensures that as portfolios expand, so to do the insights and capabilities available to decision-makers, creating a flexible, future-ready platform for operators.
PPC – MASTERING GRID STABILITY
While optimizing assets is essential, the stability of the grid is equally critical. BaxEnergy’s Power Plant Controller (PPC) ensures compliance and reliability by orchestrating renewables and storage in real time.
The PPC manages ramping, voltage, and active/reactive power, enabling hybrid plants to behave as a single, controllable unit. In recent hybrid projects, PPC has proven its ability to integrate solar, wind, and storage seamlessly into national grids, ensuring both stability and flexibility. For Asia’s fast-growing energy systems, this is a decisive advantage.
YOKOGAWA SUPPORTS MORE THAN 50 UTILITY-SCALE SOLAR FARM PROJECTS, WITH AND WITHOUT BESS, ENSURING RELIABLE GRID INTEGRATION AND OPERATIONAL EXCELLENCE FOR UTILITIES AND LARGE-SCALE INDUSTRIAL PARKS AND OFFTAKERS IN CEMENT INDUSTRY IN THAILAND AND INDONESIA.
PROVEN IMPACT ACROSS THE SOUTHEAST ASIA REGION
Yokogawa has established a strong presence in Southeast Asia and Oceania region, with more over 3 GW of projects in Solar, Wind, and BESS solutions. These deployments supported customers with the scalability and versatility leveraging the load balancing and AI-insights:
• Thailand & Indonesia: More than 50 utility-scale solar farm projects, with and without BESS, ensuring reliable grid integration and operational excellence for utilities and large-scale industrial parks and off-takers in cement industry.
• Australia: Multiple off-grid microgrids and DERMS deployments, enabling hybrid plant orchestration and distributed energy management in local or remote environments of Utilities, Mining operations and green hydrogen production facilities.
• Malaysia: A growing portfolio of rooftop solar projects for commercial facilities and manufacturing hubs, supporting the adoption of distributed energy and empowering local prosumers.
• Philippines: A multi-utility asset performance management platform powered by BaxEnergy, providing centralized visibility across a diverse renewable portfolio and helping energy producers and retailers.
TOWARD A SMARTER, GREENER FUTURE
With a comprehensive suite of solutions, Yokogawa forms a digital backbone and advanced technology to support customers across Southeast Asia’s energy transition and net zero goals with our solutions:
• APM (with CMMS) – advanced analytics and reliable O&M.
• PPC – real-time orchestration and grid stability.
With a focus on long-term partnerships, continuous innovation, and operational excellence, Yokogawa is dedicated to empowering utilities and developers
across Southeast Asia and Oceania to meet the evolving demands of the energy transition, delivering smarter infrastructure, greener outcomes, and a future-ready grid.
Discover more about Yokogawa BaxEnergy Solution: www.baxenergy.com
WITH A COMPREHENSIVE SUITE OF SOLUTIONS, YOKOGAWA FORMS A DIGITAL BACKBONE AND ADVANCED TECHNOLOGY TO SUPPORT CUSTOMERS ACROSS SOUTHEAST ASIA’S ENERGY TRANSITION AND NET ZERO GOALS WITH OUR SOLUTIONS
Yokogawa provides advanced solutions in the areas of measurement, control, and information to customers across a broad range of industries, including energy, chemicals, materials, pharmaceuticals, and food. Yokogawa addresses customer issues regarding the optimization of production, assets, and the supply chain with the effective application of digital technologies, enabling the transition to autonomous operations.
As the beacon of innovation and spearheading technological advancements, Yokogawa drives industries and paves the way for a sustainable future for all. Leveraging Yokogawa's expertise in IT/OT convergence and further acquisition of BAX Energy’s cutting-edge Asset Performance Management, Yokogawa supports customers in boosting energy efficiency and asset reliability for renewable power plants through real-time data and predictive analytics to deliver smarter, more sustainable energy operations worldwide.
Founded in Tokyo in 1915, Yokogawa continues to work toward a sustainable society through its 17,000+ employees in a global network of 127 companies spanning 60 countries.
For more information about Yokogawa in Southeast Asia, please visit www.yokogawa.com/sg
HOME TO OVER HALF THE PLANET'S POPULATION AND MORE THAN 80% OF ITS COAL-FIRED POWER GENERATION, THE CONTINENT'S SHIFT FROM FOSSIL FUELS TO CLEAN ENERGY ISN'T JUST A REGIONAL STORY—IT'S THE LINCHPIN OF HUMANITY'S NET-ZERO AMBITIONS.
