SolarQuarter- Middle East NOV-DEC Issue 2023

‫ المشاركة‬، ‫ الثاقبة‬، ‫التمكين‬

Empowering, Insightful, Engaging

VOL 3 | ISSUE 6 | NOV-DEC 2023

Middle East

Shaping Jordan's Solar Future: Policies, Technology, and Investment Driving Environmental Sustainability

Chief Executive Officer, FB Group

JORDAN SHINES

SOLAR ASCENT

From Desert Sun to Power Source: Jordan's Trailblazing Journey into Solar Energy Dominance

Empowering Communities: Human Stories Behind Jordan's Solar Success

CONTENT PUBLISHING

NEWS 3-9

Firstview Media Ventures Pvt. Ltd.

EDITING

Policy & Regulatory

Think Tank

Projects

Tender

FEATUREDINTERVIEW

Sadhana Shenvekar Mohan Gupta editorial@firstviewgroup.com

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16

HOSSAM HASSAN

NAVEEN KUMAR

Senior Sales Manager –North Africa,

Technical Director,

India, Asia Pacific & Middle East

Jinko Solar

CONTENT Sadhana Shenvekar Mohan Gupta publishing@firstviewgroup.com

INCONVERSATION

12 FIRAS BALASMEH Chief Executive Officer,

DESIGNING Neha Barangali Radha Buddhadev design@firstviewgroup.com

ADVERTISING Smriti Charan Andrew Ferreira advertise@firstviewgroup.com

CIRCULATION

FB Group

TECH INSIGHTS

PROD UCT FE ATURE

18 SUNPURE

22 ASTRONERGY

COMP ANY FE ATURE SUNPURE 19 20-21 LONGi

INDUSTR Y PERSPECTIVE 23

Sadhana Shenvekar

SUBCRIPTION subscribe@firstviewgroup.com

OPINION 17

ADVERTISE WITH US Contact: Smriti Charan e: smriti@firstviewgroup.com

From Desert Sun to Power Source: Jordan's Trailblazing Journey into Solar Energy Dominance

Jordan's Path Towards Green Energy Sovereignty

SOLARQUARTER RESEARCH 11 Cover Story 24 Current Affairs 25 Special Story

26 Research Infograph 27 Business Insights 28 Tech Story

MIDDLE EAST NEWS Nov-Dec 2023

Investment >

Emirates Development Bank Commits AED 1.3 Billion To IRENA’s Global Renewable Energy Initiative For UAE’s Sustainable Future

ADCN’s $350 Million Strategic Boost To Renewable Energy In Abu Dhabi Amid Market Shifts

Emirates Development Bank (EDB), a key player in UAE’s economic development, has allocated up to AED 1.3 billion (USD 350 million) to support the Energy Transition Accelerator Financing (ETAF) platform. This global climate finance initiative, spearheaded by the International Renewable Energy Agency (IRENA), aims to expedite funding for renewable energy projects in developing nations. Under the agreement, EDB will provide financing for projects endorsed by IRENA that align with the Paris Agreement and the UN Sustainable Development Goals (SDGs). This move underscores EDB’s dedication to advancing global climate goals and facilitating a just, equitable, and responsible energy transition.

ADCN, a prominent diversified investment firm based in Abu Dhabi, has revealed a strategic infusion of $350 million into its subsidiary, ADCN Energy, in response to the 2023 deceleration in demand for renewable energy. This proactive measure aims to address challenges arising from escalating rates and concerns regarding the viability of contracts in the renewable sector. The allocated funds will be employed to bolster ADCN Energy’s operational capabilities, with a focus on diversifying its renewable energy portfolio and fortifying resilience against market fluctuations. This encompasses investments in cuttingedge technologies and sustainable practices within the solar and wind energy sectors, positioning ADCN Energy as a forefront player in the renewable energy market.

EBRD Commits €100 Million For Green Investments With ING Türkiye

EBRD, EU, and GCF Collaborate to Encourage Sustainable Investments in Jordan

The European Bank for Reconstruction and Development (EBRD) is allocating a substantial €100 million financing package, complemented by US$ 5 million from the Clean Technology Fund (CTF), to ING Türkiye and ING Leasing in Türkiye. This strategic move aims to amplify financing opportunities for green investments and empower women-led small and medium-sized enterprises (SMEs). ING Türkiye will leverage €80 million from the EBRD funding and US$ 5 million from the CTF to facilitate onlending to sub-borrowers engaged in green economy investments.

The initiative, under the EBRD’s GEFF, focuses on supporting private-sector contributions to Türkiye’s green transition.

Investments will target areas such as energy efficiency, renewable energy resources, and climate resilience measures.

The European Bank for Reconstruction and Development (EBRD) is actively promoting green investments in Jordan through its Green Economy Financing Facility (GEFF) by granting a $15 million (€13.8 million) loan to the Housing Bank (HBTF). This loan, complemented by $3.75 million (€3.4 million) from the Green Climate Fund (GCF), up to €1.69 million in incentive grants from the European Union (EU), and technical support from EBRD, EU, and GCF, aims to facilitate access to funds for the private sector and local micro, small, and medium-sized enterprises (MSMEs). The objective is to bolster investments in climate change mitigation and adaptation technologies and services.

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MIDDLE EAST NEWS Nov-Dec 2023

Projects > Cenomi Centers Joins Forces With FAS Energy And Marubeni For Saudi Solar Revolution

AW Rostamani Group Partners With SirajPower For Landmark Solar Initiative In Dubai

The collaboration focuses on deploying solar PV panels on the roofs and carports of 13 selected Cenomi Centers’ assets for twenty years. This initial deployment is projected to yield a total capacity of approximately 52 MWp, generating 93 GWh per year.

The plans also include the potential installation of EV charging infrastructure, subject to regulatory approval and permits in Saudi Arabia.

AW Rostamani Group (AWR), a prominent UAE conglomerate, has embarked on its inaugural solar energy initiative through a strategic partnership with SirajPower, the leading distributed solar energy provider in the region. The collaboration involves the deployment of innovative solar solutions with a 1.7 MWp capacity across AWR’s main locations in Dubai, spanning Sheikh Zayed Road, Dubai Industrial City (DIC), and Deira.

Majid Al Futtaim And Engazaat Collaborate For 20+ Megawatts Of Solar Power Across Egypt And Lebanon Majid Al Futtaim, a leading pioneer in shopping malls, communities, retail, and leisure across the Middle East, Africa, and Asia, announced a groundbreaking solar power agreement with engazaat, the renowned solar water company focused on innovative clean technology in the Middle East and Africa. The protocol, signed by Khalifa Bin Braik, CEO of Majid Al Futtaim – Asset Management Business, and Muhammad El Demerdash, CoFounder and CEO of engazaat, solidifies a commitment to providing over 20 megawatts of solar power capacity across four Majid Al Futtaim properties in Egypt and Lebanon.

Bahrain Steel And EWA Forge Partnership For Bahrain’s Largest Rooftop Solar Project The Electricity and Water Authority (EWA) and Bahrain Steel have entered into a Memorandum of Understanding (MoU) for Bahrain’s most extensive rooftop solar energy venture, boasting a 100-MW capacity. Bahrain Steel, a prominent global supplier of high-grade iron-ore pellets, is taking a significant step towards diversifying energy sources in Bahrain.

Enact Solar And Sharaf DG Energy Achieve Milestone, Surpassing 85 MW In UAE Solar Projects Enact Solar, the innovative digital platform reshaping solar and energy storage project management has achieved a significant milestone in collaboration with Sharaf DG Energy. Since its inception in 2017, Sharaf DG Energy, a subsidiary of the Sharaf Group, has completed over 85 MW of commercial and industrial projects along with more than 1100 residential installations in the UAE, facilitated by the strategic partnership with Enact.

Mohammed Bin Rashid Inaugurates World’s Largest CSP Project In Phase 4 Of Solar Park In Dubai On a momentous occasion, His Highness Sheikh Mohammed bin Rashid Al Maktoum, Vice President and Prime Minister of the UAE and Ruler of Dubai, has officially inaugurated the world’s largest concentrated solar power (CSP) project within the fourth phase of the Mohammed bin Rashid Al Maktoum Solar Park in Dubai. The ambitious 950-megawatt (MW) fourth phase stands as the largest investment project globally, employing three innovative hybrid technologies: 600MW from a parabolic basin complex, 100MW from the CSP tower, and 250MW from photovoltaic solar panels.

With a staggering investment of AED15.78 billion and utilizing the independent power producer (IPP) model, the project has set multiple records, including the tallest solar tower globally at 263.126 meters and the largest thermal energy storage capacity at 5,907 megawatt hours (MWh), recognized by the Guinness World Records.

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MIDDLE EAST NEWS Nov-Dec 2023

Projects > Masdar, EDF Renewables, and Nesma Renewable Energy Wins a Contract for a 1.1 GW Solar Project in Saudi Arabia

Azerbaijan’s First and Largest Utility-Scale PV Power Plant Online on the 10th Anniversary of Belt and Road Initiative

Abu Dhabi Future Energy Company PJSC – Masdar, EDF Renewables, and Nesma Company have inked a Power Purchase Agreement with Saudi Power Procurement Company (SPPC) for a 1.1 GW solar power plant. Situated in Saudi Arabia’s Al Madinah province, the project, set for completion in 2025, will generate power equivalent to 190,000 homes annually, averting over 1.8 million tonnes of CO2 emissions yearly.

Recently, the 308 MWp Area 60 solar power project, Azerbaijan’s first and largest utility-scale PV power plant has officially commenced operations, using Sungrow’s utility-scale turnkey solution, the SG320HX string inverters and MV Stations (MVS). This project represents a significant development in Azerbaijan’s energy structure as part of the Belt and Road Initiative.

ATG And AJB Investment Partner With Nippon Energy For 118 MWp Hattem Solar Power Plant In UAE ATG and AJB Investment, leading renewable energy companies, have announced a partnership with Nippon Energy, a Japanese solar energy solutions provider, to develop the 118MWp Hattem Solar Power Plant in the United Arab Emirates (UAE).

EGENCO Announces Groundbreaking Ceremony for 10 MW Salima Solar Power Project Electricity Generation Company (Malawi) Limited (EGENCO) has revealed plans for a groundbreaking ceremony marking the commencement of the 10 Megawatt Salima Solar Power Project.

Set to take place on Wednesday, November 22, 2023, at Nanjoka in Salima district, the event will be honored by the presence of the Minister of Energy, Honourable Ibrahim Matola.

Lulu Group Expands Solar Initiatives With SirajPower In Bahrain, Advancing Sustainable Retail Practices Lulu Group, a prominent retail chain in the GCC, is pleased to declare the expansion of its collaboration with SirajPower, the leading distributed solar energy provider in the region. This extended partnership demonstrates Lulu Group’s continued dedication to environmental sustainability and green initiatives.

After a successful collaboration in the UAE, Lulu Group has entered a long-term solar lease agreement with SirajPower, facilitating the installation of advanced 10 MWp solar rooftop systems across six key locations of Lulu Hypermarkets in Bahrain.

