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30 January 2025
Global Energy Monitorpowerplant
Jan 30, 2025Global Energy Monitor
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Nearly all the European projects to introduce hydrogen into gas-fired power plants, LNG terminals, and gas transmission pipelines in an effort to decarbonize the energy system have yet to move beyond the announcement phase, finds a new report from Global Energy Monitor.
Offering one of the most comprehensive looks to date at Europe’s hydrogen infrastructure plans, and how they overlay the region’s gas network, the Europe Gas Tracker documents 96 gas-fired power plants with 44.6 gigawatts (GW) of capacity to burn hydrogen — roughly the size of Italy’s gas-fired power fleet — as well as twelve projects to expand or convert LNG terminals to import hydrogen derivatives, and 323 pipelines to transport hydrogen over 50,000 kilometers — a 40% increase in the length of hydrogen pipelines in development last year.
Hydrogen produced from renewable energy could be an important decarbonization tool in certain applications, such as industrial processes where fossil-based hydrogen is used today. However, Europe’s hydrogen plans appear, at best, out of touch with the science and economics of the fuel, and at worst, like an attempt by the oil and gas industry to extend the lifetime of Europe’s dependency on gas.
The majority of these proposed projects are still in early stages and have not advanced beyond the drafting board. Among hydrogen-burning proposals at power plants, several pilot projects have begun operating with small amounts of hydrogen, but almost three-quarters of all capacity is still in the earliest phases of only having been announced.
More than half of these hydrogen power projects do not have a start year specified, and only a small fraction have secured memoranda of understanding, contracts, or financing for hydrogen supplies.
Among hydrogen pipeline projects, plans are split evenly between using new pipelines, retrofitting existing gas pipelines, and using a mix of new and retrofitted pipelines. However, retrofitting pipelines for hydrogen would largely entail replacing them.
The European Commission’s most recent Projects of Common Interest list offers funding and streamlined permitting to hydrogen-capable pipeline projects totaling 22,394 km. Some hydrogen pipelines on the list appear nearly identical to older gas pipeline proposals, suggesting that gas companies could be using hydrogen branding to garner support.
No hydrogen derivative import projects at LNG facilities have begun construction or taken final investment decisions indicating they will move forward, and just one pipeline to transport hydrogen gas is currently being built.
The International Energy Agency has warned that planning is far behind on projects to produce hydrogen from renewable energy sources that would supply this sprawling network.
Meanwhile, the buildout of LNG infrastructure appears to be slowing. Several major projects came online last year, but the pace of new proposals has nearly ground to a halt, with just one new import project mooted in 2024. Five projects totalling 28.7 billion cubic meters per year in new LNG import capacity came online, two-thirds of the capacity that was added in 2023.
As European gas demand begins to fall, these projects are unnecessary and risk wasting public and private investment.
Robert Rozansky, Project Manager for the Europe Gas Tracker, said, “A hydrogen network of this scale, with power production as a major end use, is impractical and unrealistic as a decarbonization strategy. Rather than risk locking in gas, EU policy makers should require project developers to make clear how they will source green hydrogen. This will hold regulators to account and allow for better project planning.”
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Robert Rozansky
Project Manager, Global LNG Analyst, Global Energy Monitor
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Switzerland Forecasts 1.5 Gw Annual Solar Growth Through 2027From pv magazine Germany
Swissolar says PV deployment in Switzerland will likely average 1.5 GW a year through 2027 as the industry adjusts to policy uncertainty and lower feed-in tariffs. It presented three scenarios in its “Solar Monitor 2025” report outlining possible market developments and urging policymakers to sustain steady photovoltaic expansion.
The industry association expects around 1.5 GW of new photovoltaic capacity to be installed in Switzerland this year, down from roughly 2 GW in 2023 and 2024, which marked record growth. Swissolar President Jürg Grossen said maintaining installations at 1.5 GW annually would be sufficient to meet the nation’s 2050 climate targets.
The “Solar Monitor 2025” report indicates that new systems are already influencing the electricity market. For 2025, Swissolar projected solar power generation above 8 TWh, covering about 14% of annual consumption. “The total amount of solar power generated will be equivalent to that of a nuclear power plant,” Grossen said at a media briefing this week.
