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05 December 2025
EQ Mazaginepowerplant
Dec 05, 2025EQ Mazagine
In Short : India installed 4.9 GW of rooftop solar capacity between January and September 2025, marking a 161% year-on-year surge. Strong policy support, rising demand for residential systems, and rapid uptake under national rooftop programmes drove this expansion. With quarterly additions hitting record highs, rooftop solar is emerging as one of the fastest-growing segments in India’s renewable energy landscape.
In Detail :India added 4.9 GW of rooftop solar capacity in the first nine months of 2025, marking a major leap for the sector and highlighting the country’s accelerating shift toward distributed renewable energy systems. This growth reflects rising awareness, improving affordability, and supportive national schemes.
The 161% year-on-year increase underscores how rooftop solar adoption has expanded far faster in 2025 compared to the previous year. The surge is driven by growing consumer interest and easier access to rooftop installation markets across states.
The July–September quarter proved exceptionally strong, contributing about 2.1 GW of new rooftop capacity in just three months. This stands as the highest quarterly addition recorded so far and indicates a sustained upward trend.
Residential installations formed the bulk of the new capacity, encouraged by government incentives and widespread participation in national programmes aimed at reducing household electricity expenses. This shift has made rooftop solar increasingly mainstream among urban and semi-urban consumers.
Industrial users also showed substantial engagement, contributing around one-fifth of the quarterly capacity. Commercial and institutional segments added smaller but steady shares, reflecting a balanced mix of adoption across consumer categories.
By September 2025, total rooftop solar capacity in the country reached 18.6 GW. Several leading states continued to record strong performance, supported by robust policy frameworks and high consumer participation.
States with limited land availability have been relying heavily on rooftop installations to meet local clean-energy needs. These regions recorded some of the fastest growth rates, demonstrating the strategic value of distributed systems.
Even with impressive progress, challenges remain in meeting long-term programme targets, particularly in areas such as subsidy disbursement and grid-integration processes. Addressing these barriers will be essential for sustaining momentum.
Overall, the significant rise in rooftop installations in 2025 reflects a maturing market, stronger policy push, and increasing consumer confidence. If growth continues along this trajectory, rooftop solar will play a transformative role in India’s clean-energy transition in the coming years.
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Egypt’S $15 Billion South Sinai Renewable Energy Project Set To Deliver 10 Gw Clean PowerEgypt is moving ahead with a historic renewable energy initiative as a consortium led by the Spanish company Abengoa announced a massive $15 billion investment plan in South Sinai. The project focuses on developing both solar and wind power generation and aims to produce 10 gigawatts of clean energy in the coming years. This development marks a major milestone in Egypt’s long-term renewable energy vision and reflects strong international confidence in the country’s growing clean energy sector.
The scale of this investment highlights Egypt’s commitment to expanding its renewable energy capacity and transitioning toward a greener and more sustainable economy. It is not an isolated effort but part of a broader strategy to attract foreign investment and technical expertise. In recent years, Egypt has been involved in several large-scale renewable projects, including the financing of a 1-gigawatt solar plant. Together, these developments demonstrate a clear pathway for the country to become a leader in clean energy production.
The South Sinai project is expected to create one of the largest renewable energy complexes in the Middle East. This initiative has long-term value because it is structured around power-purchase agreements for both solar and wind components, which ensures stable financial returns and sustainable operation. With this foundation, Egypt is positioning itself as a key player in the global shift away from fossil fuels and towards renewable energy.
The impact of such a major project extends beyond Egypt’s borders. When countries invest in large-scale renewable facilities, it accelerates the advancement of clean energy technology and strengthens global supply chains. This helps reduce the cost of renewable energy components, making technologies such as rooftop solar panels more affordable for households and businesses worldwide. For example, consumers and tenants across Germany and other European countries could benefit from price reductions driven by greater manufacturing scale.
The renewable energy expansion in Egypt is part of a wider movement across the Middle East and North Africa. Regional players are rapidly diversifying their energy sources. Saudi Arabia has announced its target to generate 58.7 gigawatts of renewable power by 2030, supported by domestic solar panel manufacturing. Kuwait is also advancing major projects such as the Al Dibdibah solar plant, designed as part of an integrated renewable energy hub expected to support long-term sustainability. This regional momentum indicates a collective push toward energy transition and collaboration in green technology innovation.