Egypt’s Petromaint Partners With Octa International For Hybrid Renewable Energy Projects

Dubai RTA Commences Solar Panel Installation At Metro And Tram Depots For Green Energy Boost Dubai’s Roads and Transport Authority (RTA) has initiated the installation of solar energy panels at the Dubai Metro Depots in Jebel Ali and Al Qusais, along with the Tram Depot at Al Safouh.

Anticipated to conclude by the first quarter of 2024, the project is poised to generate a total of 9.959 MW of solar power.

DEWA Grants Approval For ACWA Power’s Noor Energy 1 Project Expansion In UAE Dubai Electricity and Water Authority (DEWA) has issued the Initial Commercial Operation certificate to ACWA Power for the second phase of the Noor Energy 1 independent power project. With an additional 200 megawatts (MW), the total operational capacity of the project, located in the fourth phase of the Mohammed bin Rashid Al Maktoum Solar Park in the UAE, now stands at 717 MW.

Under the government’s drive to promote local manufacturing and green economy initiatives, an alliance agreement has been formalized between the Alexandria Petroleum Maintenance Company (Petromaint) and Octa International, in collaboration with Egypt Heavy Industries Co. The agreement centers on joint efforts to manufacture and advance hybrid renewable energy projects, incorporating solar panels and wind turbines. The primary goal is to produce energy for operating oil wells and communication towers in remote areas, with a focus on reducing petroleum wastage, fortifying the national economy, supporting the balance of payments, and curbing carbon emissions.

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MIDDLE EAST NEWS Nov-Dec 2023

Projects > Masdar, EDF Renewables, And Nesma To Develop 1,100 MW Al Henakiyah Solar Plant In Saudi Arabia

Oman’s Ibri Solar Independent Power Project Achieves Remote Operation Milestone

Abu Dhabi Future Energy Company PJSC (Masdar), EDF Renewables, and Nesma Company have entered a Power Purchase Agreement (PPA) with the Saudi Power Procurement Company (SPPC) to construct the 1,100 MW Al Henakiyah solar power plant. Post-operation, the project is anticipated to supply electricity to over 190,000 homes annually and mitigate more than 1.8 million tonnes of carbon dioxide yearly.

The Oman Electricity Transmission Company (OETC), responsible for the country’s transmission grids, has announced the successful completion of tests to enable remote operation of the Ibri Solar Independent Power Project (IPP), also known as Ibri II Solar IPP. This project has a capacity of 500 MW, making it the largest grid-connected utility-scale solar power initiative currently operating in Oman.

ACWA Power, Masdar, and SOCAR Join Forces for 500 MW Renewable Energy Initiatives in Azerbaijan

Utico And Yellow Door Energy Partner To Launch Solar Plant In Umm Al Quwain

In a significant development in the renewable energy sector, Saudi-listed ACWA Power, a global leader in private water desalination and green hydrogen production, has partnered with Abu Dhabi Future Energy Company, commonly known as Masdar, and the State Oil Company of Azerbaijan Republic (SOCAR) to collaborate on a groundbreaking renewable energy initiative. The three entities have inked a Memorandum of Understanding (MoU) to jointly develop 500 MW of renewable energy projects in the Nakhchivan Autonomous Republic of the Republic of Azerbaijan.

Utico, the solitary private utility provider in the UAE, has unveiled a pivotal move in its eco-friendly initiatives through a collaboration with sustainable energy developer, Yellow Door Energy (YDE). The joint announcement at the WETEX and Dubai Solar Show reveals plans for an unprecedented solar plant in Umm Al Quwain, projected to generate 4,700 MWh of clean energy annually.

Saudi Power Procurement Company Signs PPA For 400 MW Tabarjal Solar PV Project The Saudi Power Procurement Company (SPPC) has signed a Power Purchase Agreement (PPA) for the 400 MW Tabarjal Solar PV project in Round 4 of the National Renewable Energy Program (NREP). The PPA was inked with a consortium led by Jinko Power (HK) Company Limited, along with Sun Glare Holding Co. and Sunlight Energy Holding Co.

Wasl Completes One Of Dubai’s Largest On-Grid Solar Projects, Aligning With UAE’s Net Zero Goals Wasl, one of Dubai’s premier real estate development and management companies, has proudly concluded one of the largest on-grid solar projects in the emirate, emphasizing Dubai’s dedication to sustainability and its role as the host of COP28. As the UAE marks 2023 as the Year of Sustainability, Wasl installed over 22,000 photovoltaic panels across 44 buildings, boosting the grid’s capacity by more than 11 GWh annually. This initiative aligns with the UAE Net Zero by 2050 initiative and was executed in collaboration with Etihad Energy Services Company (Etihad ESCO).

SODIC And EME Partner To Install 400 Rooftop Solar Plants At VYE Development In Egypt

Riffa Views And SirajPower Forge 25-Year Solar Partnership For Bahrain’s Sustainable Future

SODIC, a real estate developer, and Electro-Mechanical for Energy (EME) have agreed to install 400 rooftop solar plants at SODIC’s VYE development. This project, the largest residential solar initiative in Africa, boasts a 2-megawatt capacity and an annual production potential of 3.5 gigawatt-hours. It is expected to reduce carbon dioxide emissions by 1,600 tons, equivalent to planting 35,000 trees.

Riffa Views Owners Association (RVOA), a prominent association in the Kingdom of Bahrain, has entered into a transformative 25year collaboration with SirajPower, a renowned distributed solar energy provider in the GCC. This strategic alliance aims to implement innovative solar solutions with a capacity of 1.6 MWp at Riffa Views, contributing to substantial reductions in both carbon emissions and energy expenditures.

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MIDDLE EAST NEWS Nov-Dec 2023

Think Tank >

Middle East and North Africa Poised to Lead Global Green Steel Revolution, Says IEEFA Report In a recent report by the Institute for Energy Economics and Financial Analysis (IEEFA), the Middle East and North Africa (MENA) region has the potential to emerge as a global leader in green steel and the burgeoning green iron trade. Leveraging its abundant solar energy resources, the region could capitalize on producing green hydrogen for direct reduced iron (DRI)-based steelmaking. The strategic positioning allows MENA to cater to the growing steel markets in India and Europe. Simon Nicholas, IEEFA’s

lead steel analyst, emphasizes the need for swift and decisive action by MENA to seize this opportunity amidst rising competition from traditional iron ore mining nations like Australia, Brazil, and Canada. Instead of exploring inefficient and costly exports of green hydrogen, the report suggests prioritizing domestic use in DRI plants. While some may advocate for carbon capture and blue hydrogen, the report suggests that green hydrogen will soon outcompete on both cost and emissions fronts. The MENA region’s access to high-grade iron ore is set to increase, with major players like Vale planning green iron “Mega Hubs” in the Middle East.

Tender > Saudi Arabia Unveils 3.7 GW Solar Power Tender In Latest Renewable Energy Drive Saudi Arabia is initiating the fifth round of its National Renewable Energy Programme (NREP), aiming to allocate four solar projects totaling 3.7 GW. The Saudi Power Procurement Company (SPPC) has commenced the qualification process for interested companies. The major project, Al Sadawi, with a 2 GW capacity, is planned for the Eastern Province, followed by the 1 GW AlMas’a project in the Hail Region.

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MIDDLE EAST NEWS Nov-Dec 2023

Green Hydrogen > Masdar and Hy24 Forge Strategic Agreement to Explore Collaborative Opportunities in Global Green Hydrogen Production Ventures During the UN Climate Change Conference, COP28, held in Dubai, Masdar, a renowned renewable energy leader, and Hy24, a major clean hydrogen investor, sealed a significant joint development and investment framework agreement. This collaboration aims to propel the establishment of large-scale green hydrogen projects on an international scale. Under this strategic framework, Masdar and Hy24 will explore development and investment prospects within the Power-to-X value chain. This involves the conversion of renewable power through electrolysis into green hydrogen, subsequently branching into derivatives like green ammonia, emethanol, sustainable aviation fuel, and liquid hydrogen.

Hydrogen Oman Advances Green Hydrogen Sector With Key Agreements Hydrogen Oman (Hydrom), the entity leading Oman’s green hydrogen sector, showcased its steadfast commitment to developing the nation’s green hydrogen industry during the Green Hydrogen Summit Oman 2023. Hydrom announced three significant agreements. These include allocating a green hydrogen block to the SalalaH2 consortium, signing an MoU with Siemens Energy and Oman Investment Authority for an electrolyzer manufacturing facility, and partnering with Asyad Group to enhance the logistics sector for large-scale hydrogen projects.

These initiatives underscore Hydrom’s dedication to Oman’s energy transition and growth objectives.

ENOC And DEWA Unveil Pioneering Green Hydrogen Station At Expo City Dubai In a momentous stride towards sustainability and green transformation, His Excellency Saeed Mohammed Al Tayer inaugurated Dubai’s pioneering green hydrogen station at the Service Station of the Future (SSoF) within Expo City. The ceremony, attended by ENOC Group’s CEO, Saif Humaid Al Falasi, marked a historic occasion as SSoF becomes the sole station in the region offering green hydrogen, hydrocarbon fuels, and electric charging. The green hydrogen station, a collaboration between ENOC Group and DEWA, aligns with the National Hydrogen Strategy 2050 and UAE’s hosting of COP28, attracting climate champions worldwide. This initiative accelerates ENOC Group’s partnership with DEWA, leveraging green hydrogen in mobility to support Dubai Green Mobility Initiative 2030 and contribute to the UAE’s hydrogen economy, targeting 1.4 million tonnes annually by 2031, with a vision for 15 million tonnes yearly by 2050.

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Oman’s First Green-Hydrogen-Ready Steel Plant

By Vulcan Green Steel Breaks Ground The groundbreaking ceremony for Vulcan Green Steel’s (VGS) plant, Oman’s first green-hydrogen-ready steel project in Duqm, commenced under the leadership of Dr Ali bin Masoud al Sunaidy, Chairman of OPAZ. With an investment of $3 billion, the plant aims to produce 5 million metric tonnes per annum (5 MTPA) of green steel. While initially using natural gas, the project will progressively shift to green hydrogen, reducing emissions by 40%.

ACWA Power Commences Construction on Green Hydrogen Project in Uzbekistan ACWA Power, renowned as the world’s largest private water desalination company and a trailblazer in energy transition, commenced the initial phase of a groundbreaking 3,000-tonneper-year green hydrogen endeavor in Uzbekistan. The inauguration of this visionary project was marked by the presence of Shavkat Mirziyoyev, the President of Uzbekistan, and His Excellency Khalid Al Falih, Saudi Arabia’s Minister of Investment.

Distinguished attendees included Prime Minister Abdulla Nigmatovich Aripov, the Ministry of Finance representatives, the governor of Syrdarya region, Uztransgaz Chairman, and Mr. Mohammad Abunayyan, Founder and Chairman of ACWA Power.

The project’s development will unfold across two phases. The ongoing first phase involves a 3,000-tonne green ammonia pilot project, initiated after the signing of hydrogen purchase and power purchase agreements in May 2023. Following its completion, the second phase will harness 2.4 GW of wind energy to facilitate the production of 500,000 tonnes of green ammonia annually.

