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China’s Renewable Energy and EV Stocks Lifted on Export Hopes, Oil Price Shocks  Morningstar
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Protect Your Garden This Summer With Agrivoltaic Shielding  Forbes
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“Today we are taking another step in the enormous challenge of generating productive and economic development,” said Governor Sergio Ziliotto while announcing the tender for the second phase of the solar PV plant and the submission of a bill to create an economic activities park.
The governor of La Pampa, Sergio Ziliotto, announced Public Tender No. 1/26 for the second phase of the General Pico Solar Photovoltaic Park—an initiative that will expand renewable electricity generation capacity in the north of the province and strengthen the government’s energy strategy based on planning, investment and public-private collaboration.
The call continues a project already underway. Phase I, currently under construction, includes 15 megawatts (MW) of capacity, while the new phase will add a further 15 MW, as part of an expansion plan aiming to reach 50 MW of installed capacity.
The initiative will be structured through a temporary joint venture between Pampetrol and a private contractor. Under this scheme, the provincial company will hold a 20% stake, while the private partner will own the remaining 80%.
Pampetrol will contribute strategic assets such as the land, the power supply contract, grid connection feasibility, environmental studies and prior project development.
In addition, the scheme includes a 20-year power purchase agreement (PPA) with the Provincial Energy Administration, featuring a fixed price during the first seven years and a regulated adjustment mechanism for the remaining period, providing revenue predictability and a long-term investment horizon.
Meanwhile, the electricity generated will be used to meet the growing demand of the productive sector in northern La Pampa, supporting industrial expansion and ensuring energy availability for new projects.
The project will be developed within the General Pico Energy Supply and Productive Development Hub and will include design, supply and construction, installation and commissioning, grid connection, operation and maintenance (O&M), and the commercialisation of the generated energy.
“Managing the price of energy means having control over one of the key variables in adding value to our primary production,” Ziliotto stated, emphasising that the goal is to ensure “energy in both quality and quantity, at the best possible price to meet the needs of the productive sector.”
The expansion of the solar park is part of a broader productive development strategy. The governor also announced the submission of a bill to create an economic activities park in General Pico, coordinated between the provincial government, the municipality and the private sector.
“We are creating the conditions to ensure infrastructure, access to inputs and clear rules of the game. We are also talking about legal certainty and fiscal stability.” This project carries a zero tax burden and is supported by a strong framework of coordination with the provincial government.
Ziliotto explained that the new scheme предусматриes joint management between the provincial government and the municipality, with private sector participation: “We will create all the necessary conditions to promote private investment, just as we are making public investments. The only way to develop La Pampa province is through production and employment,” he stressed.
Interested companies may access the tender documents and submit their bids in accordance with Public Tender No. 1/26. The opening of bids will take place on 8 September 2026.
by Strategic Energy Keep reading
The government seeks market feedback on renewable energy and storage projects that could connect to strategic grid nodes in former coal and nuclear regions.
by Strategic Energy Keep reading
Joel Santos will inaugurate the summit in Santo Domingo amid record-breaking tenders, growing momentum for energy storage, and high-impact regulatory decisions shaping the Dominican electricity system.
by Emilia Lardizabal Keep reading
“We will be just one additional tender away from covering the nearly 16,500 MW of renewable energy capacity required for this administration,” said Deputy Energy Minister Jorge Islas, as the country advances towards a 38% clean energy target by 2030 and a more state-led planning model for the power sector.
by Strategic Energy Keep reading
The government seeks market feedback on renewable energy and storage projects that could connect to strategic grid nodes in former coal and nuclear regions.
by Strategic Energy Keep reading
Joel Santos will inaugurate the summit in Santo Domingo amid record-breaking tenders, growing momentum for energy storage, and high-impact regulatory decisions shaping the Dominican electricity system.
by Emilia Lardizabal Keep reading
“We will be just one additional tender away from covering the nearly 16,500 MW of renewable energy capacity required for this administration,” said Deputy Energy Minister Jorge Islas, as the country advances towards a 38% clean energy target by 2030 and a more state-led planning model for the power sector.