Beyond power generation, the South Sinai project could strongly boost local industry development. With a 10-GW renewable energy pipeline planned, Egypt has the chance to build a domestic solar manufacturing ecosystem. To meet the scale of demand, the country will need to develop understanding across the full value chain, including solar panel production processes, raw material sourcing, advanced machinery, and cost-efficient factory models. Although the investment required for establishing solar manufacturing facilities is substantial, the long-term advantages include job creation, technology development, lower energy costs, and improved energy security. Egypt’s journey represents more than just infrastructure expansion. It reflects a national commitment to sustainability and economic modernization. The $15 billion renewable investment project symbolizes a future in which clean energy plays a central role in national development. As the project moves forward, Egypt stands as an important example for countries worldwide looking to balance growth with environmental responsibility and to take decisive steps toward a cleaner energy future.
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05 December 20253 min readEgypt’S $15 Billion South Sinai Renewable Energy Project Set To Deliver 10 Gw Clean Power
Solar Quarter
05 December 2025
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Great British Energy Plans 15 Gw Clean Energy InvestmentSolar and energy storage will be core technologies in Great British Energy’s (GBE) investment strategy, according to the UK state-owned company’s first strategic plan.
GBE has committed to deliver at least 15 GW of clean energy generation and storage assets by 2030 and is aiming to mobilize GBP 15 billion of private finance in that time. The UK government’s renewables investment vehicle is expected to establish a portfolio through investment and ownership. Revenues from GBE’s income-generating portfolio are to be reinvested to support further capacity deployment.
GBE was established in May 2025 and the company has already backed a number of distributed PV projects in the United Kingdom, including the rollout of rooftop solar on school and hospital sites.
The company’s new strategic plan lists three priority areas for the company: local energy, onshore generation and offshore generation. Solar and battery energy storage systems will be priority technologies for both local community and large-scale onshore investment, alongside wind, pumped hydro and long-duration energy storage.
GBE will also operate a GBE Ventures arm tasked with considering other technologies and projects such as carbon capture, utilization and storage (CCUS), and hydrogen.
The strategic plan provides more detail on a GBP 1 billion investment in the Energy – Engineered in the UK program, with a formal launch scheduled before the end of 2025. The program is expected to issue grants and investments to support clean energy industrial capacity in the United Kingdom, such as domestic component manufacturing and some nascent technologies such as deepwater wind.
GBE's strategic plan is part of a wider UK government strategy that requires a significant ramp up in renewables deployment to meet 2030 capacity targets. The government's Clean Power 2030 plan sets targets of 45 GW to 47 GW of solar power, 43 GW to 50 GW offshore wind, and 27 GW to 29 GW of onshore wind in the next five years. The latest UK government solar deployment statistics recorded 20.7 GW of deployed solar at the end of October 2025.
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05 December 20252 min readGreat British Energy Plans 15 Gw Clean Energy Investment
PV Magazine
05 December 2025
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Us Added 2 Gw Of Solar In September, Putting 2025 Ahead Of 2024 For New Solar GenerationThe results of FERC’s latest infrastructure report show that solar continues to dominate new generation coming online as the country experiences rising demand for the first time in about two decades. The report does not include energy storage or rooftop solar.
Enverus Intelligence Research recently released its long-term U.S. power capacity expansion outlook, which projected a 57% increase in installed capacity by 2050 driven largely by solar and nuclear.
EIR analysts said they expect solar additions to peak in 2028, “but remain competitive, supported by ongoing demand for power purchase agreements (PPAs) and low costs.”
“Our analysis shows the U.S. grid is entering a transformative period, with solar installations surging in the near term and nuclear power taking a leading role in the decades ahead,” Juan Arteaga, principal analyst at EIR, said in a statement.
EIR’s relatively positive outlook for solar comes despite attacks on renewable energy by the Trump administration, whose officials have derided solar and wind as unreliable and expensive. In July, President Donald Trump signed the One Big Beautiful Bill Act sunsetting renewable energy tax credits early, and his administration has also sought to revoke permits for some renewable energy projects and subject others to additional scrutiny that has slowed deployment.