ASIA'S ENERGY
PIVOT: BOLD STRIDES, STUBBORN HURDLES, AND A HORIZON OF PROMISE
By Afrah Packirsaibo and Vina Alcala Informa Markets Middle East
As the world grapples with the accelerating drumbeat of climate change, Asia stands at the epicentre of the global energy revolution. Home to over half the planet's population and more than 80% of its coal-fired power generation, the continent's shift from fossil fuels to clean energy isn't just a regional story—it's the linchpin of humanity's net-zero ambitions. In 2025, with global temperatures breaching 1.5°C thresholds for the first time on record, Asia's energy transition outlook is a tale of remarkable momentum tempered by formidable headwinds. Yet, as events like the Middle East Energy (MEE) Exhibition in Dubai underscore, innovation and collaboration are forging pathways through the chaos. This editorial explores the progress etched in solar panels and wind turbines, the global tempests reshaping the journey, and the intertwined challenges and opportunities that define what's next.
Asia's strides in clean energy are nothing short of transformative, outpacing even the vaunted efforts of Europe and the United States. In China, the world's largest emitter and energy consumer, renewables have become the backbone of growth. Solar and wind power met a staggering 84% of electricity demand increases in 2024, while fossil fuel intensity plummeted 1.7% from 2015 levels. This isn't isolated: India, Japan, and South Korea have similarly slashed fossil reliance, boosting clean output beyond international peers. Across the region, the World Economic Forum's Energy Transition Index (ETI) climbed 1.1% in 2025—more than double the prior three-year average—signalling a surge in policy ambition and infrastructure deployment. Southeast Asia, though lagging, shows glimmers: Vietnam's solar boom and Indonesia's geothermal push have diversified grids, with renewables now edging toward 23% of the energy mix in some nations.
These gains are no accident. Rapid electrification—electricity use in China alone surged 65% since 2015—has funnelled demand toward zero-carbon sources, plateauing fossil consumption in end-use sectors. Investor sentiment echoes this: Asia's institutional players are advancing net-zero strategies, with detailed transition plans proliferating. Policymakers and CEOs are charting tailored transition strategies amid equitable growth imperatives. The result? A region that's not just adapting but leading, proving that economic dynamism
and decarbonisation can coexist. Global events, however, cast long shadows over this progress, injecting volatility into Asia's pivot. Geopolitical fractures have spiked energy prices and snarled supply chains, forcing a re-evaluation of security. The World Economic Forum warns that such shocks could derail net-zero by 2050, with Asia bearing the brunt as 82% of global coal generation persists here.
U.S. tariffs on Southeast Asian solar panels, imposed in early 2025, exemplify this: while aimed at curbing perceived dumping, they've hiked costs for Vietnam and Malaysia's exporters, potentially stalling regional PV deployment. Climate diplomacy offers counterbalance but uneven traction. COP29's 2024 pledges for tripling renewables by 2030 galvanised Asian commitments, yet implementation lags amid polarised politics. Meanwhile, extreme weather— typhoons in the Philippines, heatwaves in India—has underscored urgency, spurring investments but exposing vulnerabilities in fossil-dependent grids. Energy experts debate these crossroads: energy security versus transition speed, with geopolitics as the wildcard. In essence, global turbulence is compressing timelines, compelling Asia to innovate faster while hedging against isolation.
Yet, for all the rhetoric, the barriers to clean energy adoption remain stubbornly entrenched, slowing the pace toward a greener grid. Financial constraints top the list: building solar farms or battery storage demands billions, but public budgets in Southeast Asia are stretched
thin by competing needs like healthcare and infrastructure. Grid limitations exacerbate this—outdated networks can't handle intermittent renewables, leading to curtailments and reliability fears. Regulatory hurdles persist too: fossil subsidies linger, permitting for wind projects drags on, and policy flip-flops deter investors. In the Philippines, for instance, despite ambitious targets, coal lock-in from legacy contracts hampers solar uptake.
These aren't abstract woes; they translate to real-world inequities. Rural communities in Laos or Myanmar need more reliable power, while urban cities benefit from imported LNG. Moreover, the "energy divide" pits growth against emissions: Asia's demand will double by 2050, and without swift action, coal could fill the gap. As RE100 reports, seven of the ten toughest markets for corporate renewables are in the Asia-Pacific, underscoring adoption gaps.
Amid these headwinds, opportunities gleam like untapped solar fields.