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Research from the Federal University of Ceara and the Federal University of Sao Joao del-Rei, published in Electric Power Systems Research and reported by pv magazine Brazil, has analyzed contracting methods within Brazil’s Free Contracting Environment. The work compared long-term power purchase agreements with self-generation of solar photovoltaic energy for major industrial consumers.
The analysis employed stochastic modeling to evaluate different approaches. It found that a direct investment model, where a consumer finances, builds, and operates its own photovoltaic plant, presents the greatest potential for lowering costs relative to power purchase agreements. Alternative self-generation structures like matching and leasing were also considered.
Results indicated that direct-investment self-production can achieve cost reductions of up to 32.9% compared to conventional power purchase agreements. This model also showed a discounted payback period of around ten years. The calculated internal rate of return for such projects spanned from 11.8% to 18.1%, with a most likely figure of 15.1%.
However, the study notes that self-generation carries greater risk exposure. A project’s financial viability is highly sensitive to capital expenditure, operational and maintenance expenses, solar resource variability, and short-term electricity price movements. Differences between projected and actual energy generation can create surpluses or deficits that must be managed in the short-term market, impacting cash flow predictability.
The research was based on case studies of a large industrial consumer in Northeast Brazil with continuous, constant energy demand. For the power purchase agreement scenario, modeling produced a range of net present values. For the self-generation via direct investment scenario, a separate set of net present values was calculated, demonstrating the potential savings.
Regulatory exemptions were identified as a central factor influencing the economics of self-generation. Benefits include exemptions from certain sector charges, which are reflected in distribution system tariff structures. The level of discount on these tariffs directly correlates with the net present value savings achieved. Exemptions from other specific charges also improve the internal rate of return and shorten the payback period for projects.
The study concludes that while these regulatory conditions significantly enhance the financial appeal of self-generation compared to power purchase agreements, they also introduce a regulatory risk. Future revisions to exemption policies could affect the long-term viability of such investments.
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Katy homeowner says solar company vanished, leaving her unable to pay bills  Click2Houston
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The U.S. Patent and Trademark Office has invalidated all claims of two TOPCon solar cell patents previously asserted by Trina Solar against Canadian Solar subsidiaries.
The the headquarters of the United States Patent and Trademark Office in Alexandria, Virginia, United States
Image: Coolcaesar, Wikimedia Commons, CC BY-SA 3.0
Chinese-Canadian PV manufacturer Canadian Solar has announced that the U.S. Patent and Trademark Office (USPTO) has issued final written decisions invalidating all claims of two TOPCon solar cell patents previously asserted by China-based rival Trina Solar. 
“This ruling reinforces Canadian Solar’s long-standing, successful track record of managing international disputes,” the company said in a statement. “As a global leader in solar and energy storage technology innovation, the company has always prioritized organic R&D and has established a comprehensive and effective system to manage, commercialize, and defend its global IP rights which cover all key aspects of the industry value chain.”
Trina Solar had filed a complaint for patent infringement in the US District Court for the District of Delaware against three unspecified units of Canadian Solar in October 2024.
In February 2025, Trina Solar also initiated legal action in China against Canadian Solar and its subsidiary, Changshu Canadian Solar Energy Technology Co., Ltd., for allegedly infringing two of its TOPCon solar cell technology patents. This lawsuit, filed with the Jiangsu High People’s Court, sought $147 million in damages.
According to Trina Solar’s announcement on Feb. 10, the dispute in China centers on two patents: Patent No. ZL201710975923.2, titled “Solar Cell Module,” and Patent No. ZL201510892086.8, titled “Solar Cell and Its Manufacturing Method.”
Canadian Solar has recently faced similar patent claims in the United States. In March 2024, Singapore-based Maxeon filed a patent infringement lawsuit against the company in the US District Court for the Eastern District of Texas. Maxeon previously sued Canadian Solar in Japan for patent infringement in 2020. In the lawsuit, Maxeon alleged that Canadian Solar Japan infringed upon its Japan Patent No. JP6642841B2, which is related to its shingled solar modules. The two companies reached a settlement in April 2022.
In addition, PV manufacturer Solaria filed three different patent infringement claims against Canadian Solar in the past, all related to the process of separating photovoltaic strips from solar cells for use in shingled modules.