Swissolar Chief Executive Matthias Egli described the report’s three scenarios. The “medium scenario” foresees photovoltaic additions of 1.5 GW in both 2026 and 2027, rising to 1.8 GW by 2030. The “braking scenario” projects 1.2 GW by 2030, while the “express scenario” anticipates 2.7 GW, depending on policy and market conditions.
“Electricity is a penny-pinching business,” Grossen said, citing uncertainty in the PV market. “Currently, there’s a lot of uncertainty. The new photovoltaic models haven’t yet taken hold.” He attributed this partly to low feed-in tariffs and an unclear demand outlook, including the pending blackout initiative that could lift the ban on new nuclear power plants and further unsettle investment prospects.
Prices are declining across all segments and system sizes. Most new installations remain rooftop systems, while agrivoltaics, alpine power plants, and infrastructure projects contribute marginally to annual output.
Despite these challenges, Swissolar highlighted a number of positive trends. Photovoltaics and hydropower remain a “dream team” for stable electricity supply, and battery storage deployment is increasing, the association said. It plans to publish its first comprehensive storage report in spring 2026, forecasting battery capacity of 1.25 GWh by the end of 2025 – up about 50% from 2024.
Switzerland’s 8 GW of installed PV capacity is already influencing wholesale electricity prices, particularly during summer. Swissolar said flexibility measures such as battery storage and shared solar models – including Zero Energy Communities (ZEV) and Local Energy Communities (LEG) – could mitigate price drops and grid strain. It urged the Federal Council to adjust network-charge regulations to promote shared use and reduce grid-expansion needs.
Swissolar said it is also optimistic about the rollout of dynamic electricity tariffs by six distribution network operators next year and continues to advocate broader adoption of energy management systems.
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14 November 20253 min readSwitzerland Forecasts 1.5 Gw Annual Solar Growth Through 2027
PV Magazine
14 November 2025
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Opinion – Paradigm Shift Of India’S Renewable Energy Additions Surge 123% To 20.1 Gw In Fy26 And Its ImpactIndia’s renewable energy sector has just hit a turning point. Between April and August 2025, the country added a record 20.1 gigawatts (GW) of renewable power capacity, a 123 percent increase compared to the same period last year, when additions stood at just 9 GW. According to data from the Ministry of New and Renewable Energy (MNRE) and market observers like ICRA, this pace positions India to cross 35 GW of new capacity by the end of FY26, the highest annual addition in its clean-energy history.
This isn’t just a statistical surge. It signals a deeper industrial and policy transformation, a paradigm shift in how India is generating, managing, and investing in its energy future.
For one, the pipeline of commissioned and near-ready projects is at its healthiest in years. The Central Electricity Authority (CEA) has identified more than 140 GW of projects in various stages of execution, much of it solar and hybrid (solar-plus-wind). Developers rushed to complete projects before the inter-state transmission charge waiver expired on June 30, 2025 pushing a flood of installations into the first half of FY26.
Simultaneously, module prices dropped to historic lows. In August 2025, imported N-type solar modules were trading around 8–9 US cents per watt, down almost 40 percent year-on-year. This cost compression, combined with strong tender pipelines, made 2025–26 the most competitive year yet for solar power deployment in India.
The rise in corporate demand has also played a crucial role. India’s commercial and industrial (C&I) sector responsible for over 50 percent of electricity consumption is pivoting aggressively towards renewable procurement, driven by decarbonisation commitments and the economics of lower tariffs.
This record addition is not merely about more solar panels and wind turbines. It marks a broader industrial realignment that could redefine India’s clean-energy trajectory.
Energy Security and Decentralisation – For a country still importing nearly 85 percent of its oil and 50 percent of its gas, expanding renewables directly translates into strategic independence. With every gigawatt added, India cuts fossil-fuel exposure and builds distributed power networks that are more resilient to global shocks.
Manufacturing and Jobs – A sustained 30–35 GW annual installation rate will demand a parallel surge in domestic manufacturing. The government’s Production-Linked Incentive (PLI) scheme for high-efficiency solar modules worth ₹ 24,000 crore has already catalysed expansions. If wafer, ingot, and polysilicon capacities come online as planned, the next two years could generate tens of thousands of skilled jobs.
Investment Confidence – The 123 percent jump in additions sends a clear market signal: India’s clean-energy build-out is accelerating sustainably. Analysts estimate that FY26 alone could attract $20–25 billion in renewable investments, up from about $11 billion in FY25. Institutional investors such as CPP Investments, GIC, and Brookfield have already increased allocations toward Indian solar and hybrid projects, reflecting renewed confidence in project viability.