Southeast Asia's vast renewables— offshore wind in Vietnam, geothermal in Indonesia—could meet surging demand if grids modernise, as per the IEA. Battery energy storage systems (BESS) represent a game-changer: the region will dominate global markets by 2026, led by China's manufacturing prowess and India's deployment scale. Digital tools, from AIoptimised grids to platforms like CASE's SIPET, promise to unlock efficiencies, fostering cross-border collaboration. Corporate momentum adds fuel: APAC
firms are eyeing green procurement, with emerging PPAs bridging supply gaps. Just transition financing could channel Global South funds equitably, creating jobs in solar assembly or EV charging. The horizon buzzes with potential: 2025 trends point to green hydrogen hubs in Australia and hydrogen-blended gas in Japan.
Enter the Middle East Energy Exhibition, a beacon in this flux. Held annually in April at the Dubai World Trade Centre, MEE will draw over 50,000 energy professionals, generating billions in deals while spotlighting transition pillars: grid modernisation, load growth, eMobility, batteries, renewables, and backup power. Unlike siloed events, MEE bridges buyers and sellers across hemispheres, showcasing zero-carbon innovations from exhibitors like Eastman, Kirloskar, GoodWe Technologies, SVolt Energy Technology, EverExceed Industrial, HD Hyundai Infracore. Panels dissected supply-chain shocks and financing, positioning the Gulf as a nexus for AsianMiddle Eastern synergies—think UAE solar tech meeting Indian storage needs.
MEE's value lies in its pragmatism: it doesn't preach net-zero utopias but equips attendees with tools for hybrid futures, from smart grids to critical power backups. By highlighting BESS and clean hydrogen, it spotlights opportunities like joint ventures that could slash Asia's import bills. Barriers? The event confronts them head-on, with sessions on regulatory harmonisation and de-risking investments, echoing calls from Malaysia's
prime minister for "investible" paths. Asia's energy transition, then, is no linear march but a dynamic dance— progress propelled by tech and resolve, disrupted by geopolitics, and gated by infrastructure and equity. Challenges like gridlock and finance are surmountable with bolder policies and blended funding. Opportunities in storage and digitalisation beckon, amplified by forums like MEE that knit global threads.
The outlook? Guardedly optimistic. If Asia harnesses its ingenuity—as China’s fossil decline and SE Asia’s renewable rush suggest—the continent could not only meet but redefine Paris goals. The stakes are existential, but so is the momentum. Leaders, from Beijing to Bangkok, must seize it: transition not as burden, but as Asia's next great leap.
HELD ANNUALLY IN APRIL AT THE DUBAI WORLD TRADE CENTRE, MEE WILL DRAW OVER 50,000 ENERGY PROFESSIONALS, GENERATING BILLIONS IN DEALS WHILE SPOTLIGHTING TRANSITION PILLARS: GRID MODERNISATION, LOAD GROWTH, EMOBILITY, BATTERIES, RENEWABLES, AND BACKUP POWER.
RECENT APUEA ACTIVITIES
ASIA URBAN ENERGY ASSEMBLY 2025 –POWERING ASIA’S ENERGY TRANSITION
As the main APUEA event of the year, the 4th edition of the Asia Urban Energy Assembly was arranged on July 3–4, 2025, at the Queen Sirikit National Convention Center in Bangkok, Thailand co-located with Asia Sustainable Energy Week, one of the region’s largest and most comprehensive international exhibitions and conferences on renewable energy, energy efficiency, energy storage, and environmental technology.
The 2025 edition of The Asia Urban Energy Assembly with the theme “Powering Asia’s Energy Transition” brought together public and private sector energy professionals to explore how today’s technologies and solutions can be deployed and shape a more sustainable energy future for Asia. Discussions focused on advancing energy efficiency, integrating more renewable energy, and addressing the Asia’s rapidly growing cooling demand through district cooling solutions.
Over the course of two days, participants engaged in inspiring keynote speeches, thought-provoking panel discussions, and valuable networking opportunities, featuring some of the region’s most influential voices in energy and sustainability.
Agenda at a glance:
Day 1 – July 3, 2025: Powering Asia’s Energy Transition
• Exploring Asia’s Energy Future
• Developing Asia’s Future Cities
Day 2 – July 4, 2025: International District Energy Day
• International District Energy Market Outlook
• Accelerating District Energy Developments in Asia
A heartfelt thank you goes to our co-host, Informa Markets in Thailand, our distinguished speakers and panelists for sharing their insights, and our generous sponsors for making the event possible:
Silver Sponsor: Qatar District Cooling Company (Qatar Cool)
Bronze Sponsors: Hydraulic Analysis Group Limited, Bluebee Technologies, Blue Snow Consulting & Engineering, and Tangshan Xingbang Pipeline Engineering Equipment Co. Ltd.