But the administration’s preferred alternatives — nuclear, gas and coal — face myriad obstacles to replacing solar as the dominant new generation source.
The EIR report said nuclear will not achieve steady expansion until around 2040, while gas will continue to displace coal, which it expects to be fully phased out around the same time.
Of the 136 GW of “high probability” additions FERC expects to see energized by September 2028, solar accounts for 91 GW — about 67%. Wind makes up 23 GW, or 17% of high probability additions; gas accounts for 20 GW, or about 15%; and nuclear is expected to provide just 335 MW — 0.2%.
"FERC’s latest data show that no amount of rhetorical manipulation can change the fact that solar, wind, and other renewables continue on the path to eventual domination of the energy market,” said Ken Bossong, the executive director of the pro-solar Sun Day Campaign, in a statement.
Utiltiy Dive Generation
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05 December 20252 min readUs Added 2 Gw Of Solar In September, Putting 2025 Ahead Of 2024 For New Solar Generation
Utiltiy Dive Generation
05 December 2025
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India Adds 4.9 Gw Rooftop Solar In Jan–Sept 2025 As Installations Rise 161% Year-On-Year – EqIn Short : India installed 4.9 GW of rooftop solar capacity between January and September 2025, marking a 161% year-on-year surge. Strong policy support, rising demand for residential systems, and rapid uptake under national rooftop programmes drove this expansion. With quarterly additions hitting record highs, rooftop solar is emerging as one of the fastest-growing segments in India’s renewable energy landscape.
In Detail :India added 4.9 GW of rooftop solar capacity in the first nine months of 2025, marking a major leap for the sector and highlighting the country’s accelerating shift toward distributed renewable energy systems. This growth reflects rising awareness, improving affordability, and supportive national schemes.
The 161% year-on-year increase underscores how rooftop solar adoption has expanded far faster in 2025 compared to the previous year. The surge is driven by growing consumer interest and easier access to rooftop installation markets across states.
The July–September quarter proved exceptionally strong, contributing about 2.1 GW of new rooftop capacity in just three months. This stands as the highest quarterly addition recorded so far and indicates a sustained upward trend.
Residential installations formed the bulk of the new capacity, encouraged by government incentives and widespread participation in national programmes aimed at reducing household electricity expenses. This shift has made rooftop solar increasingly mainstream among urban and semi-urban consumers.
Industrial users also showed substantial engagement, contributing around one-fifth of the quarterly capacity. Commercial and institutional segments added smaller but steady shares, reflecting a balanced mix of adoption across consumer categories.
By September 2025, total rooftop solar capacity in the country reached 18.6 GW. Several leading states continued to record strong performance, supported by robust policy frameworks and high consumer participation.
States with limited land availability have been relying heavily on rooftop installations to meet local clean-energy needs. These regions recorded some of the fastest growth rates, demonstrating the strategic value of distributed systems.
Even with impressive progress, challenges remain in meeting long-term programme targets, particularly in areas such as subsidy disbursement and grid-integration processes. Addressing these barriers will be essential for sustaining momentum.
Overall, the significant rise in rooftop installations in 2025 reflects a maturing market, stronger policy push, and increasing consumer confidence. If growth continues along this trajectory, rooftop solar will play a transformative role in India’s clean-energy transition in the coming years.
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EQ Mazagine
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05 December 20252 min readIndia Adds 4.9 Gw Rooftop Solar In Jan–Sept 2025 As Installations Rise 161% Year-On-Year – Eq
EQ Mazagine
05 December 2025
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India Installs 6.1 Gw Of Open-Access Solar In First Nine Months Of 2025From pv magazine India
India added 6.1 GW of open-access (off-site commercial and industrial) solar capacity in the first nine months of calendar year 2025, up around 13% from the 5.4 GW installed during the same period in 2024, according to the Q3 2025 Mercom India Solar Open Access Market Report. The rise in installations was driven by steady demand from commercial and industrial consumers.
Cumulative open-access solar capacity reached 27.9 GW as of Sept. 30, 2025. Karnataka leads with nearly 25% of total installations. Maharashtra and Gujarat rank second and third, with 17% and 12%, respectively.