Oman And Netherlands Forge Green Hydrogen Corridor Agreement The Ministry of Energy and Minerals of Oman and Hydrogen Oman (Hydrom) have joined forces with the Port of Amsterdam, Zenith Energy Terminals, and GasLog, signing a Joint Study Agreement (JSA) during COP28 in Dubai. The agreement marks a significant step towards realizing the world’s first commercial-scale liquid hydrogen corridor. The JSA outlines plans for a detailed assessment of an open-access hydrogen liquefaction, storage, and export facility in Oman. The collaboration also involves the provision of specialized vessels by GasLog for liquid hydrogen transportation. The primary objective is to establish a green hydrogen corridor between Oman and the Netherlands, with Zenith Energy’s terminal as the destination for the import, regasification, and distribution of Oman-produced hydrogen to local off-takers and European industries.

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MIDDLE EAST NEWS Nov-Dec 2023

Green Hydrogen > Jordan Aims To Lead In Green Hydrogen Production, Explores Opportunities In Renewable Energy Ya’cub Marar, the Director of the Directorate of Renewable Energy and Energy Efficiency at the Ministry of Energy and Mineral Resources, and a member of the Steering Committee of the Mediterranean Green Electrons and Molecules Network (Med-GEM), emphasized that Jordan holds significant potential for green hydrogen production through local renewable energy initiatives.

Speaking at the Jordanian-European Consultative National Workshop on Green Hydrogen, Marar expressed Jordan’s ambition to become a regional hub for the production and export of green energy, leveraging its abundant solar resources and skilled workforce. He highlighted that renewable energy, including wind and solar power, accounted for 27 percent of Jordan’s electricity generation in the previous year, a significant increase from 1 percent in 2014.

ENOC And DEWA Unveil Pioneering Green Hydrogen Station At Expo City Dubai In a momentous stride towards sustainability and green transformation, His Excellency Saeed Mohammed Al Tayer inaugurated Dubai’s pioneering green hydrogen station at the Service Station of the Future (SSoF) within Expo City. The ceremony, attended by ENOC Group’s CEO, Saif Humaid Al Falasi, marked a historic occasion as SSoF becomes the sole station in the region offering green hydrogen, hydrocarbon fuels, and electric charging. The green hydrogen station, a collaboration between ENOC Group and DEWA, aligns with the National Hydrogen Strategy 2050 and UAE’s hosting of COP28, attracting climate champions worldwide. This initiative accelerates ENOC Group’s partnership with DEWA, leveraging green hydrogen in mobility to support Dubai Green Mobility Initiative 2030 and contribute to the UAE’s hydrogen economy, targeting 1.4 million tonnes annually by 2031, with a vision for 15 million tonnes yearly by 2050.

Hydrogen Council Welcomes Masdar, Larsen And Toubro, And Agfa As New Members For Clean Hydrogen

Masdar and Emirates Steel Arkan Collaborate on Groundbreaking Green Hydrogen Project to Decarbonize UAE’s Challenging Steel Sector In a groundbreaking collaboration, Abu Dhabi Future Energy Company PJSC, known as Masdar, a frontrunner in renewable energy, has joined forces with Emirates Steel Arkan, a prominent publicly traded steel and building materials manufacturer in the region. Their joint venture aims to pioneer an innovative green hydrogen project, marking a transformative step toward decarbonizing the challenging steel sector in the UAE. This pioneering initiative marks the first-of-its-kind project in the Middle East and North African region. Situated within the Emirates Steel Arkan production facilities in the Industrial City of Abu Dhabi, the project is currently in its installation phase. Expected to commence operations in early 2024, the project stands as a testament to utilizing green hydrogen, replacing natural gas in the extraction of iron from iron ore, a pivotal process in steelmaking.

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The Hydrogen Council, a global initiative driving the adoption of clean hydrogen as a vital tool for decarbonization, is thrilled to announce the addition of three new members dedicated to shaping the future of hydrogen in the clean energy landscape.

This growing membership base of industrial leaders mirrors the unprecedented momentum being witnessed for clean hydrogen with over 35% investment growth just in the last year. Accelerating hydrogen deployment remains critical to foster the transition to net zero in line with the climate targets set by the Paris Agreement.

Algeria And Germany Collaborate On North Africa’s First Green Hydrogen Plant Algeria and Germany have inked a memorandum of understanding (MoU) to establish North Africa’s first green hydrogen facility. The agreement, signed during the fourth Algerian-German Energy Day event, brings together Algeria’s state-owned oil company, Sonatrach, and German gas firm VNG AG. The planned plant is expected to have a 50 MW production capacity and will explore opportunities for hydrogen and green ammonia projects, with an initial focus on feasibility studies across the hydrogen value chain. The project aims to produce 50 MW of electricity from solar energy and leverage Germany’s expertise in renewable energy.

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FEATURED INTERVIEW Powering the Future: Jinko Solar's Breakthroughs in PV+ESS Technology and Expansion Plans

Hossam Hassan Senior Sales Manager – North Africa

Jinko Solar KEY HIGHLIGHTS Jinko Solar takes pride in delivering nearly 10GW of high-efficiency PV Modules, setting a remarkable precedent in the MENA region.

Jinko Solar is aggressively expanding to achieve 110 GW production capacity of N-type TOPCon modules out of 130+ GW as total production capacity in 2024.

Anticipating the growing demand for ESS, Jinko Solar is at the forefront with highly customized containerized solutions using premium Lithium-Ion batteries.

Can you share some of the latest updates or milestones that Jinko Solar has achieved in the Middle East region, particularly in the PV+ESS business?

We as Jinko Solar managed to deliver almost 10GW of high efficiency PV Modules to MENA region as the first PV supplier to achieve such number in MENA countries supported by the biggest team in the region of all functions to ensure the best customer experience. We are glad to share that our ESS factory is now operating in Haining, China with 4GWh capacity and expansion plan up to 28GWh in 2 years, writing another success story in a new & promising business line which is ESS following the global & local directions of Energy Management and many other applications where ESS is a necessity.

Given the dynamic nature of the solar industry, what are the latest technology trends in PV+ESS that Jinko Solar is currently leveraging or exploring?

Since 2021, Jinko Solar has focused its efforts into the superior N-type TOPCon technology taking the lead by starting 2022 with the biggest N-type modules capacity of 10GW representing 25% of Jinko Solar’s total production capacity, and aggressively expanding to reach 110GW Ntype TOPCon modules out of 130GW as total production capacity in 2024.

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Switching to N-type was a turning point in the industry breaking the records of levelized cost of energy based on the higher efficiency, better degradation, temp. coefficient, bifaciality factor, & warranty compared with P-type modules.

On a parallel path, Jinko Solar is currently serving the growing demand for ESS by highly customized containerized solutions using the premium Lithium-Ion batteries with wide range of solutions portfolio to serve all sectors & applications.

What opportunities do you see for Jinko Solar in the Middle East market for PV+ESS solutions, and conversely, what challenges does the company anticipate and how are these challenges being addressed?

MENA countries are setting very promising plans to enlarge the renewable energy share out of their energy generation mix in addition to the micro grids opportunities which is one of the widely deployed applications especially in Africa. Such demand was well anticipated by Jinko Solar developing an aggressive expansion plan in the region to serve each & every project with our high-quality, long-life products.

In MENA, challenges evolve into renewable opportunities through collaborative efforts, reshaping the energy landscape for sustainable transformation.

What is Jinko Solar's vision for the future of PV+ESS in the Middle East, and what key initiatives or projects is the company planning to undertake to support this vision?

Jinko Solar envisions MENA in the near future as one of the top regions worldwide in terms of renewable energy implementation based on the current undeniable year over year growth. In response to such demand, Jinko Solar is exploring all potential ways to maintain its leading position through all aspects including bill of materials, product portfolio, capacity allocation, factories locations, ..etc. Our goal is to stand side by side with all nations for greener future.

In emerging markets, challenges usually arise from macro factors “financial, political, security,...etc.”. However, the intensive efforts exerted by renewable energy key stakeholders & local partners hand in hand with concerned authorities has paved the road for successful renewable energy deployment & enhanced energy generation mix.

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COVER STORY

SHAPING TOMORROW'S SUN JORDAN'S SOLAR LANDSCAPE UNVEILED In the sun-kissed realms of Jordan, a nation that has long basked in the glow of abundant sunlight, a new dawn is breaking on the energy horizon. The kingdom, situated in the heart of the Middle East, is making remarkable strides in shaping tomorrow's energy landscape through a visionary approach to solar power.

Jordan, with its vast stretches of arid land and a climate characterized by scorching summers, has turned its environmental challenges into opportunities. With a forward-thinking vision, the country has set out to harness the power of the sun, unveiling a solar landscape that promises not only energy sustainability but also economic growth and environmental stewardship.

At the forefront of this transformative journey is the commitment to renewable energy. Jordan's embrace of solar power is more than just a response to global environmental concerns; it's a strategic move toward energy independence and resilience. The nation's leadership recognizes that diversifying the energy mix is a pathway to sustainable development, and solar energy emerges as a shining star in this pursuit.

The solar initiatives in Jordan are not mere symbolic gestures but rather comprehensive plans backed by substantive action. One of the noteworthy projects driving this solar revolution is the Ma'an Solar Park. Situated in the southern part of the country, this ambitious undertaking stands as a testament to Jordan's commitment to renewable energy. The Ma'an Solar Park is a sprawling canvas of photovoltaic panels, soaking in the abundant sunlight and converting it into clean, sustainable power.

What makes this solar venture significant is its scale and impact.

Covering vast expanses of land, the Ma'an Solar Park has the capacity to generate hundreds of megawatts of electricity, contributing significantly to the national grid. This not only addresses the immediate energy needs of the nation but also positions Jordan as a regional leader in the renewable energy sector.

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Beyond the technical and quantitative aspects, Jordan's solar journey has profound implications for its socio-economic landscape. The solar projects are not just about generating electricity; they are about generating opportunities. The development of solar infrastructure has spurred job creation, providing employment opportunities in construction, maintenance, and related sectors. This infusion of economic activity is a positive stride toward achieving holistic and sustainable development.

Furthermore, Jordan's commitment to solar power resonates with a global call for mitigating the impacts of climate change. By transitioning to clean energy sources, the country is actively reducing its carbon footprint and contributing to the global effort to combat climate change. This environmental stewardship aligns with the United Nations' Sustainable Development Goals, reinforcing Jordan's position as a responsible global citizen.

However, challenges persist on the path to a solar-powered future. The intermittency of sunlight and the need for effective energy storage solutions are among the hurdles that require innovative solutions. Yet, the commitment demonstrated by Jordan's leadership and the strides made in solar technology provide a hopeful narrative for overcoming these challenges.

As Jordan shapes tomorrow's sun, it serves as an inspiration for nations around the world. The kingdom's commitment to a sustainable and renewable energy future is a beacon of hope in a world grappling with the complexities of climate change and energy security. Jordan's solar landscape is more than a collection of photovoltaic panels; it is a symbol of resilience, innovation, and a brighter, cleaner future for generations to come. The sun that rises over Jordan today is not merely dispelling the darkness of the night but illuminating a path toward a sustainable and radiant tomorrow.