Global and Climate Leadership – On the diplomatic front, this performance strengthens India’s credibility. It demonstrates that a developing economy can expand renewables rapidly without compromising growth. With the 2028 G20 climate review ahead, India’s progress could position it as a case study in scalable, inclusive green transition.
While FY26’s surge is impressive, sustaining such pace will test both policy and infrastructure. The first challenge lies in transmission readiness. The Green Energy Corridor and ISTS network need continuous expansion to absorb large renewable inflows. The CEA warns that delays in evacuation lines could bottleneck 25–30 GW of upcoming capacity.
The second issue is project execution. Land acquisition, PPA approvals, and state-level clearances still slow down rollouts. In fact, despite record capacity additions, new tendering fell to just 3.4 GW in the first half of FY26 a sign that developers are still digesting existing pipelines. Finally, cost volatility in global commodities and potential trade measures (such as duties on imported modules) could affect the economics of upcoming projects.
Beyond gigawatts and grids, this momentum is redefining India’s economic landscape. States such as Gujarat, Rajasthan, Tamil Nadu, and Karnataka already renewable leaders are seeing a cascade of local benefits: new industrial parks, upgraded logistics, and ancillary manufacturing clusters. The cascading effects extend to battery storage, green hydrogen, and EV integration sectors now aligning with India’s renewable surge. The Solar Energy Corporation of India (SECI) has already floated hybrid tenders coupling 1.5 GW of solar and 1 GWh of storage, marking the beginning of a new storage-driven grid era.
India’s energy story has moved beyond ambition to acceleration. A 123 percent jump in capacity additions is not just a headline, it’s a signal of structural maturity, industrial resilience, and policy coherence. If the country sustains this trajectory through FY26 and FY27, it could well emerge as the world’s third-largest market for renewable deployment, behind only China and the United States.
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13 November 20254 min readOpinion – Paradigm Shift Of India’S Renewable Energy Additions Surge 123% To 20.1 Gw In Fy26 And Its Impact
Solar Quarter
13 November 2025
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Constellation Will Invest In 5.8 Gw Of Power Capacity And Storage In Maryland (Us)In July 2025, Constellation Energy received regulatory approval from the Federal Energy Regulatory Commission (FERC) for its previously announced US$16.4bn acquisition of Calpine Corporation, first disclosed in January 2025. The acquisition will create the
largest "low emission" power generation company
, with nearly 60 GW of capacity, including nuclear, natural gas, geothermal, hydro, wind, solar, cogeneration, and battery storage assets. Calpine currently operates 27 GW of generation capacity, while Constellation Energy Corporation has the largest nuclear fleet in the United States, operating over 32 GW of nuclear, wind, solar, gas-fired and hydropower capacity, enough to power the equivalent of 16 million homes and providing about 10% of the country’s clean energy.
ENER Data
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13 November 20251 min readConstellation Will Invest In 5.8 Gw Of Power Capacity And Storage In Maryland (Us)
ENER Data
13 November 2025
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Iea Warns Global Solar Growth May Plateau At 540 Gw Annually To 2035Global solar capacity additions are expected to average 540 GW through to 2035, according to the latest report by the IEA.
The IEA World Energy Outlook 2025 report predicts that renewables will grow faster than any other major energy source across all growth scenarios, with the continued trajectory led by the deployment of solar.
But it adds that under its Current Policies Scenario (CPS), which accounts for policies and regulations already in place, solar’s global annual additions will stall at around levels first seen in 2024, largely due to mounting integration challenges.
Renewables, led by solar, are still projected to go from one third of global power generation in 2024 to just under half by 2035 under the CPS scenario, while coal remains the largest single source of global power generation over the next ten years.
China is expected to hold its position as the largest market for renewables, accounting for 45% to 60% of global deployment over the next ten years across all of IEA’s growth scenarios, while also remaining the largest manufacturer of most renewable energy technologies.
IEA’s report suggests repowering programmes for solar would enable energy outputs to increase further. The agency says an accelerated repowering schedule could lead to a substantial increase in the size of the solar PV panel market, by benefiting from the current oversupply of solar products and allowing installations to benefit from panels that are 40% more efficient that those that entered the market in 2010.