In the third quarter of 2025, India added 2.2 GW of open-access solar capacity. The figure was 21% lower than the 2.8 GW added in the second quarter but double the 1.1 GW added in the same period of 2024.
Capacity additions in the third quarter were constrained by delays in grid-connectivity approvals, restricted substation access and limited transmission-evacuation capacity in states with weaker grid infrastructure.
Karnataka led additions in the third quarter of 2025, accounting for nearly 38% of installations. Rajasthan and Gujarat followed with around 25% and 11%, respectively.
“Even with supply-chain pressures, rising module prices, and inconsistent policies slowing momentum, the cost advantage of open access is proving strong enough to break through these barriers,” said Priya Sanjay, managing director at Mercom India. “Without the headwinds, open access renewables could be a significant contributor towards India’s green targets.”
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04 December 20252 min readIndia Installs 6.1 Gw Of Open-Access Solar In First Nine Months Of 2025
PV Magazine
04 December 2025
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India Adds 31.2 Gw Non-Fossil Capacity In Fy 25-26 Till October 2025 – EqIn Short : India added 31.2 GW of non-fossil fuel power capacity in FY 2025–26 up to October 2025, marking strong progress toward its clean energy targets. The growth reflects rapid expansion in solar, wind, hydro, and nuclear segments. This increase strengthens grid sustainability, lowers carbon intensity, and supports India’s long-term commitment to achieving a greener, more resilient energy mix.
In Detail :REIAs Drive Strong Momentum With 67.5 GW Renewable Energy LoAs Issued Since April 2023 with Zero Cancellations
India has already achieved 50% of its installed electricity capacity from non-fossil fuel sources, five years ahead of the target set under its Nationally Determined Contributions to the Paris Agreement. As of 31 October 2025, the installed capacity from non-fossil sources stands at about 259 GW, with 31.2 GW added in the current financial year up to October 2025.
As on 31st October, 2025, Renewable Energy Implementing Agencies (REIAs) of the Ministry of New & Renewable Energy (MNRE), namely Solar Energy Corporation of India Limited (SECI), NTPC Limited (NTPC), NHPC Limited (NHPC) and SJVN Limited (SJVN), have issued Letters of Award (LoAs) of 67,554 MW in respect of renewable power procurement tenders issued by them since April 2023 and no cancellations have been made after issuance of Letters of Award.
States are also issuing renewable power procurement tenders and renewable power capacity is also being added in commercial and industrial sectors through Green Energy Open Access/ Captive route. Thus, capacity addition of renewable energy is progressing through multiple pathways and not necessarily only through REIA led bids.
With the declining cost of solar-plus-storage and dispatchable renewable power, there is a growing preference among distribution companies and end procurers for such solutions. This shift has been accompanied by a reduced demand for plain solar power. Solar-plus-storage configurations are also being preferred over wind-solar hybrid projects, particularly due to their ability to supply power during peak demand hours. Accordingly, the Government has sensitized the REIAs to move from plain solar tenders to tenders of Solar with Energy Storage, tenders with configuration to supply renewable power during peak hours and tenders with configuration to supply Firm and Dispatchable Renewable Energy (FDRE).
To facilitate the further execution of PPAs in respect of bids issued by REIAs, the Government has undertaken several proactive measures. These include urging States to comply with the Renewable Consumption Obligation (RCO) under the Energy Conservation Act, and advising Renewable Energy Implementing Agencies (REIAs) to aggregate demand from DISCOMs and other consumers before designing and issuing tenders. Regional workshops have been organized with major renewable energy-procuring States to address implementation challenges and accelerate PPA signing.
Central Electricity Authority (CEA) prepares the transmission plan in advance based on the Renewable Energy (RE) potential declared by the Ministry of New & Renewable Energy (MNRE) to provide a clear visibility of transmission system to the RE developers. The transmission system is implemented in phases commensurate with generation capacity addition to optimize the transmission system.
Around 47.2 GW of Battery Energy Storage System (BESS) has been considered for planning of transmission system upto 2032. Deployment of BESS enables peak shifting, reduces network congestion and improves utilisation of transmission assets, thereby optimising overall transmission system.