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IN CONVERSATION Shaping Jordan's Solar Future: Policies, Technology, and Investment Driving Environmental Sustainability

Firas Balasmeh Chief Executive Officer

FB Group KEY HIGHLIGHTS Jordan's solar market prospers with government incentives like feed-in tariffs and tax benefits, creating an investment-friendly climate.

Solar tech progress in Jordan, including enhanced panels, energy storage, and grid integration, boosts efficiency and reliability Rising demand for solar in Jordan fueled by energy security, environmental awareness, cost efficiency, and government support.

What government policies have played a significant role in shaping the growth of the solar market in Jordan?

and connect them to the grid. Excess electricity generated by these systems could be sold back to the grid or used as a credit on future bills.

What recent technological advancements have had a notable impact on solar energy generation and storage in Jordan?

Jordan had implemented several government policies and initiatives to promote the growth of the solar market in the country. Here are some of the key policies that had played a significant role in shaping the solar market in Jordan:

Tax Incentives: Jordan offered tax incentives and exemptions to companies and individuals investing in renewable energy projects, including customs and import tax exemptions for renewable energy equipment and machinery.

There were several technological advancements that had a notable impact on solar energy generation and storage in Jordan. However. Here are some of the recent technological advancements that were relevant to the solar energy sector in Jordan:

Renewable Energy Fund: The government established the Jordan Renewable Energy Fund (JREF) to provide financial support and incentives for renewable energy projects. The JREF aimed to attract investment and accelerate the deployment of renewable energy technologies, including solar.

Advanced Solar Panels: The efficiency and durability of solar panels continued to improve. Jordan benefited from advancements in photovoltaic (PV) technology, which increased the efficiency of solar panels, allowing for more electricity generation per unit of sunlight.

Regulatory Framework: Jordan's regulatory authorities worked to streamline the permitting and licensing process for renewable energy projects, reducing bureaucratic hurdles and facilitating project development.

Bifacial Solar Panels: Bifacial solar panels, capable of capturing sunlight from both the front and rear sides, became more widely used. These panels could boost energy generation by reflecting and capturing sunlight from surfaces beneath them.

International Collaboration: Jordan collaborated with international organizations and received funding and technical assistance for renewable energy projects. These partnerships helped in the development of solar infrastructure and capacity building.

Solar Tracking Systems: Solar tracking systems, which orient solar panels to follow the sun's path throughout the day, were increasingly employed. These systems optimize energy capture by maximizing sunlight exposure.

Renewable Energy Zones: The government identified specific zones suitable for renewable energy development, including solar parks.

These zones were strategically chosen based on solar irradiance and infrastructure availability.

Energy Storage Technologies: Advanced energy storage solutions, such as lithium-ion batteries, continued to improve in terms of capacity, efficiency, and affordability. These batteries allowed for the storage of excess solar energy during the day for use during the night or cloudy periods.

Renewable Energy and Efficiency Law: Jordan enacted the Renewable Energy and Efficiency Law in 2012, providing a legal framework for the development of renewable energy projects, including solar. This law established the legal and regulatory framework for the procurement, operation, and pricing of renewable energy projects.

Feed-in Tariffs: The government introduced a feed-in tariff program to incentivize investment in renewable energy projects, including solar. Under this program, the government guaranteed fixed prices for solar electricity for a specified period, providing a predictable revenue stream for investors.

Power Purchase Agreements: The government facilitated the signing of long-term PPAs between renewable energy project developers and the Jordanian electricity companies. These agreements ensured that electricity generated from solar projects would be purchased at agreed-upon rates.

Net Metering: Jordan implemented a net metering program that allowed residential and commercial customers to install solar panels on their premises

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NOV-DEC Issue 2023

IN CONVERSATION Tax Incentives: Jordan offered tax incentives and exemptions to companies and individuals investing in renewable energy projects, including customs and import tax exemptions for renewable energy equipment and machinery.

Renewable Energy Fund: The government established the Jordan Renewable Energy Fund (JREF) to provide financial support and incentives for renewable energy projects. The JREF aimed to attract investment and accelerate the deployment of renewable energy technologies, including solar.

Regulatory Framework: Jordan's regulatory authorities worked to streamline the permitting and licensing process for renewable energy projects, reducing bureaucratic hurdles and facilitating project development.

International Collaboration: Jordan collaborated with international organizations and received funding and technical assistance for renewable energy projects. These partnerships helped in the development of solar infrastructure and capacity building.

Renewable Energy Zones: The government identified specific zones suitable for renewable energy development, including solar parks.

These zones were strategically chosen based on solar irradiance and infrastructure availability.

What recent technological advancements have had a notable impact on solar energy generation and storage in Jordan?

There were several technological advancements that had a notable impact on solar energy generation and storage in Jordan. However. Here are some of the recent technological advancements that were relevant to the solar energy sector in Jordan: Advanced Solar Panels: The efficiency and durability of solar panels continued to improve. Jordan benefited from advancements in photovoltaic (PV) technology, which increased the efficiency of solar panels, allowing for more electricity generation per unit of sunlight.

Bifacial Solar Panels: Bifacial solar panels, capable of capturing sunlight from both the front and rear sides, became more widely used. These panels could boost energy generation by reflecting and capturing sunlight from surfaces beneath them.

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Solar Tracking Systems: Solar tracking systems, which orient solar panels to follow the sun's path throughout the day, were increasingly employed. These systems optimize energy capture by maximizing sunlight exposure.

Energy Storage Technologies: Advanced energy storage solutions, such as lithium-ion batteries, continued to improve in terms of capacity, efficiency, and affordability. These batteries allowed for the storage of excess solar energy during the day for use during the night or cloudy periods.

Grid Integration: Smart grid technologies and grid management systems improved the integration of solar power into Jordan's electrical grid.

This helped ensure a stable and reliable supply of electricity from solar sources.

Solar Inverters: Innovations in solar inverters, including microinverters and power optimizers, enhanced the efficiency and reliability of solar power systems, especially in situations with partial shading or complex roof layouts.

Solar Concentrators: Concentrated solar power (CSP) technologies, including parabolic troughs and solar power towers, saw advancements. CSP systems concentrate sunlight to produce high-temperature heat for electricity generation and thermal energy storage.

Remote Monitoring and Control: The use of remote monitoring and control systems allowed for efficient management and maintenance of solar installations. This technology helps detect and address issues promptly, optimizing system performance.

Hybrid Solar Solutions: Integration of solar power with other renewable energy sources like wind or geothermal, and with energy storage, resulted in hybrid energy systems that improved reliability and reduced dependence on fossil fuels.

Desalination with Solar Power: Jordan faced water scarcity issues, and there were efforts to combine solar power with desalination technologies to produce fresh water using renewable energy sources.

How has the demand for solar energy solutions evolved among consumers and businesses in Jordan?

The demand for solar energy solutions among consumers and businesses in Jordan had been steadily increasing.

Jordan's growing interest in solar energy solutions can be attributed to several factors: Energy Security: Jordan has limited indigenous energy resources, making it dependent on energy imports, which can be costly and subject to geopolitical instability. Solar energy offered a way to enhance energy security by diversifying the energy mix.

Environmental Concerns: The country has been increasingly focused on addressing environmental issues and reducing greenhouse gas emissions.

Solar energy is a clean and renewable energy source, aligning with these environmental goals.

Reduced Energy Costs: Solar power systems can significantly reduce electricity bills for both residential and commercial consumers. As the cost of solar technology decreased globally, it became a cost-effective option for many in Jordan.

Government Incentives: Government policies, such as feed-in tariffs, net metering, and tax incentives, provided financial incentives for consumers and businesses to invest in solar energy solutions, making them more attractive.

Energy Independence: Solar energy allowed businesses to reduce their reliance on the national grid and gain more control over their energy supply, especially appealing to industries with high energy demands.

Grid Reliability: Jordan's electricity grid faced challenges related to reliability and grid stability. Solar energy solutions, with proper integration and energy storage, could help mitigate these issues.

Community Solar Projects: Innovative financing models and community solar projects allowed residents and businesses to collectively invest in and benefit from solar installations, even if they couldn't install panels on their own properties.

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IN CONVERSATION Public Awareness and Education: Increased awareness about the benefits of solar energy and efforts to educate the public and businesses about its advantages contributed to growing demand.

Corporate Social Responsibility (CSR): Many businesses in Jordan incorporated solar energy adoption into their CSR strategies as a way to reduce their carbon footprint and demonstrate environmental responsibility.

Government and International Support: International organizations and development banks, along with the Jordanian government, provided funding and support for solar energy projects, which encouraged adoption.

Rising Energy Costs: As energy costs continued to rise, both consumers and businesses sought ways to reduce their energy expenses, and solar energy became an attractive option.

What are the key drivers and challenges influencing the adoption of solar technologies in the country?

The adoption of solar technologies in Jordan is influenced by several key drivers and faces certain challenges. Here are some of the main drivers and challenges shaping the adoption of solar technologies in the country:

KEY DRIVERS: Energy Security: Jordan's limited domestic energy resources and reliance on energy imports make enhancing energy security a significant driver for solar technology adoption.

Solar energy reduces dependence on imported fossil fuels, improving energy security.

Environmental Concerns: Increasing awareness of environmental issues and the need to reduce greenhouse gas emissions drive the adoption of solar technologies as a clean and sustainable energy source. Solar power helps Jordan meet its environmental goals.

Economic Benefits: Solar energy can lead to significant cost savings for consumers and businesses. As the cost of solar technology decreases, the economic benefits become more pronounced, making it an attractive option for reducing energy expenses.

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Government Policies: Supportive government policies, such as feed-in tariffs, net metering, and tax incentives, encourage individuals and businesses to invest in solar technologies. These policies create a favourable regulatory environment.

International Support: Collaboration with international organizations and development banks provides funding and technical assistance for solar projects, making them more financially feasible and attractive.

Energy Independence: Solar technologies offer energy independence by allowing consumers and businesses to generate their own electricity. This is especially appealing in areas with unreliable grid infrastructure.

Technological Advancements: Ongoing improvements in solar panel efficiency, energy storage technologies, and grid integration solutions enhance the feasibility and performance of solar installations.

Rising Energy Costs: As the cost of conventional energy sources continues to rise, solar energy becomes a more cost-effective alternative, driving adoption.

CHALLENGES: Intermittency: Solar power generation is intermittent and dependent on sunlight. Energy storage solutions are needed to address this challenge, making solar energy available when the sun is not shining.

High Initial Costs: Despite decreasing costs, the initial investment in solar technologies can still be significant.

This can be a barrier for some consumers and businesses, even with government incentives.

Grid Integration: Integrating solar energy into the existing electrical grid can be complex. Ensuring grid stability and accommodating fluctuations in solar generation require infrastructure upgrades and advanced grid management systems.

Land Use: Solar power projects often require significant land or rooftop space. Finding suitable locations and obtaining land can be a challenge, particularly in densely populated areas.

Regulatory Hurdles: Despite supportive policies, bureaucratic processes and permitting requirements can still pose challenges to project development and implementation.