“An accelerated repowering schedule would raise the average performance of the solar PV fleet, due to faster stock turnover and uptake of higher efficiency panels,” the report explains. “For example, a 2% absolute increase in the average efficiency of a panel would result in over 10% higher electricity output from each panel with the same rated capacity. By 2035, that would mean up to 15% higher electricity output from solar PV globally.”
Elsewhere in the report, IEA says energy market dynamics are increasingly shaped by a group of emerging countries, led by India and Southeast Asia and joined by countries in the Middle East, Latin America and Africa. The watchdog describes these countries as “taking up the baton from China” but points out that none will come close to replicating China’s energy trajectory alone.
By 2035, 80% of energy consumption growth occurs in regions with high-quality solar irradiation, representing a sharp contrast with the past decade when medium- to low-solar regions drove half of energy consumption growth.
“These conditions provide an opportunity to harness abundant solar resources that should translate into higher average capacity factors for solar PV than currently registered, and potentially lower average generation costs,” the report says.
Elsewhere, a chapter focused on electricity access highlights that countries with large remaining access gaps are facing high financing costs, heavy debt burdens and shrinking development budgets. Progress on electrification is currently slower than it was pre-pandemic, IEA adds, meaning current trajectories fall short of the pace required to deliver universal access over the next decade and even by mid-century.
In October, IEA lowered its forecast for solar growth over the second half of this decade, which it attributed to policy changes in China and the United States.
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PV Magazine
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13 November 20253 min readIea Warns Global Solar Growth May Plateau At 540 Gw Annually To 2035
PV Magazine
13 November 2025
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Italy Awards 2 Gw In Agrivoltaic Tender Backed By Eu FundsFrom pv magazine Italy
Italy’s MASE has released updated results from the country’s first agrivoltaic tender, confirming that 747 projects with a combined capacity of 2 GW have been selected.
In July, the ministry reported 536 projects totaling 1.59 GW.
Of the selected projects, 363 exceed 1 MW, representing a combined capacity of 1.76 GW and requiring a total budget of €957.1 million. Another 384 smaller projects under 1 MW will add 253 MW at a cost of €141.8 million.
The tender is expected to allocate a total of €1.7 billion, financed through the European Union’s National Recovery and Resilience Plan (PNRR), created in 2021 to support economic recovery following the Covid-19 pandemic.
Projects awarded under the program will receive subsidies covering up to 40% of eligible costs, along with a guaranteed purchase price for net electricity supplied to the grid.
The ministry said the results mark a key milestone for integrating renewable power with agricultural land use while accelerating Italy’s clean energy targets under the European Green Deal.
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13 November 20251 min readItaly Awards 2 Gw In Agrivoltaic Tender Backed By Eu Funds
PV Magazine
13 November 2025
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Indonesia Expected To Reach 23.2 Gw Of Solar By 2035Indonesia’s cumulative solar capacity is forecast to reach 23.2 GW by 2035, according to figures published by London-based data analytics and consulting company GlobalData.
The consultancy’s latest report expects Indonesia to surpass 1 GW of installed solar by the end of this year, hitting 1.5 GW. While solar currently sits as the third largest energy source in Indonesia’s renewable power market, behind geothermal and biopower sources, it is forecast to become the largest renewable energy source by 2028, when it is projected to reach 4.7 GW.
By the end of the decade, cumulative solar capacity is expected to hit 9.1 GW. This growth trajectory will continue to accelerate through the early 2030s, surpassing 20 GW in 2034, ahead of reaching 23.2 GW in 2035.
GlobalData says Indonesia’s surge in solar installations over the next ten years will be driven by the expansion of floating and utility-scale projects, as well as rooftop solar programs that are supported by feed-in mechanisms and updated net-metering regulations.
Indonesia’s total renewable power capacity is projected to reach 38.1 GW by 2035, up from 8.4 GW in 2024, equivalent to a compound annual growth rate of 14.7% between 2024 to 2035.
Mohammed Ziauddin, power analyst at GlobalData, explained that Indonesia’s renewables expansion is being catalyzed by frameworks including the Just Energy Transition Partnership, which targets 44% renewable electricity by 2030, alongside fiscal and investment incentives.