As per Central Electricity Regulatory Commission (Connectivity and General Network Access to the inter-State Transmission System) (Third Amendment) Regulations, 2025, connectivity is to be granted for solar and non-solar hours. This will further help in efficient utilization of the transmission system. This will also enable integration of additional RE with co-located BESS to the grid without the requirement of additional transmission infrastructure.
This information was submitted by Union Minister of New and Renewable Energy Shri Pralhad Joshi in Rajya Sabha today.
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EQ Mazagine
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04 December 20254 min readIndia Adds 31.2 Gw Non-Fossil Capacity In Fy 25-26 Till October 2025 – Eq
EQ Mazagine
04 December 2025
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France Deploys 1.5 Gw Of Solar In Q3From pv magazine France
France deployed 4,445 MW of solar during the first three quarters of this year, according to the latest figures from the Ministry of Ecological Transition. This compares to 3,735 during the same period of 2024 and 2,408 MW in the first nine months of 2023.
In the third quarter alone, the newly installed capacity was 1,533 MW, which compares to 1,463 MW a year earlier.
The country's cumulative installed PV capacity reached 29.7 GW at the end of September.
Nearly a third of France’s newly connected photovoltaic capacity comes from installations larger than 500 kW, even though these projects represent just 0.2% of the total number of new connections. In contrast, smaller systems under 9 kW account for 86% of new units but only 13% of the added capacity.
The regions of Nouvelle-Aquitaine, Occitanie, and Auvergne-Rhône-Alpes contributed 46% of the country’s newly connected capacity. These regions also hold the largest share of France’s total installed capacity, with 51% of the nationwide total.
Pipeline projects continue to grow, with capacity rising 15% since Q4 2024 to reach 36.9 GW. Of this, 8.4 GW have secured signed connection agreements.
In Q3 2025, photovoltaic self-consumption reached 1,173 GWh, equivalent to 10% of the quarter’s total PV production. Fully self-consumed installations generated 255 GWh, representing 22% of all self-consumed PV electricity. These installations account for 13% of metropolitan France’s self-consumption capacity and 8% of its total installed capacity.
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03 December 20252 min readFrance Deploys 1.5 Gw Of Solar In Q3
PV Magazine
03 December 2025
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Miso Begins Reviewing 6.1 Gw — 70% Of It Gas — In Fast-Track Interconnection StudyAbout 6.1 GW of potential projects have entered into the Midcontinent Independent System Operator’s fast-track interconnection review process’ second cycle, bringing the total capacity under review to about 11.2 GW, the grid operator said Monday.
Gas-fired generation in the Expedited Resource Addition Study’s second study cycle totals 4.3 GW, or 70% of the total capacity in the cycle, according to a summary of the pending ERAS projects. Battery projects totaled 800 MW in network interconnection capacity, followed by wind projects at 580 MW and solar at 475 MW.
“Cycle 2 builds on the momentum of Cycle 1 and reflects the continued demand for timely, reliable interconnection solutions,” Aubrey Johnson, MISO’s vice president of system planning, said in a news release. “These projects are essential to meeting near-term reliability needs and ensuring new resource additions are online to meet load growth.”
Three Cycle 1 projects have executed generator interconnection agreements and MISO said it expects the seven remaining projects in the cycle will complete interconnection agreements this month.
MISO said it has accepted or is reviewing 51 projects totaling almost 30 GW into ERAS, which aims to bring power supplies online quickly to meet near-term grid needs. The process allows planned resources that meet eligibility criteria to sidestep MISO’s standard interconnection queue reviews.
Under the ERAS process, MISO is studying up to 15 projects per quarter on a first-come, first-served basis. MISO will study up to 68 projects before the program ends on Aug. 31, 2027.
Last month, public interest groups sued to overturn the Federal Energy Regulatory Commission approval of MISO's fast-track interconnection review program, along with that of the Southwest Power Pool, arguing in part that they give the reviewed projects an unfair advantage over projects in the grid operators’ standard interconnection queues.
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03 December 20252 min readMiso Begins Reviewing 6.1 Gw — 70% Of It Gas — In Fast-Track Interconnection Study
Utiltiy Dive Generation
03 December 2025
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Gujarat Accelerates Clean Energy Growth With 7.5 Gw Addition In Six Months – EqIn Short : Gujarat has added an impressive 7.5 GW of renewable energy capacity in just six months, driven primarily by rapid growth in solar and wind installations. This surge strengthens the state’s leadership in India’s clean energy transition, enhances grid reliability, and positions Gujarat as a powerhouse for sustainable development and large-scale renewable integration.