Lack of Awareness: Some consumers and businesses may not be aware of the benefits and potential cost savings associated with solar technologies.

Education and awareness campaigns are essential to overcome this challenge.

Resource Variability: Jordan's climate and weather conditions can affect the reliability of solar power generation.

Dust and sandstorms, as well as seasonal variations in sunlight, can impact energy production.

Financing and Access to Capital: Securing financing for solar projects can be difficult for some individuals and small businesses. Access to capital and favorable financing options are essential for widespread adoption.

The landscape for investment in Jordan's solar market had shown positive developments, with increased interest from domestic and international investors. Here is an overview of the investment landscape in Jordan's solar market and how it may have evolved in recent years:

What is the current landscape for investment in Jordan's solar market, and how has it changed in recent years?

RECENT DEVELOPMENTS IN JORDAN'S SOLAR INVESTMENT LANDSCAPE: Growing Interest: Jordan's government has actively promoted investment in renewable energy projects, including solar, to reduce dependence on fossil fuels and meet environmental goals.

This has attracted the interest of domestic and international investors.

Successful Solar Auctions: Jordan has conducted successful solar energy auctions, attracting competitive bids from developers. These auctions have led to the construction of large-scale solar projects, including solar parks and utility-scale installations.

Public-Private Partnerships: Publicprivate partnerships (PPPs) have been established for the development of solar projects. These partnerships leverage private sector expertise and capital to accelerate the deployment of solar energy in the country.

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IN CONVERSATION International Financing: Jordan has received financial support from international organizations and development banks to fund solar energy projects. These funds help bridge the investment gap and make projects more financially viable.

Infrastructure Development: The government has invested in grid infrastructure to accommodate the integration of solar power. This enhances the reliability of solar energy projects and encourages further investment.

Net Metering for Commercial and Industrial Consumers: Jordan implemented net metering policies that allow commercial and industrial consumers to install solar panels and sell excess electricity to the grid. This policy has spurred investment from businesses looking to reduce energy costs.

Project Size and Scale: Investors may need to decide between smaller-scale distributed solar projects or larger utility-scale installations, each with its own investment considerations.

Technology and Equipment: Evaluating the latest solar technology advancements and selecting the right equipment can impact project efficiency and returns.

Residential Solar: There has been a growing interest in residential solar installations, with homeowners installing solar panels on their rooftops to generate electricity and reduce their energy bills.

In what ways has the growth of the solar industry in Jordan contributed to environmental sustainability and reduced carbon emissions?

Solar Desalination Projects: Jordan has explored the use of solar energy for desalination to address its water scarcity issues. Such projects offer potential investment opportunities.

The growth of the solar industry in Jordan has contributed significantly to environmental sustainability and the reduction of carbon emissions in several ways:

CHALLENGES AND CONSIDERATIONS:

Reduction in Greenhouse Gas Emissions: Solar energy is a clean and renewable energy source that does not produce direct greenhouse gas emissions when generating electricity.

By shifting away from fossil fuels and increasing the share of solar power in its energy mix, Jordan has reduced its carbon footprint.

Regulatory Stability: While Jordan has implemented supportive policies, investors may seek regulatory stability and predictability to make long-term commitments.

Economic Conditions: Economic conditions, both domestically and globally, can impact investment decisions.

Economic stability is essential for attracting foreign investors.

Access to Financing: Access to financing and favourable terms for loans can influence the pace of investment in solar projects.

Resource Variability: Jordan's climate conditions, including sandstorms and seasonal fluctuations in sunlight, can affect the reliability of solar energy generation. This should be considered in project planning and investment decisions.

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Decreased Air Pollution: Traditional fossil fuel power plants, such as those using coal or oil, emit pollutants such as sulfur dioxide, nitrogen oxides, and particulate matter. By replacing some of these power sources with solar energy, Jordan has improved air quality and reduced the health risks associated with air pollution.

Water Conservation: Many conventional power plants, including those that use fossil fuels, require significant amounts of water for cooling purposes. In a water-scarce region like Jordan, reducing water consumption in power generation is crucial. Solar power generation is typically water-free, contributing to water conservation efforts.

Energy Efficiency: Solar technologies are becoming more efficient over time.

Advanced photovoltaic panels and concentrating solar power (CSP) systems capture more sunlight and convert it into electricity with higher efficiency. This means less energy is wasted during the generation process.

Energy Independence: Solar energy reduces Jordan's reliance on energy imports, particularly from fossil fuelexporting countries. This enhances energy security and reduces exposure to global energy price fluctuations.

Environmental Conservation: Jordan is home to unique ecosystems and natural resources. By reducing its reliance on fossil fuels, the country can contribute to the conservation of its environment and ecosystems, including the preservation of landscapes and biodiversity.

Global Commitments: Jordan's efforts to expand its renewable energy capacity align with international commitments to combat climate change, such as the Paris Agreement. By reducing carbon emissions, Jordan contributes to global efforts to limit global warming.

Sustainable Development: The growth of the solar industry in Jordan contributes to sustainable development goals by addressing energy needs while minimizing the environmental and social impact associated with fossil fuel extraction and combustion.

Job Creation: The solar industry also contributes to economic sustainability by creating jobs in manufacturing, installation, maintenance, and other related sectors. This job creation helps support local communities and economies.

Education and Awareness: The development of the solar industry has raised awareness about the benefits of renewable energy and the importance of sustainable practices. This education fosters a culture of environmental responsibility.

NOV-DEC Issue 2023

FEATURED INTERVIEW Revolutionizing Solar Energy: Unveiling the TS360KTL-HV-C1 Inverter's Cutting-Edge Features

Naveen Kumar Technical Director,

India, Asia Pacific & Middle East KEY HIGHLIGHTS The TS360KTL-HV-C1 Inverter is a game-changer, featuring smart innovations like a DC disconnect switch and optimized cooling for enhanced reliability and generation.

TBEA's dedication shines in TS360KTL-HV-C1, meeting worldwide demands with adaptability, efficiency, and user-friendly design for solar developers.

Adopting TS360KTL-HV-C1 ensures heightened efficiency, minimized losses, and improved LCOE, bolstering project viability for solar developers.

What innovative features does the TS360KTL-HV-C1 String Solar PV Inverter bring to the table, and how do these contribute to enhancing solar energy systems?

TS360KTL-HV-C1 is one of the highest Inverter ratings available in market, below are innovative features which will contribute to higher reliable operation & generation.

Smart DC disconnect switch which will protect from any DC fault like reverse connection, back feeding etc.

Optimized cooling, smart and partition cooling will improve the cooling efficiency and reduce aux. losses One of highest power density Inverter available in market which saves considerable BOS. FAN tray optimization as FAN belt, ease in O&M. Suitable for higher block sizes.

Faster version of PLC communication.

Fast Wi-Fi communication for long and easy O&M. Fuse less DC array can be connected even for multiple strings on one MPPT (>2).

How does TBEA ensure that the TS360KTL-HV-C1 meets the evolving demands and standards of the solar industry in India, Asia Pacific, and the Middle East?

TBEA TS360KTL-HV-C1 meet market demand for following regions as:Higher MPPT current 65A which is suitable for M10/M12 PV modules. Looking at the market dynamics & module technology shifting to higher watt peak we are utilising 65A MPPT. This product can be utilized for any module technology

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having an edge for suitability for different permutation & combination.

This product is developed based on the intensive research on global market requirement & used latest technology which can meet the different environmental conditions, grid code, better safety features, stable & reliable operation, ease of O&M. Latest version of utility scale string Inverter which is more protected.

Suitable for higher PV block size will help for LCOE.

What specific benefits can solar project developers and operators expect from adopting the TS360KTLHV-C1 and TSVG in their installations?

Following benefits developers can get as:Higher efficiency – enhance energy generation.

Higher generation Lower mismatch losses.

Easy O&M Compatible with different module technology.

Designed to bring better LCOE. Single product can meet different grid code requirement. Tested & proven technology using tier 1 components.

In terms of efficiency and performance, how does the TS360KTL -HV-C1 stand out from other solar PV inverters available in the market?

Since TS360KTL-HV-C1 is highest power rating Inverter available in market by using this Inverter developers have more power which leads for higher generation and LCOE can be achieved earlier and It is having peak efficiency of 99% and euro efficiency is 98.7 % , this Inverter is designed with optimum

cooling design So It is having higher thermal stability, we have extended the output temprange to 62 C which was 2 degree more than earlier 60C, Fan tray for cooling heat sink of IGBT is also in belt form so it requires less space, Inverter takes cold air from bottom and eject hot air from side so it is protecting PV modules from heating than other Inverter makes, so all these points make Inverter efficient and performer.

How does TBEA address the challenges faced by solar projects, and how do the TS360KTL-HV-C1 and TSVG contribute to overcoming these challenges?

Adopting the latest technology available in market.

Suitable for weak grids also where SCR is less than 5.

Increasing the power capacity of Inverter and SVG to match market demand.

Updating of existing products and finetuning its features to mitigate the challenges faced in Grid due to high penetration of RE assets.

Product design extended to surpass or meet CEA/grid code requirement.

Proactive approach based on rich global experience of TBEA helps & supports Solar project developers to complete projects on time maintaining high standards of quality.

Training facilities for site team and well diversified service network.

Availability of complete range of products suitable to meet the utility scale market.

Continuous Interfacing with Grid agency/Government operator to meet grid requirement

NOV-DEC Issue 2023

Industry Opinion

Jordan's Path Towards Green Energy Sovereignty

OMAR YASER AL KASASBEH Project Manager and Renewable Energy Section Head,

Samra Electric Power Company, SEPCO In the contemporary landscape of global challenges, the quest for sustainable energy sources stands as a paramount endeavor.

Jordan, among the nations grappling with these challenges, has taken significant strides toward achieving energy self-sufficiency, predominantly relying on renewable resources to meet its escalating energy demands.

At the forefront of Jordan's transition to renewable energy are initiatives undertaken by the government-owned company, Samra Electric Power Company. Tasked with operating solar and wind energy projects, SEPCO stands as a pivotal representative of the government's commitment to sustainable energy production.

Moreover, in a bid to diversify its energy sources and foster innovation, the government has opened doors for private sector participation in renewable energy production.

The transition to renewable energy sources is evident through the rise of extensive solar projects in areas like Ma'an and Aqaba, highlighting Jordan's proactive utilization of its ample solar capacity. Furthermore, the investigation of wind energy, especially across the country's extended cliffside regions from Ma'an to AL Tafilah, demonstrates Jordan's diverse strategy in adopting renewable resources.

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Amidst these endeavors, Jordan faces a spectrum of challenges.

The capital-intensive nature of renewable energy infrastructure, technical complexities in implementation, and the pressing need for comprehensive infrastructural development pose substantial hurdles. However, unwavering determination and a steadfast dedication to sustainable objectives pave the way for Jordan to overcome these obstacles.

A pivotal facet in Jordan's energy trajectory is the exploration of green hydrogen. Positioned as a potential game-changer in the energy landscape, green hydrogen production offers a sustainable alternative while ensuring environmental preservation. Jordan's pursuit of green hydrogen underscores its commitment to adopting innovative technologies in its energy portfolio.