Despite the strong renewables growth forecast, Indonesia’s power system is expected to remain heavily reliant on thermal sources through to 2035. Coal-fire capacity is expected to rise from 55.6 GW in 2024 to 61.4 GW in 2035, supported by existing contracts and state-owned infrastructure. Similarly, gas-fired capacity is set to increase from 29.1 GW in 2024 to 36 GW in 2035, in order to provide flexibility and backup for renewables.
With Indonesia still reliant on isolated island grids, Ziauddin added that the country will require focus on expanding cross-island transmission and deploying digital grid systems to support the scaling of renewables.
“Indonesia’s power system is entering a dual-track phase of expansion, scaling renewables while retaining thermal stability,” he concluded. “With solar PV and wind onshore leading growth, supported by geothermal development and grid modernization, the country is progressively building a more diversified and secure energy mix through 2035 and beyond.”
Indonesia’s National Energy Policy is aiming to reach up to 108.7 GW of solar capacity by 2060. Earlier this year, the Indonesian government launched an initiative to deploy 100 GW of solar, consisting of plans for 80 GW of 1 MW solar minigrids with storage, alongside 20 GW of centralized solar power plants.
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PV Magazine
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12 November 20253 min readIndonesia Expected To Reach 23.2 Gw Of Solar By 2035
PV Magazine
12 November 2025
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Frv Submits 1.8 Gw Of Bess And Solar Projects To Uk’S Gate 2 Window Of Neso’S Connection Reform ProcessThe projects are seeking advanced connection dates pre-2030, with proposed connection dates through 2026 to 2029.
The portfolio includes both solar plants and battery energy storage systems (BESS), consolidating FRV’s role as one of the key players in the UK energy sector. Amongst the most prominent projects are the Bicker Fen (400 MW), Stocking Pelham (400 MW), Stow Manor (400 MW), Ansty (200 MW) and Maes Melin (200 MW) BESS projects. In addition, the Malice Farm project will combine 50 MW solar generation with storage, representing a further step in the integration of hybrid and flexible solutions. The portfolio also includes the 50 MW/200 MWh Hollybush and 50 MW/200 MWh Dunbar projects, each with protected connection dates in 2026 and 2027 respectively.
This pipeline reinforces FRV’s strategic position in the United Kingdom, the country where it inaugurated its first global storage plant, Holes Bay, in 2020. Since then, the company has brought into operation three facilities: Holes Bay, Contego and Clay Tye, reaching a total of 140 MW/280 MWh in operation.
“The UK was where we began our energy storage journey, and submission of our pipeline marks a significant milestone for us and is a vital step forward for the growth of our portfolio in the UK” said Tom Guilfoyle, Managing Director of FRV UK. “The Connection Reform presents an unprecedent opportunity to bring fully permitted, low carbon infrastructure online faster – vital to our continuing commitment to support a more resilient, decarbonised and efficient electricity grid energy mix, to accelerate a path to a secure, net-zero future.”
For additional information:
Fotowatio Renewable Ventures (FRV)
Renewable Energy Magazine
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12 November 20252 min readFrv Submits 1.8 Gw Of Bess And Solar Projects To Uk’S Gate 2 Window Of Neso’S Connection Reform Process
Renewable Energy Magazine
12 November 2025
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India Solidifies Solar Leadership: Achieves 130 Gw Total Installed Capacity, Adding 32 Gw In 2025India has made strong progress in the renewable energy sector, with solar power becoming the leading force in this shift. By the end of October 2025, the country had installed 129,923.82 megawatts (MW) of solar photovoltaic (PV) capacity. This figure represents over 64.87 percent of the total renewable energy capacity in India, excluding large hydro projects. The growth has been driven by steadily falling solar panel prices, improvements in technology, sustained government policies, and rising public awareness of clean energy.
In the first ten months of 2025 (January to October), India added 32,059.10 MW of new solar capacity. In October alone, 2,591.53 MW of solar capacity was added, a 2.04 per cent increase compared to the previous month. Wind energy growth was also positive, with 476.12 MW added in October. These additions show the country’s commitment to scaling up renewable power and reducing its reliance on fossil fuels.
As of October 2025, the cumulative renewable energy capacity in India (excluding large hydro) stood at 200.293 gigawatts (GW). Out of this, solar and wind together accounted for about 183.523 GW, which is more than 91.63 percent of the total non-large hydro renewable mix. Among the solar segment, ground-mounted solar systems remain dominant with 98.72 GW installed. Rooftop solar systems have reached 22.42 GW, showing increasing adoption among households, industries, and commercial establishments. Solar-wind hybrid projects are also becoming more common, with a capacity of 3.33 GW, helping improve land use and transmission efficiency. In addition, off-grid solar systems—covering solar lanterns, water pumps for agriculture, mini-grids—have exceeded 5.45 GW, bringing more reliable clean power access to rural parts of the country and helping replace diesel-based generation.