Together, we continue to power Asia’s journey toward a more efficient, resilient, and sustainable energy future.
VIETNAM SUSTAINABLE ENERGY DIALOGUE 2025
On 14 August 2025, APUEA, EAVCED, and Informa Markets Vietnam hosted the Vietnam Sustainable Energy Dialogue 2025 at the Binh Duong Convention & Exhibition Center as part of the Industry Connect Binh Duong 2025.
The dialogue provided a timely platform to examine how industries can drive change by improving energy efficiency, adopting renewable energy, and embracing low-carbon technologies. Discussions centered around Vietnam’s commitment to achieving Net Zero by 2050 and the implementation of the 2030 National Energy Development Strategy, approved by Prime Minister Pham Minh Chinh. The strategy sets ambitious targets for renewables to account for 15–20% of total energy by 2030, rising to 65–70% by 2045.
The event concluded with a strong message: Vietnam’s industrial sector is not just a major energy consumer but also a key enabler of the clean energy transition. By improving energy performance and investing in sustainable technologies, Vietnam can accelerate its journey toward a greener, more resilient future.
Our heartfelt thanks go out to our speakers for their great presentations and dynamic panel discussion. We're also grateful to our co-host, Informa Markets in Vietnam, especially Michelle Lui, and Joyce Le for their partnership in making this session a resounding success.
MALAYSIA’S URBAN BLUEPRINT: BUILDINGS,
ENERGY, AND SUSTAINABLE CITIES
On 23 July APUEA hosted the seminar titled Malaysia’s Urban Blueprint: Buildings, Energy, and Sustainable Cities as part if the ARCHIDEX 2025 event in Kuala Lumpur Malaysia one of the region’s leading exhibitions for the architecture and building industries. The session gathered architects, developers, policymakers, and energy professionals to discuss how Malaysia’s built environment can drive the country’s sustainability agenda.
As Malaysia accelerates its journey toward carbon neutrality by 2050, the dialogue highlighted the critical role of buildings in achieving this goal. With space cooling alone accounting for over 60% of energy use in commercial buildings, improving energy efficiency, advancing green design, and integrating smart energy management systems have become national priorities.
The seminar also showcased innovative projects and case studies from Malaysia and across ASEAN, illustrating how technology and design can converge to create cities that are both livable and energy-resilient. Panelists underscored that collaboration between government, industry, and technology providers will be key to achieving sustainable growth and delivering on Malaysia’s urban energy vision.
BUILDING THE ENERGY FUTURE OF HONG KONG
On 15 July, APUEA hosted the seminar “Building the Energy Future of Hong Kong” as part of the Build4Asia Exhibition 2025 at the Asia World Expo, in Hong Kong. The seminar brought together leading experts, innovators, and industry leaders to explore the technologies, strategies, and solutions that are shaping the energy transformation in Hong Kong and across Asia.
Improving energy efficiency, promoting electric transport, and expanding waste-to-energy solutions remain central to this vision. Buildings play a pivotal role in Hong Kong’s energy transition, accounting for around 60% of the city’s greenhouse gas emissions. Within buildings, space cooling continues to be the fastest-growing energy use — in commercial buildings, it can represent 60% or more of total electricity consumption.
The event offered a valuable platform for connection, learning, and collaboration, inspiring participants to continue leading the way toward a sustainable energy future for Hong Kong and Asia.
DISTRICT COOLING STUDY TOUR 2025 - MALAYSIA AND THAILAND
On 19-23 May APUEA and GIZ Indonesia & ASEAN conducted a District Cooling Study Tour to Malaysia and Thailand as part of the Sustainable Energy Transition in Indonesia (SETI) project.
The purpose of the study tour was to showcase sustainable cooling technologies, with a particular emphasis on district cooling systems in Thailand and Malaysia, to inspire and support similar sustainable cooling initiatives in Indonesia. The study tour aimed to empower Indonesian policymakers and industry leaders to advance sustainable cooling solutions domestically. It provided an opportunity to gain valuable policy insights, learn from the experiences of technology providers and developers, and foster open dialogue and collaboration for future implementation in Indonesia.