The holistic shift towards renewable energy sources aligns with Jordan's vision for a more sustainable and environmentally conscious future. By investing in green technologies, fostering collaborations between public and private sectors, and prioritizing research and development, Jordan aspires to achieve greater autonomy and resilience in its energy sector.

In conclusion, Jordan's journey towards green energy sovereignty epitomizes its unwavering dedication to sustainable development. Despite the multifaceted challenges, the country's commitment to diversifying its energy mix and embracing renewable resources positions it on a promising trajectory towards achieving energy independence while contributing to a greener global landscape.

NOV-DEC Issue 2023

TECH INSIGHTS

Unveiling the Impact of Soiling Loss on PV Power Generation: Challenges and Solutions The power generation of PV plants is influenced by various external factors, soiling loss, caused by sandstorms, air pollution, and others is among the primary reasons.

Figure 1

How much does soiling loss really affect things? This article is going to tell you all.

Does soiling loss only cause a reduction in power generation?

Certainly not. Soiling loss brings several safety risks:

Hindered heat dissipation: Dust accumulation increases thermal resistance, with a temperature rise of 1°C potentially reducing module output power by 0.5%.

Figure 2

Hot spot effects: Localized shading causes overheating, directly risking module damage.

Chemical corrosion: Dust may be corrosive in certain areas, potentially affecting surface integrity and Usage duration.

Does soiling loss impact solar power plants worldwide?

Soiling loss is a widespread challenge to global PV plants. The impact varies from place to place.

However, the real problem is that regions with high PV potential are more likely to suffer from the soiling loss problem.

As Figure 1 depicting global PV potential, regions like North Africa, the Middle East, Western China boast the world's best solar radiation intensity and sunlight duration. These places are more suitable for PV development.

Figure 2 showcasing the global distribution of dust sensitivity, illustrates the severity of dust storms in different regions. These two figures indicate that regions ideal for large-scale PV plants are more prone to soiling loss, requiring more frequent cleaning.

How much does soiling reduce power generation?

According to the International Energy Agency (IEA), in 2018, soiling caused 3% ~ 4% loss in annual PV power generation, equating to €3 billion ~ €5 billion in economic losses. By 2023, these losses may rise to 4% ~ 5%, reaching around €4 billion ~ €7 billion.

On one hand, more PV plants and longer operational times lead to increased economic losses from soiling.

On the other hand, as global electricity prices drop, the annual cost of manually cleaning is increasing. Cleaning 1MW modules in India could hit €1000, discouraging frequent cleaning.

A more reliable, more economical, and less worry solution Soiling loss is not negligible. O&M of large-scale PV power plants isn’t easy, even worse, traditional manual cleaning is both difficult and costly. PV intelligent cleaning robots offer a better option.

Sunpure intelligent PV cleaning robot specifically designed for arid climates, operates fully automated and waterless, reducing O&M efforts, risk and water usage. Applied in 14 countries and regions, covering a capacity exceeding 11GW, it enhances power generation and lowers the LCOE for global clients.

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NOV-DEC Issue 2023

COMPANY FE ATURE

Sunpure, leading full-scene PV Intelligent cleaning robot and one-stop service provider The Middle East is set to become a market leader in renewable energy. Up to 90GW of renewable energy capacity, mainly solar and wind power, is planned across the MENA region over the next 10- 20 years.

Yet harsh environment and desert climate pose challenges for PV projects. Vast deserts and various extreme climatic conditions are very likely to cause sand accumulation in the modules which will lead to soil loss. The range of soil loss could be incredibly wide even though you manually clean the PV module rather often.

Why risk the loss of power generation when Sunpure is providing intelligent robotic cleaning solutions that could solve the problems?

solution

holds

distinct

It is water-free cleaning, a fully automatic intelligent cleaning solution to make sure water less operation; It is module friendly, and the cleaning brush can operate reliably whether in high or low temperatures, which is also anti-UV aging and can offer an effective solution to dust pollution; The SmartPure Cloud Platform, offers intelligent, convenient, efficient, and secure methods to remote monitoring and management; By significantly reducing operational costs, alleviating O&M pressures, and lowering the LCOE, it makes PV plants more profitable

；

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Sunpure attaches great importance to the MENA market and has successfully delivered its products at various locations such as Red Sea and Rabigh in KSA, with a cumulative sighed contract of more than 7GW. It’s a great honor that Sunpure has become an indispensable supplier of PV cleaning robots in this market.

For the next step, Sunpure will continue to engage the MENA market, accelerate the localization process, understand local demands, shorten the service response time and provide more cost-effective services to serve clients in the MENA region.

About Sunpure

Inherent advantages paired with customized solutions for the MENA Sunpure’s intelligent PV cleaning advantages in the MENA region:

A local technical team in MENA region provides a response service commitment within 24 hours.

SUNPURE is a high-tech innovative company specializing in R&D, manufacturing, sales and service of intelligent PV cleaning robots.

The product line covers PV railed robots, trackless cleaning robots and intelligent shuttles. Sunpure is committed to providing onestop intelligent PV cleaning services for a wide range of scenarios.

Sunpure insists on scientific innovation and investment in R&D, jointly initiated China's first industry standard for PV cleaning robots, and all the products have undergone rigorous testing and received certifications from authoritative institutions. With a remarkable portfolio of over 150 filed and granted patents, the company has earned more than 30 esteemed industry accolades.

Sunpure takes customers' achievements as its mission. The company has built a comprehensive global service system. Our products have been successfully delivered to 14 countries and regions, including China, the Middle East, India, South America and more.

NOV-DEC Issue 2023

COMPANY FE ATURE

Harmonizing Leadership and Sustainability: LONGi & SEE Institute's ESG Training Initiative LONGi Solar Middle East and North Africa, in collaboration with the SEE Institute, is embarking on a significant endeavor to promote environmental and social governance (ESG) practices.

Their latest initiative focuses on delivering an ESG Training program specifically designed for the top management and CEOs of LONGi's key clients and partners.

At the heart of this training program is the translation of sustainable knowledge into practical applications that seamlessly integrate into the day-to-day operations of renewable energy corporations. The emphasis goes beyond merely grasping the principles of environmental and social responsibility; it entails actively incorporating these values into business strategies and decision-making processes.

The training comprises solution workshops, providing a collaborative platform where leaders can engage in brainstorming sessions and share innovative ideas to address challenges related to sustainability. Moving beyond theoretical discussions, participants are encouraged to explore tangible solutions applicable to their respective organizations.

Moreover, the training introduces an element of gamification through 'Carbon Emission Decreasing Games.' This distinctive approach aims to enhance the learning experience by making it more engaging and interactive. Participants engage in simulations and activities mirroring real-world scenarios, enabling them to experiment with strategies for reducing carbon emissions. This hands-on approach not only deepens the understanding of sustainable practices but also nurtures a mindset oriented toward finding practical solutions.

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The training program serves as a bridge, translating theoretical knowledge into actionable strategies seamlessly integrated into daily operations. By incorporating solution workshops and 'Carbon Emission Decreasing Games,' it goes beyond discussions, fostering a hands-on approach that deepens understanding and cultivates a solutions-oriented mindset.

By targeting top management, LONGi Solar recognizes the pivotal role that leaders play in steering their organizations toward sustainable paths. The ripple effect of informed decision-making at the executive level can permeate throughout the entire corporate structure, influencing a company's culture and its approach to environmental and social responsibility.

This initiative transcends mere training; it's about fostering a mindset shift toward sustainable business practices. It aims to create a cohort of leaders who understand that profitability and responsibility can coexist harmoniously in the corporate landscape. As LONGi and its partners pave the way for a greener future, they are not only investing in their own success but also contributing to a global movement toward a more sustainable and resilient world.

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COMPANY FE ATURE

LONGi and Heriot-Watt University Forge Alliance for Sustainable Education and Solar Innovation at COP28 During the COP28 summit on December 4th, LONGi, in collaboration with Heriot-Watt University, made a significant announcement.

Head of LONGi MENA Region, Baggio Teng, and Professor Tadhg O’Donovan, Chief Scientist at Heriot-Watt University, jointly unveiled the "Joint Arab Youth Initiative," emphasizing their dedication to sustainable education.

As a testament to this commitment, LONGi was invited to serve as the knowledge partner for the Climate Hub at the university on December 4th. This occasion also marked the inauguration of the "SOLAR RESEARCH LAB." Jia Chao, President of LONGi MEA&CA Region, delivered the welcome speech during the session, expressing LONGi's willingness to empower the youth generation with green energy. The aim is to provide an ideal platform for collaborative discussions on environmental leadership and sustainable practices, thereby contributing to sustainable education in the MEA region.

Notably, preceding COP28, LONGi had established the Hi-MO X6 test project on the rooftop of Heriot-Watt University. This project generated electric generation data utilized for a solar research course, benefiting students.

Professor Richard A Williams, the Principal and Vice-Chancellor of Heriot-Watt University, expressed his enthusiasm for the schoolenterprise cooperation with LONGi in his opening speech. He highlighted the significance of collaborating with the world's leading solar technology company. Starting from COP28 in Dubai, the university looks forward to embarking on youth collaboration in various aspects such as technology, scientific research, and talent introduction.

In their collaborative efforts, LONGi and Heriot-Watt University are initiating various projects. This includes supporting STEAM education with a specific focus on solar technology and providing students with valuable industry experience. LONGi has reiterated its commitment to engaging world-renowned partners and experts in advanced research and youth sustainable education. The overarching goal is to integrate renewable innovation with youth education closely and employment, fostering an understanding of the role and significance of renewable energy among the younger generation.

About LONGi Founded in 2000, LONGi is committed to being the world’s leading solar technology company, focusing on customer-driven value creation for full scenario energy transformation.

Under its mission of 'making the best of solar energy to build a green world', LONGi has dedicated itself to technology innovation and established five business sectors, covering mono silicon wafers cells and modules, commercial & industrial distributed solar solutions, green energy solutions and hydrogen equipment.

The company has honed its capabilities to provide green energy and has more recently, also embraced green hydrogen products and solutions to support global zero carbon development. www.longi.com

About Heriot-Watt University Dubai As the first British university to set up a campus in Dubai in 2005, Heriot-Watt University Dubai has established itself as a pioneer in the higher education market in the UAE. It offers an extensive range of programmes and disciplines, from Foundation all the way up to the Ph.D level. In January 2023 Heriot-Watt University Dubai was granted Initial Institutional Licensure by the UAE’s Ministry of Education through the Commission for Academic Accreditation (CAA). Being granted the License means that our campus is now federally recognised for the high quality of our academic provision, and we have started the accreditation process for our programmes. HeriotWatt graduates are highly employable and sought after by the best organisations worldwide, with over 90% in graduate level jobs or further study within six months of graduation.

As part of its dedication to education and the continuous growth of the solar industry, LONGi established the LONGi Academy earlier in the year, specifically tailored for the Middle East. This academy will focus on training programs, solar education, scholarships, CSR projects, and partnerships with local educational institutions and organizations, all aimed at enhancing awareness and skills related to renewable energy among the youth.