In Detail :Gujarat’s addition of 7.5 GW in a short span marks one of the fastest renewable expansions by any state in India. The scale and speed of deployment highlight robust policy support, strong industrial participation, and effective renewable project execution.
Solar energy played a dominant role in this growth, supported by Gujarat’s favorable land availability, high irradiance, and investor-friendly ecosystem. Large utility-scale projects and expanding rooftop solar adoption contributed significantly to the surge.
Wind power also saw substantial momentum, driven by the state’s strong coastal wind corridors and ongoing development of onshore wind farms. The combination of solar and wind has strengthened Gujarat’s position as a balanced renewable energy hub.
The state’s hybrid project push is further accelerating renewable capacity. By integrating solar and wind with storage-ready planning, Gujarat is preparing for a more stable and flexible renewable supply profile.
This rapid expansion supports India’s national renewable energy goals and contributes meaningfully to the country’s target of achieving 500 GW of non-fossil capacity by 2030. Gujarat’s progress serves as a model for other states aiming for aggressive clean energy growth.
Infrastructure upgrades, including transmission enhancements and green energy corridors, have played a crucial role in enabling large-scale capacity addition. Improved evacuation and better grid planning ensure minimal bottlenecks for new clean power.
The renewable boom is also boosting local economies through job creation in manufacturing, EPC services, logistics, and O&M activities. With expanding solar parks and wind clusters, the state continues to attract major investments.
Environmentally, Gujarat’s rapid renewable growth helps reduce carbon emissions and reliance on fossil-fuel-based power. The shift toward a cleaner energy mix supports improved air quality and long-term sustainability objectives.
Overall, Gujarat’s 7.5 GW renewable surge highlights its commitment to leading India’s clean energy transformation. The momentum underscores the state’s strategic vision, strong execution capability, and growing role as a national renewable energy leader.
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EQ Mazagine
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03 December 20252 min readGujarat Accelerates Clean Energy Growth With 7.5 Gw Addition In Six Months – Eq
EQ Mazagine
03 December 2025
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Saudi Arabia Secures Financing For 15 Gw Of New Solar And Wind CapacityRiyadh-based Acwa Power, Water and Electricity Holding Company (Badeel) and Saudi Aramco Power Company have announced financial close on five solar projects and two wind projects in Saudi Arabia.
The seven projects, which represent 15 GW of new capacity, secured a senior debt facility totaling $5.9 billion funded by local, regional and international banks.
Acwa Power lists the funders as Ajman Bank, Al Masraf, Alinma Bank, Arab National Bank, Bank of China, China Construction Bank, China Minsheng Bank, Emirates NBD Bank, Eurobank, First Abu Dhabi Bank, HSBC Bank Middle East Limited, Industrial and Commercial Bank of China Limited, KfW IPEX-Bank GmbH, Mizuho Bank, Natixis, Piraeus Bank, Saudi Awwal Bank, Saudi National Bank, Société Générale, Standard Chartered Bank Limited and Sumitomo Mitsui Trust Bank.
The featured solar projects are the 2 GW Afif1 and 2 GW Afif2 sites located in the country’s Riyadh province, the 3 GW Bisha project in the southern Aseer region, the 3 GW Humaji project in the western Madinah region and the 2 GW Khulis project in the western Makkah region.
Power purchase agreements between the Acwa-led consortium and Saudi Power Procurement Company (SPPC) were put in place for each project in July, with levelized cost of electricity (LCOE) ranging between SAR 0.047 ($0.013)/kWh and SAR 0.051/kWh.
The projects, implemented under Saudi Arabia’s National Renewable Energy Program (NREP), are scheduled to become operational throughout the second half of 2027 and first half of 2028.
Acwa Power Chief Executive Officer, Marco Arcelli, says the sites will potentially create thousands of jobs, stimulate domestic supply chains and enable significant technology transfer to Saudi talent through dedicated training programs. “As the largest agreement under the NREP, this landmark collaboration underscores the nation’s steadfast commitment to building a more resilient and sustainable energy landscape,” he added.