The Indonesian delegation included representatives from:
• Ministry of Public Works
• Ministry of Energy and Mineral Resources
• Ministry of Housing
• Surabaya City Government
• Institute for Essential Services Reform (IESR)
• Ciputra (Real estate developer)
• Patra Jasa (Real estate developer)
Key visits during the tour included:
• Department of Alternative Energy Development and Efficiency (DEDE), Thailand
• International Finance Corporation (IFC), Thailand
• Samyan Smart City, Thailand
• Government Complex C, Thailand
• Suvarnabhumi Airport, Thailand
• Energy Commission Malaysia
• Malaysia District Cooling Association (MDCA), Malaysia
• Megajana, Malaysia
• Pavilion Damansara Heights, Malaysia
• Gas District Cooling Putrajaya, Malaysia
We sincerely thank GIZ Indonesia for co-hosting the tour and extend our gratitude to all our generous hosts in Thailand and Malaysia for their warm hospitality and valuable contributions.
RENEWABLE ENERGY VIETNAM SEMINAR
On 25 April APUEA and Yokogawa Vietnam hosted the Renewable Energy Vietnam Seminar , a deep dive into Vietnam’s dynamic energy transition, updated policy developments, and realworld solutions shaping a greener future at the Le Méridien Saigon Hotel, Ho Chi Minh City, Vietnam.
Vietnam’s commitment to achieving Net-Zero emissions by 2050 places the energy sector at the forefront of its sustainability journey. With abundant renewable energy potential, over 15 times the current installed capacity, Vietnam is shifting its focus towards solar, wind, biomass, wasteto-energy, and green hydrogen to tackle both environmental and energy security challenges.
The seminar included the topics:
• Vietnam & ASEAN Renewable Energy Outlook
• Policy Updates & Highlights from PDP8 Revised (PDP8R)
• Efficiency & Profitability for Renewable Assets
• Advanced Energy Management, Storage & Smart Grid Technologies
• Digital Solutions for Developing Eco-Industrial Parks (EIP)
• Scaling Renewable Opportunities with DPPA: Market Insights and Applications
The seminar served as a valuable platform for networking, knowledge sharing, and collaboration, bringing together industry leaders, experts, and stakeholders to accelerate the development of renewable energy in Vietnam.
A special thank you to our incredible speakers and to our co-host Yokogawa Vietnam and Yokogawa ASEAN team and Vivian Lim for the great collaboration and for making this session happen.
TOWARDS A SUSTAINABLE ENERGY FUTURE IN THE MIDDLE EAST
On 9 April, APUEA hosted the seminar titeled “Towards a Sustainable Energy Future in the Middle East” as part of the Middle East Energy Dubai 2025.
As global leaders in energy production, Middle Eastern countries are at the forefront of addressing critical challenges and opportunities in sustainable development. From leveraging renewable energy to implementing advanced district cooling systems, the region is setting a bold example for decarbonizing energy systems while meeting growing demand. Energy efficiency is emerging as a cornerstone of the Middle East's journey toward sustainability, complementing the deployment of solar, wind, and other renewable energy solutions. Cuttingedge innovations in these areas are key to reducing dependency on fossil fuels and building a resilient, low-carbon future.
This seminar brought together renowned experts and industry leaders to share insights, technologies, and best practices that are shaping the Middle East's energy landscape. Throght the session, participants gained actionable knowledge, explored groundbreaking solutions, and contributed to advancing a sustainable energy future for the region.
A heartfelt thank you to our outstanding speakers and moderator for sharing their valuable insights and expertise. We also want to thank Informa Markets, Afrah Packirsaibo, and Marianne Safwat for your collaboration and support in arranging this seminar!
POWERING THE PHILIPPINES ENERGY TRANSFORMATION
On 20 March, APUEA hosted the seminar “Powering the Philippines Energy Transformation” as part of the PhilEnergy Expo 2025
The Philippines faces energy challenges including high energy prices, largely driven by dependency on imported fossil fuels which poses a significant burden on households and industries in the country. Recognizing these challenges, the Philippines has set ambitious goals to transform its energy landscape, aiming to increase the share of Renewable Energy to 30% by 2030 and 50% by 2040. The country is well positioned for this transition, with abundant untapped renewable resources that far exceed current energy demands. Yet, unlocking this potential and integrating it into a modernized energy system remains a complex task requiring innovation, investment, and collaboration.
The seminar offered a platform for industry leaders, policymakers, and technology experts to explore solutions for this transformation. Attendees gained insights into the latest advancements in renewable energy technologies, strategies for grid integration, and pathways to reduce reliance on fossil fuels.
A big thank you to our speakers for their insightful presentations and engaging discussions, and to our co-host, Informa Markets in the Philippines, for their great partnership in making this session possible!