Government-led measures have played a key role in supporting this growth. The Production-Linked Incentive (PLI) scheme has promoted domestic manufacture of solar equipment, reducing dependence on imports. The Approved List of Models and Manufacturers (ALMM) policy was reintroduced on 1 April 2024, mandating that government-supported projects use only certified solar modules. From 1 June 2026, the rule will extend to solar PV cells as well, boosting efficiency and performance standards.
There are also broader policy improvements: for example, India reduced the Goods and Services Tax (GST) on solar PV modules and wind turbine generators from 12 percent to 5 percent.
This tax reduction is expected to lower plant capital costs and encourage even faster deployment of renewables. On the deployment front, India installed about 29.5 GW of solar capacity in the first three quarters of 2025, a year-on-year increase of around 70 percent.
Despite this strong growth and positive outlook, challenges remain. One major challenge is land acquisition for large solar parks, which is becoming more difficult in many regions. Grid integration of variable solar power also needs improvement, with better transmission infrastructure and balancing technologies required. Additionally, while manufacturing capacity is expanding, global trade dynamics and supply-chain issues pose risks. For example, higher import duties in the U.S. have redirected some module supplier interest to India, increasing availability and reducing panel prices—but this also raises questions about export markets and global competition.
Overall, India continues to strengthen its position as a global leader in renewable energy. The pace of solar deployment, policy support, growing manufacturing base, and increasing adoption across rooftops, ground-mounted systems, and off-grid solutions paint a very promising picture. For the country to meet its 500 GW non-fossil installed energy capacity target by 2030, the continued momentum will be essential, along with addressing the remaining bottlenecks.
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12 November 20253 min readIndia Solidifies Solar Leadership: Achieves 130 Gw Total Installed Capacity, Adding 32 Gw In 2025
Solar Quarter
12 November 2025
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Boviet Solar Makes Progress On 3.0 Gw Pv Cell Factory In Greenville, North CarolinaConstruction of the PV Cell Facility began in January 2025, and the exterior build-out has been completed on schedule. Representing Phase II of Boviet Solar’s North American manufacturing strategy, the Greenville PV Cell Factory will produce advanced, high-efficiency PV cells to meet the growing demand for Made-in-USA solar products.
Once fully operational, the facility will deliver an annual production capacity of 3.0 GW, complementing the company’s adjacent 3.0 GW PV Module Factory, which successfully commenced mass production in Q1 2025.
The Greenville PV Cell Facility is expected to be completed and begin mass production in the second half of 2026, creating more than 900 skilled local jobs and ensuring a reliable domestic supply of high-performance PV cells for both U.S. and global markets.
“We are excited to see steady progress on our Greenville PV Cell Factory project,” said Marco Marquez, General Manager of Manufacturing Operations at Boviet Solar USA.
“With exterior construction completed and interior work now underway, we remain firmly on track to bring this facility online in the second half of 2026. This expansion demonstrates our strong commitment to U.S. manufacturing and our vision of building a robust, vertically integrated solar production base on American soil.”
“This milestone marks another important step in Boviet Solar’s long-term growth strategy,” said Sienna Cen, President of Boviet Solar USA. “By expanding our production capabilities in the United States, we are not only supporting domestic content and job creation but also enhancing supply-chain resilience for our customers. Our goal is to deliver bankable, top-quality solar products while helping accelerate the nation’s clean-energy transition.”
The Greenville PV Module Factory (Phase I) manufactures Boviet Solar’s top-performing Gamma Series™ Monofacial and Vega Series™ Bifacial PV modules and officially began production in April 2025.
Together, these two facilities will establish a fully integrated U.S. manufacturing hub, capable of producing both PV cells and PV modules domestically, strengthening the American solar supply chain and providing customers with high-performance, Made-in-USA products.