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Takeaways from AP-Grist reporting on federal support for rural renewable energy  The Killeen Daily Herald
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Focused on Facts, Not Opinions
U.S. solar manufacturer Suniva announced plans on Tuesday to construct a 4.5-GW monocrystalline silicon solar cell manufacturing facility in Laurens, South Carolina. As reported by Detik Finance, the $350 million investment will increase the company’s total domestic manufacturing capacity to more than 5.5 GW.
Construction of the plant is scheduled to facilitate an operational launch in the second quarter of 2027. This expansion is expected to establish Suniva as the largest merchant solar cell manufacturer operating within the United States.
Growth in the domestic production of solar components like cells, wafers, and ingots is largely attributed to federal incentives. The Inflation Reduction Act, specifically the 45X advanced manufacturing production credit, has encouraged companies to onshore their supply chains.
Deloitte’s U.S. renewable energy leader, Keith Adams, noted that the expansion addresses critical supply chain gaps. He highlighted that the move comes as data centers increasingly require more power to support artificial intelligence operations.
“With the race to build power to meet AI data center demand, an expansion in U.S. solar cell capacity could matter because it targets an important remaining bottleneck in the domestic stack, at a moment when regulations, stricter tax-credit qualification requirements, and trade enforcement are all increasing the value of supply chain resilience and reshoring,” said Keith Adams, Deloitte’s U.S. renewable energy leader.
According to the Solar Energy Industries Association (SEIA), the U.S. achieved a fully onshored solar supply chain in October following the opening of Corning’s facility in Michigan. However, Deloitte reported that while module production has surged sevenfold to 56.5 GW since 2022, many upstream components remain heavily dependent on imports.
“2025 was a monumental year for the U.S. solar manufacturing industry,” said SEIA in a March report.
The association further detailed that while new cell and wafer capacities are coming online for the first time in years, the current output still lags behind the growing national demand for solar energy components.
“New cell capacity continued to expand, and wafer capacity came online for the first time since 2016 … However, the actual production of these facilities remains considerably below domestic demand,” said SEIA.
The Coalition for a Prosperous America, a group advocating for domestic manufacturing protection, views the South Carolina project as a vital step for energy security. The group emphasizes that a domestic supply chain is necessary to meet the rising electricity needs of advanced computing sectors.
“expansion highlights the critical importance of rebuilding the domestic crystalline silicon photovoltaic supply chain,” said the Coalition for a Prosperous America.
The organization maintains that the rapid scaling of energy generation must be secured through fully domestic means to support national infrastructure.
“As electricity demand surges, driven in part by data centers and advanced computing, the United States must rapidly scale energy generation capacity,” said the coalition.
The group concluded its assessment by emphasizing the strategic role of solar power in the current economic landscape.
“Solar is uniquely positioned to meet this demand, but doing so securely requires a fully domestic supply chain,” said the coalition.
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Egm in the X-ray: Energy Time’s renewables boom (+85%)  Il Sole 24 ORE
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April, 2026
A Chinese investment group, Aladdin Holdings Group, and the Ethiopian embassy in Beijing have signed a strategic memorandum of understanding to explore a proposed China-East Africa Modern Agriculture and Cultural Tourism Industry Innovation Center, according to both sides.
The memorandum, signed on Wednesday, sets out a framework for cooperation that brings together renewable energy, modern agriculture, equipment manufacturing and cultural tourism, with Ethiopia positioned as the initial base for development.
Aladdin Holdings Group is a Beijing-based diversified investment company with interests spanning renewable energy, industrial investment, information technology and cultural and tourism-related projects. The group has positioned parts of its portfolio around energy transition themes, including photovoltaic systems, energy storage and integrated industrial energy solutions, alongside agribusiness and service platform investments.
Under the proposed model, the company said it aims to build an integrated system combining solar power, industrial energy storage, cold-chain logistics and agricultural robotics. The approach is intended to support agricultural modernisation while linking energy supply with production and distribution systems.
Chairman Yang Renqiang said Ethiopia offers both resource potential and market demand, particularly in renewable energy and agricultural upgrading. He said the long-term objective is to develop scalable industrial-agricultural clusters that could later be extended across East Africa and other markets.