According to data available on SPPC’s website, renewable capacity connected to the Saudi grid is expected to reach 12.7 GW by the end of 2025 and surpass 20 GW by the end of next year. The country's cumulative solar capacity surpassed 4.2 GW by the end of 2024, according to figures from the International Renewable Energy Agency (IRENA).
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02 December 20252 min readSaudi Arabia Secures Financing For 15 Gw Of New Solar And Wind Capacity
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02 December 2025
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Spain Awards 133 Energy-Storage Projects Totaling 2.4 Gw And 10 GwhFrom ESS News
The Institute for the Diversification and Saving of Energy (IDAE) has published the Final Proposed Resolution for the first call for aid regarding innovative energy storage projects. Co-financed by European Regional Development Fund (ERDF) funds (2021–2027) and originally convened in May, the tender process saw its provisional results released in late October.
The final results and resolution confirm financing for 133 storage projects with an aggregate power capacity of nearly 2,400 MW and a cumulative energy capacity of approximately 10,000 MWh.
To continue reading, please visit our ESS News website.
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02 December 20251 min readSpain Awards 133 Energy-Storage Projects Totaling 2.4 Gw And 10 Gwh
PV Magazine
02 December 2025
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Uttar Pradesh Surpasses 1 Gw In Installed Solar Capacity, Marking A Major Clean Energy Milestone – EqIn Short : Uttar Pradesh has crossed 1 GW of installed solar capacity, reflecting rapid progress in the state’s renewable energy expansion. The milestone highlights successful policy initiatives, growing private sector participation, and rising consumer adoption. This achievement strengthens UP’s energy security, reduces carbon emissions, and positions the state as an emerging solar hub contributing significantly to India’s national clean energy targets.
In Detail :Uttar Pradesh’s achievement of surpassing 1 GW of installed solar capacity marks a significant turning point in the state’s clean energy journey. The rapid growth in solar deployment demonstrates the success of its policy framework, which encourages investment, simplifies project development, and promotes large-scale solar installations across both public and private sectors. This milestone highlights the increasing pace of renewable energy adoption in one of India’s largest states.
The state government’s focus on utility-scale solar parks, open-access projects, and land allocation reforms has played a crucial role in enabling developers to establish projects more efficiently. Large solar parks developed through public–private partnerships have helped streamline approvals, reduce infrastructure challenges, and attract significant capital inflows into Uttar Pradesh’s renewable energy ecosystem.
Rooftop solar has also contributed to the state’s growing solar footprint, supported by incentives for residential, commercial, and industrial consumers. Improved net metering regulations and rising electricity tariffs have strengthened rooftop solar’s economic appeal, leading to increasing installations across cities and industrial clusters. These distributed systems enhance grid stability and lower overall energy costs for consumers.
The 1 GW milestone further strengthens Uttar Pradesh’s long-term energy security by reducing dependence on thermal power and diversifying its energy mix. With rising power demand, the expansion of solar capacity helps the state meet growing consumption needs while reducing peak load stress and enhancing grid reliability. This transition supports broader economic development and resilience.
Private sector participation has grown steadily, with multiple developers, industries, and financial institutions committing to large solar investments in the state. Competitive tariffs and strong demand from industrial consumers have made Uttar Pradesh an attractive destination for renewable energy development, driving additional momentum for future solar capacity additions.
This milestone also contributes to India’s national renewable energy goals, especially as the country aims to significantly increase its solar capacity under the 2030 targets. Uttar Pradesh’s progress sets an example for other states with similar demographic and economic profiles, demonstrating how policy stability and infrastructure development can accelerate clean energy adoption.
Overall, crossing 1 GW of solar capacity is a landmark achievement for Uttar Pradesh, reflecting its growing commitment to sustainable energy, environmental stewardship, and long-term economic growth. This accomplishment sets the foundation for the state’s ambitious plans to expand its solar footprint further, attract more investments, and play a vital role in India’s transition toward a cleaner and more resilient energy future.
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EQ Mazagine
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30 November 20253 min readUttar Pradesh Surpasses 1 Gw In Installed Solar Capacity, Marking A Major Clean Energy Milestone – Eq
EQ Mazagine
30 November 2025
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