Renewable Energy Magazine
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11 November 20252 min readBoviet Solar Makes Progress On 3.0 Gw Pv Cell Factory In Greenville, North Carolina
Renewable Energy Magazine
11 November 2025
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Globaldata: France Renewable Power Capacity To Reach 163.1 Gw In 2035France is accelerating its clean energy transition, supported by expanding wind and solar deployment, modernisation of hydropower, and strong government policy backing. The country’s cumulative renewable power capacity is forecast to reach 163.1 GW by 2035, up from 59.1 GW in 2024, registering a compound annual growth rate (CAGR) of 9.7% during 2024 – 2035, according to GlobalData, a leading data and analytics company.
GlobalData’s latest report,
France Power Market Trends and Analysis by Capacity, Generation, Transmission, Distribution, Regulations, Key Players and Forecast to 2035
, reveals that wind and solar will remain the main growth drivers of renewable energy development in the country. Onshore wind capacity is projected to increase from 22.9 GW in 2024 to 36 GW by 2035, while offshore wind will expand rapidly from 1.5 GW to 10.7 GW, driven by large scale projects in Normandy and Brittany, supported through Contracts for Difference (CfD) auctions and the government’s offshore acceleration strategy.
Solar PV is also set for strong expansion, growing from 30.5 GW in 2024 to 111.2 GW by 2035, aided by rooftop programmes, agrivoltaic projects, and regional energy community initiatives. Biopower and small hydropower will continue to contribute to renewable diversification, backed by the National Hydropower Strategy, which promotes modernisation and flexibility upgrades in existing facilities.
Mohammed Ziauddin, Power Analyst at GlobalData, commented: “While nuclear power continues to be the cornerstone of France’s low carbon electricity system, capacity growth over the forecast period remains limited, increasing marginally from 61.4 GW in 2024 to 63 GW by 2035. The Grand Carénage programme aimed at extending reactor lifetimes, along with plans for six new EPR2 reactors, will ensure long term energy security alongside expanding renewables.”
France’s updated National Energy and Climate Plan (NECP 2024) and Multiannual Energy Plan (PPE) provide a clear framework to accelerate clean energy deployment. Policy measures such as the shift from feed-in tariffs to CfDs, the National Hydrogen Strategy backed by €7 billion (US$8.3 billion) in funding, and grid upgrades led by RTE are enhancing investor confidence and system flexibility.
However, the country’s power sector continues to face structural challenges, including permitting delays, local opposition to onshore wind, and grid bottlenecks in renewable rich regions like Occitanie and Nouvelle Aquitaine. Curtailment levels have risen, reflecting the need for faster infrastructure development and stronger co-ordination between grid expansion and renewable deployment.
Zia concluded: “France’s growing renewable capacity, supported by strong policy alignment, offshore wind expansion, and grid modernisation, marks a key step in strengthening its energy resilience and low carbon trajectory. With nuclear stability complemented by rapid renewable growth, the country is well positioned to maintain system reliability and continue its progress toward a decarbonised energy future.”
Energy Global
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11 November 20253 min readGlobaldata: France Renewable Power Capacity To Reach 163.1 Gw In 2035
Energy Global
11 November 2025
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India Ranks 4Th Globally In Re Capacity, Strengthening 2024-25 Clean Power Vision Toward 500 Gw Goal – Re Statistics 2024-25India is making remarkable progress in renewable energy, steadily strengthening its position as one of the fastest-growing nations in the global clean energy landscape. As stated in the “Renewable Energy Statistics 2024-25,” the country now ranks fourth in the world in total renewable energy installed capacity. This achievement reflects India’s strong policy direction, consistent reforms, and an unshakable political commitment to sustainability and climate action. Under the leadership of the present government, the nation continues to expand its renewable portfolio with ambitious goals that align closely with international climate commitments.
India has set a bold and visionary target of achieving 500 gigawatts (GW) of non-fossil fuel-based installed capacity by the year 2030. This target forms a critical component of India’s Nationally Determined Contributions (NDCs) under the Paris Agreement and represents a decisive step toward the country’s broader ambition of becoming a Net-Zero nation by 2070. To reach this goal, the Government of India has launched multiple programs and policy measures that touch every major renewable energy sector, including solar, wind, bio power, small hydro, and the rapidly emerging green hydrogen industry.
The Ministry of New and Renewable Energy (MNRE) has been at the forefront of implementing these initiatives. A flagship scheme, the PM-Surya Ghar Muft-Bijli Yojana, has drawn global attention as the world’s largest domestic rooftop solar program. This initiative reflects the government’s commitment to making clean electricity affordable and accessible to households across the nation. It supports the twin objectives of energy independence and carbon reduction by encouraging citizens to adopt solar energy on their rooftops while reducing their dependence on conventional power.