Ethiopia’s ambassador to China, Tefera Derbew Yimam, said the initiative aligns with the country’s economic reform agenda and its efforts to modernise agriculture, which remains the main source of employment for about 70 percent of the population. He said the embassy would support coordination as the proposal advances.
Ethiopia’s participation in the Forum on China-Africa Cooperation and the Belt and Road Initiative has provided a wider framework for economic engagement between the two countries, which have cooperated in infrastructure, renewable energy, agriculture and manufacturing sectors.
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Ethiopia and Pakistan have agreed to establish a Joint Trade Committee aimed at strengthening cooperation in trade, investment and connectivity, in a
A Chinese investment group, Aladdin Holdings Group, and the Ethiopian embassy in Beijing have signed a strategic memorandum of understanding to explor
Ethiopia’s cloud computing market is forecast to expand from 918.8 million US dollars in 2025 to 5,729.5 million US dollars by 2034, pointing to a r
Italian investment in Ethiopia stands at approximately 723 million euros, reflecting a steady accumulation of capital and commercial engagement across
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Harnessing the Sun: How Solar and Battery Solutions are Transforming Energy in Australia
Wingfield, Aruba – March 15, 2026 / Ozora Electrical and Renewable Energy /
Australia is experiencing a remarkable transformation in its energy landscape, driven by the rapid adoption of solar and battery installation. With projections indicating that home batteries will reach a staggering 4.7 GWh by 2025/26 and rooftop solar systems expected to supply over 50% of the grid’s demand, the country is on the brink of a solar revolution. Federal rebates are further incentivizing this shift, making solar energy more accessible to homeowners and businesses alike.
Ozora Energy stands at the forefront of this movement, leveraging over a decade of expertise in solar photovoltaic (PV) systems, battery storage solutions, and electric vehicle (EV) charging infrastructure. Licensed to operate in South Australia, Victoria, and New South Wales, Ozora Energy is committed to providing high-quality services that empower customers to take control of their energy consumption. With a lifetime warranty on their installations and an impressive 5.0 out of 5 customer review rating, Ozora Energy has established itself as a trusted partner in the solar and battery installation sector.
The benefits of solar and battery systems are substantial. Homeowners and businesses can achieve energy independence, significantly reduce their energy bills, and protect themselves against power outages. The return on investment (ROI) for these systems typically ranges from five to seven years, making them a financially sound choice for many Australians. As the summer months approach, with their accompanying heatwaves and increased energy demands, the timing for solar and battery solutions could not be better.
Ozora Energy’s commitment to customer satisfaction is evident in the stories shared by their clients. A Sydney homeowner recently reported slashing their energy bills by more than half after installing a solar PV system combined with battery storage. This transformation not only provided financial relief but also enhanced their energy independence, allowing them to rely less on the grid. In Adelaide, a customer praised Ozora Energy for their “five-star service,” highlighting the professionalism and expertise of the team throughout the installation process. Meanwhile, a business owner in Mildura experienced a quick ROI, demonstrating how commercial installations can also yield significant savings and operational benefits.
The statistics surrounding Australia’s solar energy capabilities are impressive. By 2026, it is anticipated that the country will have 15 GWh of battery storage capacity, with solar energy peaks reaching 4,407 MW. These figures underscore the growing importance of renewable energy sources in Australia’s overall energy strategy. As more Australians embrace solar and battery technology, the potential for a more sustainable and resilient energy future becomes increasingly attainable.
Ozora Energy’s expertise extends beyond just solar PV and battery storage. The company is also well-versed in EV charging solutions, catering to the growing number of Australians making the switch to electric vehicles. By integrating EV charging infrastructure with solar and battery systems, customers can maximize their energy savings and further reduce their reliance on traditional power sources.
The local presence of Ozora Energy in Adelaide, Sydney, and Mildura ensures that customers receive personalized service tailored to their specific needs. The company’s team of residential and commercial electricians is dedicated to delivering high-quality installations and ongoing support, making the transition to solar energy as seamless as possible.