On December 3rd, COP28 hosted a Round-table Dialogue at the Solar Pavilion in the Blue Zone, concentrating on nurturing environmental leaders among the youth. Baggio Teng was invited to this panel along with leaders from the youth sector, delving into the pivotal role of universities in fostering a sustainable future.

Discussions extended to practical applications of green energy in higher education and strategies to empower the youth generation for active participation in the ongoing energy transition.

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PRODUCT FE ATURE

Be more sustainable, Astronergy keeps striving in eco products for a greener world achieving higher power and lower carbon emissions, also a move for better efficiency leading to more green power generations”.

As the first in the PV industry gained TüV Rheinland’s certification for its zero-carbon factory, Astronergy has set goals of 8 zerofactory upgrades as of 2028. As an important part of its Sustainability Strategy announced this year, the zero-carbon factory has enabled the company’s higher-standard manufacturing for low-carbon products.

“For the products, we keep improving the core cell tech as well as utilizing more environmentally friendly manufacturing processes to make products much greener, such as over 20% reduction of silver paste in a new product; for the company, we keeps promote our products’ market presence to benefit greener energy for customers, and boost overseas factories’ capacity expansions and new factory constructions under higher eco standards”, presented by Baohua He, Global Technical Service Director at Astronergy, at a PV Magazine Roundtable on December 5th, highlighting the company’s continuous strives and clear plans in sustainable development for itself and for benefiting our planet.

As an eye-catching online event focusing on PV industry and global issues, the PV Magazine roundtable attracted representatives from main industry players shared their currents and plans for tech development, insights on sustainability, how will PV products be sustainable, and what actions are in process or in plans to make our planet better.

“Astronergy is a company born with eco feature”, said Baohua in his presentation. “Our actions in pioneering n-type TOPCon PV modules are must-move for essential tech breakthrough for

Baohua added in his presentation that, in accordance with the accurate plans the company announced now, 2050 will be the benchmark for Astronergy to achieve carbon neutrality. To promote the goal’s achieving, Astronergy has been taking actions to improve green supply chain management from supply chain, product design, manufacturing, recycling and information disclosure; and has gained good results in ecovadis sustainability rating and STS traceability management system audit.

And with the basis of green tech and green management, Astronergy overseas manufacturing is also in the process of capacity expansion and new constructions. In a near future, Astronergy Thailand Manufacturing will have more manufacturing capacities, new base will start operation in Turkey base, and more bases would be ready in Europe, LATAM, Middle East and America.

“This year, we submitted commitment to SBTi and joined UNGC’s Forward Faster initiative to make the sustainability of us could be more in line with the global sustainable development strives, work together with enterprises in different industries to assist global energy transition and UN’s Sustainable Development Goals (SDGs)” Baohua told in his presentation.

‘For a greener world’ seems already been Astronergy Sustainability Strategy’s ultimate goal and becoming the company’s motto to help generate and utilize greener energy alive numerous families living in the planet.

Astronergy's vision reaches beyond the horizon of the present, with 2050 serving as our benchmark for achieving carbon neutrality. Our strategic approach involves comprehensive actions to improve green supply chain management, covering supply chain, product design, manufacturing, recycling, and information disclosure.

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Industry Perspective

From Desert Sun to Power Source: Jordan's Trailblazing Journey into Solar Energy Dominance

ENG.MU’AYYAD ALMOMANI Regional manager Middile east,

Solarity

Jordan's transition from energy scarcity to solar prominence stands as a testament to visionary leadership and unwavering commitment towards sustainable power. The desert's relentless sun, once an untapped resource, now illuminates a pioneering path for the nation and the region.

Economic Pivot: Jordan's leap into solar dominance stems from a strategic pivot to harness its greatest asset—the abundant sun—to mitigate energy dependence. This shift steers the nation away from reliance on costly imports towards self-reliance, stimulating economic growth and stability.

Policy as Catalyst: Forward-thinking policies and incentives laid the groundwork for a flourishing solar sector. Feed-in tariffs, tax exemptions, and streamlined regulations created an enticing landscape for local and international investors, fostering a conducive environment for solar initiatives.In addition to government support programs, which are not limited to the industrial renewable energy projects but tended to the residential sector which formed an integrated mix that encourages all sectors to switch to renewable energy.

Infrastructure Evolution: The colossal Shams Ma'an and Al Quweira Solar Power Plants represent milestones in Jordan's solar odyssey. These projects, supported by innovative financing mechanisms and partnerships, underscore the nation's strides towards energy diversification.

Regional Beacon: Beyond borders, Jordan assumes a leadership role in renewable energy. Collaborative efforts and cross-border initiatives position the country as a regional

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trailblazer, shaping collective efforts towards a sustainable energy future, and it is not limited to governmental initiatives ,also the distribution of solar energy equipment played an important role in supporting and supplying neighboring countries, which made Jordan a major hub and backup to the region.

Environmental Stewardship: Jordan's embrace of solar energy isn't merely a strategic move; it's an environmental commitment. The shift significantly curtails carbon emissions, fostering a greener, healthier environment for generations to come.

Challenges as Catalysts: Challenges in grid modernization and project viability act as catalysts for innovation and resilience.

Each hurdle navigated strengthens Jordan's position as an adaptive force in the renewable energy landscape, However the challenges currently in place such as Grid Integration and Modernization, Integrating renewable sources into the existing grid infrastructure requires substantial upgrades. Modernizing the grid to accommodate variable energy inputs is essential but demands significant investments and technical expertise.

Storage regulations: Solar and wind energy's intermittency poses a challenge to maintaining a consistent power supply.

Developing efficient storage solutions is crucial to storing excess energy for times of low generation.

Human Impact: The journey isn't just about infrastructure—it's about people. Job creation, economic stability, and enhanced livelihoods stand as profound markers of success, underscoring the human-centric approach to sustainable development.The majority of the solar energy companies in Jordan are owned and managed by young individual business pioneers and create unlimited job creation from south to north.

Jordan's metamorphosis from sun-scorched deserts to thriving solar landscapes signifies a paradigm shift—a commitment not just to harnessing solar rays but also to harnessing the nation's potential. It's a testament to what vision, policy, and innovation can achieve, illuminating a brighter, sustainable tomorrow.

NOV-DEC Issue 2023

Middle East research CURRENT AFFAIRS

Jordan's Solar Surge Amidst Global Energy Transitions In the ever-evolving landscape of global energy transitions, Jordan emerges as a beacon of innovation and commitment to sustainable practices through its notable solar surge. Amidst the ongoing shift towards cleaner energy sources worldwide, Jordan's strategic focus on solar power positions it at the forefront of environmental stewardship and forward-thinking energy policies.

Jordan's approach to renewable energy is not merely a response to a trend; it is a well-calculated strategy deeply rooted in its dedication to fostering a more sustainable future. Against the backdrop of climate change concerns and the global push for decarbonization, Jordan stands out as a regional leader in embracing renewable energy solutions.

At the core of Jordan's solar surge lies a set of ambitious renewable energy targets, demonstrating a comprehensive commitment to reducing carbon emissions and dependence on conventional fossil fuels. To derive 31% of its energy from renewable sources by 2030, Jordan's endeavors reflect a holistic approach to addressing environmental challenges and advancing its energy landscape.

International collaborations play a pivotal role in driving Jordan's solar initiatives forward. The kingdom actively engages with global organizations, governmental bodies, and private enterprises to leverage expertise, technology, and investment. These collaborations create a collaborative ecosystem that accelerates the pace of solar development, fostering a sense of shared responsibility in addressing global energy challenges.

Beyond its borders, Jordan has become a magnet for global investors seeking sustainable opportunities. The country's commitment to creating an investor-friendly environment, coupled with transparent regulations and long-term power purchase agreements, has transformed it into a sought-after destination for both local and international investors eager to participate in the burgeoning solar market.

A notable feature of Jordan's solar surge is the diversification of solar projects, moving beyond traditional utility-scale solar farms.

The evolving landscape includes rooftop solar installations and innovative solar applications across various sectors. This diversification not only caters to diverse energy needs but also ensures a resilient and adaptive solar ecosystem capable of meeting evolving demands.

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Technological advancements are integral to Jordan's solar surge, positioning the country at the forefront of innovation within the solar energy sector. From advanced solar panels to energy storage solutions and smart grid applications, Jordan's embrace of cutting-edge technologies contributes to increased energy efficiency and establishes it as a pioneer in sustainable energy practices.

The solar surge in Jordan transcends energy production, acting as a catalyst for economic growth and job creation. The expansion of the solar sector translates into employment opportunities, particularly in solar installation, maintenance, and operation. This economic impact ripples through local communities, fostering sustainable development and contributing to the nation's economic resilience.

Jordan's solar surge seamlessly integrates into its national infrastructure planning, strategically positioned to complement existing energy sources and contribute to overall grid stability.

This thoughtful integration ensures a smooth transition to a more sustainable energy mix without compromising the reliability of the national power supply.

At its core, Jordan's solar surge represents a commitment to sustainable development. The nation recognizes the importance of balancing economic growth with environmental responsibility, taking significant strides towards a greener, more sustainable future.

While Jordan's solar surge is commendable, it is not without challenges. The country faces occasional hurdles, including water scarcity and geopolitical complexities. However, Jordan's resilience and determination to overcome these challenges underscore its unwavering commitment to lead the way in sustainable energy solutions.

In conclusion, Jordan's solar surge is a testament to its vision, resilience, and dedication to forging a sustainable path amidst the ongoing global energy transitions. As the world grapples with the complexities of transitioning to cleaner energy sources, Jordan's journey stands as a beacon of inspiration, showcasing the transformative power of innovation, sustainability, and a profound commitment to a brighter and more sustainable future.

NOV-DEC Issue 2023

Middle East research SPECIAL STORY

Empowering Communities: Human Stories Behind Jordan's Solar Success In the heart of the Middle East, Jordan is scripting a remarkable narrative of solar success that transcends technological achievements. Beyond the photovoltaic panels and intricate infrastructure, the true essence of Jordan's solar triumph lies in the human stories woven into the fabric of this sustainable revolution.

Jordan's commitment to renewable energy stems not only from environmental imperatives but also from a deep-rooted belief in empowering communities. The human-centric approach to solar development has become a hallmark of the country's renewable energy strategy, fostering a sense of ownership and participation among its people.

dominated fields. The ripple effect is evident, with empowered women becoming agents of change within their families and communities.

In urban settings, solar projects are contributing to the rejuvenation of neglected spaces. Rooftops and vacant lands are being transformed into solar hubs, not just to generate clean energy but also to create communal spaces. Solar parks have become places for community gatherings, fostering a sense of unity and shared responsibility for a sustainable future.

One of the standout stories unfolds in rural communities where solar projects have become catalysts for change. In villages that were once off the grid, solar electrification has brought about transformative impacts. Families now have access to reliable electricity, illuminating homes and powering essential appliances.

Children can study after sunset, and households can engage in income-generating activities, marking a substantial improvement in overall quality of life.

Schools in Jordan are also experiencing the positive impacts of solar adoption. Beyond being centers of education, schools are evolving into hubs for environmental awareness and sustainable practices. Solar panels on school rooftops not only power classrooms but serve as educational tools, sparking curiosity about renewable energy among the younger generation.