The government’s approach to renewable energy is holistic and inclusive, balancing large-scale infrastructure development with grassroots-level energy access programs. The focus is not only on expanding generation capacity but also on creating a diverse and reliable energy mix. This includes maximizing the potential of solar and wind, harnessing bio and small hydro power, and preparing for a green hydrogen-driven future.
The “Renewable Energy Statistics 2024-25” publication serves as an important national document that tracks the progress of these efforts. It is the second edition of this annual report and provides a clear snapshot of India’s performance across renewable energy segments. The report is published in English and made available on the MNRE’s official website in PDF format. Released every November, it provides updated insights into installed capacities, generation data, and trends in both renewable and non-renewable energy sectors.
The data compiled in this publication is primarily based on administrative and secondary sources from various government departments and agencies. Although no specialized statistical methods are used beyond basic calculations of growth and shares, the report maintains high standards of timeliness and consistency. For example, data on electricity installed capacity for both renewable and non-renewable sources is available within one month after the reference year, while generation data is released within two months. This ensures that policymakers have access to the latest information for effective decision-making.
For international benchmarking, the report refers to data from organizations such as the International Renewable Energy Agency (IRENA). According to IRENA, global data on installed capacity is generally published within three months of the completion of the reference year, while data on electricity generation has a longer lag, often taking up to 19 months. India’s own reporting timeline is much faster, thanks to the robust data collection and monitoring system managed by the MNRE. National data is gathered monthly, allowing the Ministry to identify trends and respond quickly to emerging needs in the energy sector.
The 2024-25 edition of the report confirms India’s accelerating renewable energy momentum. With more than 180 GW of installed renewable capacity as of 2025 and steady progress across sectors, India is firmly on the path toward meeting its 2030 and 2070 targets. The structured data collection, combined with ambitious policy initiatives like PM-Surya Ghar Muft-Bijli Yojana, reflects a focused national strategy to strengthen the clean energy ecosystem.
In essence, India’s renewable energy growth is a story of clear vision, strong governance, and consistent performance tracking. By combining policy, technology, and citizen participation, India is not only expanding its domestic energy capabilities but also emerging as a leading voice in global sustainability. The “Renewable Energy Statistics 2024-25” underscores that India’s progress is both data-driven and determined, marking a significant step toward a greener, more resilient future.
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Solar Quarter
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11 November 20254 min readIndia Ranks 4Th Globally In Re Capacity, Strengthening 2024-25 Clean Power Vision Toward 500 Gw Goal – Re Statistics 2024-25
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We Energies Plans Nearly 3 Gw Grid ExpansionUSA, Wisconsin: We Energies has asked state regulators to approve a multi-billion-dollar plan to expand Wisconsin’s electric grid by nearly 3 GW, citing a rapid rise in energy demand from data centers and industrial growth.
The proposal includes ownership stakes in seven solar projects with a combined capacity of more than 1.1 GW, a 180-MW battery storage facility, and two new natural gas plants totaling 1.4 GW. The solar facilities would feed the grid daily, while the gas plants would supply backup power during peak demand periods.
President Mike Hooper said the projects would support grid reliability, create construction and high-tech jobs, and ensure that data center costs are not passed to other customers. The utility’s “customer protection plan” would require large users to fund the power plants and distribution systems that serve them.
Environmental advocates have questioned whether expanding fossil-fuel generation aligns with Wisconsin’s long-term climate goals, while others expressed concern that system expansion could raise costs for residential customers.
We Energies’ filings with the state Public Service Commission also include plans to modernise existing facilities in Port Washington and Oak Creek to increase efficiency and operational flexibility.
The utility aims to bring the solar projects online by 2028–2029 and the new gas facilities by the end of 2029. If approved, the initiative would represent one of the largest generation investments in the company’s history, reflecting the growing energy demand from AI-driven data centers across the Midwest.
Source: Wisconsin Public Radio
#Data centers#energy demand#grid expansion#Mike Hooper#natural gas#solar projects#USA#We Energies#Wisconsin
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Transformers-Magazine
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08 November 20252 min readWe Energies Plans Nearly 3 Gw Grid Expansion
Transformers-Magazine
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