As Australia continues to grapple with rising energy costs and the threat of blackouts, the importance of investing in solar and battery solutions cannot be overstated. The combination of federal incentives, technological advancements, and a growing awareness of the benefits of renewable energy is driving a significant shift in how Australians approach their energy consumption. By choosing Ozora Energy for solar and battery installation, customers are not only making a smart financial decision but also contributing to a more sustainable future for the entire country.
In conclusion, the solar and battery revolution in Australia is well underway, with Ozora Energy leading the charge. With their extensive experience, commitment to quality, and focus on customer satisfaction, they are helping Australians harness the power of the sun to achieve energy independence and protect against rising energy costs. As the summer sun shines down, now is the perfect time for homeowners and businesses to explore the benefits of solar and battery solutions.
Learn more on https://www.ozora.com.au
Contact Information:
Ozora Electrical and Renewable Energy

13 Fifth Street
Wingfield, SA 5013
Aruba
James Watt
1300 069 672
https://ozora.com.au

Information contained on this page is provided by an independent third-party content provider. XPRMedia and this Site make no warranties or representations in connection therewith. If you are affiliated with this page and would like it removed please contact pressreleases@xpr.media

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Harnessing the Sun: How Solar and Battery Solutions are Transforming Energy in Australia
Wingfield, Aruba – March 15, 2026 / Ozora Electrical and Renewable Energy /
Australia is experiencing a remarkable transformation in its energy landscape, driven by the rapid adoption of solar and battery installation. With projections indicating that home batteries will reach a staggering 4.7 GWh by 2025/26 and rooftop solar systems expected to supply over 50% of the grid’s demand, the country is on the brink of a solar revolution. Federal rebates are further incentivizing this shift, making solar energy more accessible to homeowners and businesses alike.
Ozora Energy stands at the forefront of this movement, leveraging over a decade of expertise in solar photovoltaic (PV) systems, battery storage solutions, and electric vehicle (EV) charging infrastructure. Licensed to operate in South Australia, Victoria, and New South Wales, Ozora Energy is committed to providing high-quality services that empower customers to take control of their energy consumption. With a lifetime warranty on their installations and an impressive 5.0 out of 5 customer review rating, Ozora Energy has established itself as a trusted partner in the solar and battery installation sector.
The benefits of solar and battery systems are substantial. Homeowners and businesses can achieve energy independence, significantly reduce their energy bills, and protect themselves against power outages. The return on investment (ROI) for these systems typically ranges from five to seven years, making them a financially sound choice for many Australians. As the summer months approach, with their accompanying heatwaves and increased energy demands, the timing for solar and battery solutions could not be better.
Ozora Energy’s commitment to customer satisfaction is evident in the stories shared by their clients. A Sydney homeowner recently reported slashing their energy bills by more than half after installing a solar PV system combined with battery storage. This transformation not only provided financial relief but also enhanced their energy independence, allowing them to rely less on the grid. In Adelaide, a customer praised Ozora Energy for their “five-star service,” highlighting the professionalism and expertise of the team throughout the installation process. Meanwhile, a business owner in Mildura experienced a quick ROI, demonstrating how commercial installations can also yield significant savings and operational benefits.
The statistics surrounding Australia’s solar energy capabilities are impressive. By 2026, it is anticipated that the country will have 15 GWh of battery storage capacity, with solar energy peaks reaching 4,407 MW. These figures underscore the growing importance of renewable energy sources in Australia’s overall energy strategy. As more Australians embrace solar and battery technology, the potential for a more sustainable and resilient energy future becomes increasingly attainable.
Ozora Energy’s expertise extends beyond just solar PV and battery storage. The company is also well-versed in EV charging solutions, catering to the growing number of Australians making the switch to electric vehicles. By integrating EV charging infrastructure with solar and battery systems, customers can maximize their energy savings and further reduce their reliance on traditional power sources.
The local presence of Ozora Energy in Adelaide, Sydney, and Mildura ensures that customers receive personalized service tailored to their specific needs. The company’s team of residential and commercial electricians is dedicated to delivering high-quality installations and ongoing support, making the transition to solar energy as seamless as possible.