Solar initiatives have not just lit up homes but have also ignited economic opportunities. Local entrepreneurs have emerged as solar champions, driving the installation, maintenance, and operation of solar systems. These entrepreneurs, often from the communities they serve, have become the backbone of Jordan's solar ecosystem, fostering economic growth and sustainability at the grassroots level.

The Bedouin communities, with their nomadic traditions, are not left untouched by Jordan's solar narrative. Portable solar solutions are providing these communities with access to energy during their journeys, preserving their way of life while embracing modernity. It's a testament to Jordan's commitment to inclusivity, ensuring that every community, regardless of its lifestyle, has a stake in the solar transformation.

Women, in particular, have found new avenues for empowerment through solar initiatives. Solar training programs and job opportunities in the renewable energy sector have enabled women to break barriers and take on active roles in traditionally male-

Perhaps the most poignant stories emerge from refugee camps, where solar initiatives are providing a lifeline for displaced populations. Solar-powered lights bring a sense of security to these camps, allowing residents to move freely after dark.

Moreover, solar energy is harnessed to power essential services like healthcare facilities and schools, providing a semblance of normalcy in challenging circumstances.

The success of Jordan's solar journey is not just measured in megawatts but in the smiles of individuals whose lives have been touched by the warmth of clean energy. It is a testament to the nation's vision of a sustainable future built on the pillars of community engagement, inclusivity, and shared prosperity.

Jordan's solar success story is, at its core, a human story—one that exemplifies the transformative power of renewable energy to uplift communities and pave the way for a brighter, sustainable tomorrow.

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Middle East research

RESEARCH INFOGRAPH

Jordan's Solar Surge: A Bright Future with 2.7 GW Solar PV Capacity by 2023 In the heart of the Middle East, Jordan is experiencing a solar revolution that promises to redefine its energy landscape. With an ambitious target on the horizon, the nation is set to soar to new heights, with an estimated solar photovoltaic (PV) capacity reaching 2.7 GW by 2023. The cumulative installed solar PV capacity by the end of 2022 were around ~1.9 GW. Cumulative Installed Solar PV capacity in Jordan

the forefront of solar energy production. This expansive solar facility, with its state-of-the-art photovoltaic panels, is set to contribute significantly to the envisioned 2.7 GW capacity by 2023.

3,000

The economic implications of this solar surge are substantial.

As Jordan expands its solar infrastructure, it simultaneously creates a ripple effect in job creation and economic growth.

The construction, maintenance, and operation of solar projects contribute not only to the nation's energy portfolio but also to the well-being of its citizens.

2,500

2,000

The commitment to reaching solar PV capacity aligns with Jordan's broader strategy to mitigate climate change impacts.

By transitioning to cleaner and more sustainable energy sources, the nation is actively contributing to the global effort to reduce carbon emissions. This move positions Jordan as a regional leader in environmental stewardship and a role model for other nations aspiring to embrace renewable energy solutions.

1,500

1,000

500

0

2015

2016

2017

2018

2019

source :IRENA

2020

2021

2022

2023F

SolarQuarter Research

Over the past decade, Jordan has strategically invested in renewable energy, recognizing the potential of harnessing its abundant sunlight to meet the growing demand for electricity. The trajectory of solar energy adoption in the country has been nothing short of impressive, with policies and initiatives driving significant advancements in the sector.

The imminent surge in solar PV capacity is a testament to Jordan's commitment to sustainable development and energy diversification. The nation has recognized the importance of reducing its reliance on traditional fossil fuels, a move that not only addresses environmental concerns but also enhances energy security and economic resilience.

One of the key contributors to this solar boom is the concerted effort to develop large-scale solar projects. The Ma'an Solar Park, a shining example, is playing a pivotal role in catapulting Jordan to

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However, challenges persist, and the realization of the solar target requires overcoming technical, regulatory, and financial hurdles. Effective grid integration, energy storage solutions, and continued policy support are crucial components in ensuring the success of this ambitious endeavor. Nonetheless, Jordan's proactive approach and dedication to innovation provide a positive outlook for overcoming these challenges.

As the solar PV capacity in Jordan races towards 2030, the nation stands on the cusp of a historic achievement. The journey from conceptualizing a renewable energy vision to the imminent realization of a substantial solar capacity is a testament to Jordan's resilience and commitment to a sustainable future.

In conclusion, Jordan's pursuit of 2.7 GW in solar PV capacity by 2023 not only transforms its energy landscape but also sets a precedent for nations looking to embrace clean and renewable energy solutions. The sun-drenched kingdom is poised to shine as a beacon of sustainable development, illuminating the path toward a brighter and cleaner energy future.

NOV-DEC Issue 2023

Middle East research

BUSINESS INSIGHTS

Investment Opportunities in Jordan's Booming Solar Market Jordan's solar market is experiencing a remarkable boom, presenting lucrative investment opportunities for those with a keen eye on sustainable ventures. The country's commitment to renewable energy and a conducive regulatory environment has propelled it into the global spotlight as a hotspot for solar investments.

As the sun-drenched nation strategically harnesses its abundant solar potential, investors are finding fertile ground to grow their portfolios. Here are key facets that make Jordan's solar market an attractive investment destination:

Government Commitment and Regulatory Support Jordan's government has demonstrated unwavering commitment to renewable energy, particularly solar power. The implementation of favorable policies and regulatory frameworks, including longterm power purchase agreements (PPAs) and competitive tariff structures, creates a stable and predictable investment environment. Investors benefit from a clear roadmap and a supportive ecosystem that encourages the development of solar projects.

Abundant Solar Resources Nestled in a region characterized by high solar irradiance, Jordan boasts an abundance of sunlight throughout the year. This geographical advantage translates into high-capacity factors for solar projects, ensuring consistent and efficient energy generation.

Investors can capitalize on this natural resource to secure robust returns on their investments.

Diversified Solar Project Portfolio Jordan's solar landscape is not limited to one-size-fits-all projects.

The market offers a diverse range of opportunities, including utilityscale solar farms, rooftop solar installations, and solar-powered water pumping systems. This diversity allows investors to tailor their portfolios to match specific risk profiles, capital allocations, and investment horizons.

Public-Private Partnerships (PPPs) Jordan actively promotes public-private partnerships as a means to accelerate solar project development. Private investors can collaborate with government entities on build-operate-transfer (BOT) models, fostering mutually beneficial relationships. These partnerships create a conducive environment for project financing and ensure shared responsibility for the success of solar initiatives.

Innovative Financing Models The financial landscape of Jordan's solar market includes innovative financing models that attract investors. Beyond

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traditional debt financing, structures like green bonds, project finance, and public equity offerings provide a spectrum of choices.

These financial instruments cater to diverse investor preferences and risk appetites, opening doors for both institutional and retail investors.

Steady Economic Growth and Energy Demand Jordan's growing economy and increasing energy demand position it as a stable market for solar investments. The country's commitment to reducing dependence on imported energy sources aligns with its economic development goals. Solar projects, with their long-term sustainability and lower carbon footprint, contribute significantly to meeting the nation's energy needs.

Regional Energy Integration Jordan's strategic location allows it to explore regional energy integration opportunities.

Interconnection projects with neighboring countries, such as the planned Red Sea-Dead Sea Conveyance and associated solar projects, create additional avenues for cross-border investments. Investors can leverage such interconnected initiatives for broader regional impact.

Technological Advancements and Innovation The solar sector in Jordan is not stagnant; it thrives on technological advancements and innovation. Investors keen on staying ahead of the curve can explore opportunities in emerging technologies, energy storage solutions, and smart grid applications. Jordan's commitment to adopting cutting-edge technologies ensures that the market remains dynamic and offers room for innovation.

In conclusion, Jordan's booming solar market stands as a testament to the nation's commitment to sustainable development. For investors seeking attractive returns within the realm of clean energy, Jordan provides a compelling landscape ripe with opportunities. The combination of government support, abundant solar resources, diversified project options, and innovative financing models positions Jordan as a frontrunner in the global solar investment arena. As the sun continues to shine brightly over the kingdom, so do the prospects for those ready to invest in its radiant future.

NOV-DEC Issue 2023

Middle East research

TECH STORY

Cutting-Edge Innovations Illuminating Jordan's Solar Horizon Jordan is emerging as a beacon of sustainable energy in the Middle East, with cutting-edge innovations illuminating its solar horizon. As the nation continues to diversify its energy portfolio and reduce dependence on traditional fossil fuels, advancements in solar technology are playing a pivotal role in shaping Jordan's clean energy future.

One of the key drivers of this transformation is the continuous innovation in solar photovoltaic (PV) technology. The adoption of highly efficient solar panels with advanced materials and improved manufacturing processes has significantly boosted the overall performance of solar installations in Jordan. These innovations contribute not only to increased energy production but also to the economic viability of solar projects.

One noteworthy breakthrough is the development of nextgeneration solar panels incorporating advanced materials such as perovskite. Perovskite solar cells have garnered attention for their potential to surpass the efficiency of traditional silicon-based cells.

These cells can be engineered to be more lightweight, flexible, and cost-effective, opening new possibilities for solar applications in various settings, including residential, commercial, and industrial.

In addition to material advancements, tracking systems are revolutionizing solar energy capture in Jordan. Single-axis and

dual-axis solar trackers are becoming increasingly popular, allowing solar panels to follow the sun's movement throughout the day. This dynamic alignment optimizes energy capture, significantly increasing overall efficiency and output. Jordan's solar projects are benefitting from these tracking systems, maximizing electricity generation and enhancing the return on investment.

Energy storage solutions are another frontier where innovation is shaping Jordan's solar landscape. Advanced battery technologies, such as lithium-ion batteries, are enabling efficient storage of excess energy generated during peak sunlight hours. These stored reserves can then be tapped into during periods of low sunlight or high energy demand, providing a more stable and reliable power supply. The integration of smart grid technologies further enhances the effectiveness of these energy storage systems, allowing for seamless energy management and distribution.

Moreover, digital technologies are playing a pivotal role in optimizing the operation and maintenance of solar installations.

Jordan is leveraging the power of data analytics, artificial intelligence, and the Internet of Things (IoT) to monitor and manage solar assets in real-time. Predictive analytics help identify potential issues before they escalate, reducing downtime and maintenance costs. This smart approach ensures the longevity and reliability of solar infrastructure across the country.

The integration of solar power with complementary technologies is also transforming the agricultural sector in Jordan. Solar-powered irrigation systems, coupled with precision agriculture techniques, are enhancing water efficiency and promoting sustainable farming practices. This intersection of renewable energy and agriculture aligns with Jordan's commitment to addressing both energy security and water scarcity challenges.

As Jordan continues to embrace these cutting-edge innovations, the outlook for its solar horizon remains bright. The synergy of advanced materials, tracking systems, energy storage, and digital technologies is not only driving the country towards its renewable energy goals but is also creating a blueprint for sustainable development in the region. Jordan's commitment to a clean energy future, coupled with ongoing advancements in solar technology, positions the country as a trailblazer in the transition towards a more sustainable and resilient energy landscape.

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