As Australia continues to grapple with rising energy costs and the threat of blackouts, the importance of investing in solar and battery solutions cannot be overstated. The combination of federal incentives, technological advancements, and a growing awareness of the benefits of renewable energy is driving a significant shift in how Australians approach their energy consumption. By choosing Ozora Energy for solar and battery installation, customers are not only making a smart financial decision but also contributing to a more sustainable future for the entire country.
In conclusion, the solar and battery revolution in Australia is well underway, with Ozora Energy leading the charge. With their extensive experience, commitment to quality, and focus on customer satisfaction, they are helping Australians harness the power of the sun to achieve energy independence and protect against rising energy costs. As the summer sun shines down, now is the perfect time for homeowners and businesses to explore the benefits of solar and battery solutions.
Learn more on https://www.ozora.com.au
Contact Information:
Ozora Electrical and Renewable Energy

13 Fifth Street
Wingfield, SA 5013
Aruba
James Watt
1300 069 672
https://ozora.com.au

Information contained on this page is provided by an independent third-party content provider. XPRMedia and this Site make no warranties or representations in connection therewith. If you are affiliated with this page and would like it removed please contact pressreleases@xpr.media

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Statkraft opens public consultation process for proposed 500 MW Mylen Leah solar project  Energies Media
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The Competition Commission of India has closed the matter involving Adani Enterprises Ltd, Adani Green Energy Ltd, Azure Power India, and the Solar Energy Corp. of India, finding no prima facie case of anti-competitive conduct in the award of capacity under a manufacturing-linked solar tender floated by SECI in 2019.
Gautam Adani, founder and chairman of the Adani Group
AGEL
The Competition Commission of India has closed the matter involving Adani Enterprises Ltd, Adani Green Energy Ltd, Azure Power India, and the Solar Energy Corp. of India, finding no prima facie case of anti-competitive conduct in the award of capacity under a manufacturing-linked solar tender floated by SECI in 2019.
The complaint, filed by Delhi-based Ravi Sharma, alleged that the SECI tender for multi-gigawatt solar generation capacity linked with setting up of domestic PV manufacturing capacity, was designed to ensure participation of only big players such as Adani Green Energy and Azure Power. It also claimed that the tender violated Ministry of Power (MoP) guidelines by combining solar power generation with manufacturing; and by including the green shoe option. Further, the complainant alleged that the winning developers’ (Adani Green Energy Ltd and Azure Power) unilateral reduction of the quoted bid price from INR 2.92/kWh to INR 2.54/kWh indicated that the bidding process was designed to oust other bidders and to curtail competition in the market.
The Commission, however, held that stipulating capacity generation and financial eligibility criteria is a standard practice in tenders, and cannot be considered anti-competitive merely because the market may be having a large number of smaller players as well. It noted that the tender is designed according to specific requirements of the procurer.
Regarding the clubbing of solar power plants with solar manufacturing, the Commission noted SECI’s reply that “the said tender was floated three times, after having been annulled twice in 2019. This establishes the intent and objective of the Government to promote domestic manufacturing and reduce export dependency. Unlike the Production linked Incentive (PLI) Scheme offered at present, in the Manufacturing linked Solar Scheme launched during 2018 and 2019, the only incentive offered to the prospective bidders/ developers was by the means of offering solar power plant capacity only corresponding to solar manufacturing plant capacity.”
The Commission also observed that capacity allocation was carried out through a transparent tariff-based competitive bidding process followed by e-reverse auction. It said the downward revision in tariffs by successful bidders was not contrary to any law and, in fact, benefited end consumers through lower prices.
Regarding the allegation of abuse of dominant position by the Adani Group, the Commission held that “as the power generation market in India is comprised of many significant players like NTPC, Power Grid Corp. of India Ltd., Tata Power Co. Ltd., Torrent Power and Reliance Power, the Adani Group, prima facie, does not seem to be a dominant player in the power generation market in India. Even in the ‘power generation from renewable sources’ market, other prominent players like Tata Power, JSW Energy and Suzlon Energy are also operating.”
On allegations of bribes to government officials to facilitate power sale agreements between SECI and buying utilities, thereby enabling Adani Green Energy to secure power purchase agreements, the Commission said such conduct does not qualify as abusive (either exclusionary or exploitative) within the meaning of Section 4 (relating to abuse of dominance) of the Competition Act, 2002.
Based on these and other findings, the Commission said there is no prima facie case of contravention of provisions of Sections 3 (relating to anti-competitive agreements) and 4 of the Act warranting an investigation.
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Stockton referendum election set amid solar farm debate  WKRG
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France remains an “attractive” solar market, and a “stable environment” for potential investors, but one that has been plagued by uncertainty in recent years that has impeded the clean energy investment landscape.
This is the opinion of Ksenia Dray, global solar lead at RES, who speaks to PV Tech Premium about the current economic environment for solar investors in France, in the wake of the publication of a report from SolarPower Europe that found that government auctions, rather than corporate power purchase agreements (PPAs), have become the financial mechanism of choice for European solar investment.
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Experts from the trade body told PV Tech Premium that a “complementary” relationship between the two mechanisms would be to the benefit of European renewables as a whole, and Dray says that the French regulator CRE (Commission de régulation de l’énergie) has taken steps to remove uncertainty in French solar financing.
“CRE wanted to better regulate it to give it more stability and visibility for the renewable players there,” Dray explains. “They did revise the targets [for renewable energy deployment], and they’re a bit lower now, and all this creates uncertainty in terms of developers.”
These targets were lowered in February this year, with the launch of the third iteration of the French Programmation Pluriannuels d’Energie (PPE3). While PPE2 aimed to have 100GW of operational capacity in place by 2035, PPE3 first aimed for a maximum of 90GW by this date, and this target was reduced further to 55-81GW in February in the final iteration of PPE3. Dray notes, however, that PPE3 has also finalised the date for the next round of French clean energy auctions, to be held in July, and is hopeful that this will introduce a degree of certainty to the investment landscape.
“Many players are waiting for this auction, especially for the auction result, to move with their development pipelines,” Dray explains. “It’s always oversubscribed—each time they grant 900-950MW but it’s always oversubscribed—so there is a will there.”
Dray adds that it is important to capitalise on this desire to build new solar capacity in France, as otherwise, French developers may simply relocate to other countries with more attractive auction options.
“What I see, personally, is French developers, those who can and those who are not very small, try to diversify, and they go and start developing in other countries,” she says. “I see several French companies in Italy now, looking to form joint ventures … some of them looking at Poland and Romania.
“From the other side, all of this uncertainty has had an influence on companies that are going through business restructure if they are only France focused, with this uncertainty you’re not able to guarantee your future revenue anymore.”
This is notable, considering the value that robust government auctions have had in the energy mixes of these other European countries. In recent weeks, PV Tech Premium has heard from R.Power about how the legacy of auction support in Germany has been “very important” in making investment decisions in the country, and from Sonnedix about how both solar and storage auctions in Italy have become “crucial” parts of the investment landscape.
As a result, Dray says July’s auctions in France carry “a lot of hope” for investors and would-be developers. This auction will offer 925MW of ground-mounted PV, alongside what Dray calls a “simplified” auction for small-scale solar, and will be the first solar-specific auction to be offered in France.
“In the latest months we’ve seen the industry [have] low morale [and ask]: ‘Where are we going?’ ‘What’s the future?’ because contracts for difference (CfDs) were not very clear until they published something,” Dray says. “It’s more about the future, because if they reduce the targets … you’re killing a lot of gigawatts there in the pipeline.”
“French utility-scale solar still relies heavily on auction-backed CfD-style support, which remains the most bankable route to market,” says Dray, highlighting the importance of auctions in making projects bankable. This is particularly important in France because, as she explains, France suffers from “a lot” of negative pricing hours.
“France also suffers from a lot of negative hours,” she says. “Less than Germany or Spain, but there are still negative hours (RTE recorded 513 negative-price hours in 2025, up from 352 in 2024). [This] market is facing growing midday price depression and lower solar capture values.”
She adds that “there is a will to regulate new capacity added” as capture rates have fallen considerably in recent years, from 97% in 2022 to 60% last year. Battery energy storage systems (BESS) are one obvious tool to tackle this issue, but, unlike Italy, which is planning to offer auctions for co-located solar and storage projects in its upcoming FER Z auction, there is no such government support for storage in France.
Dray argues that this could be an area where the French auction needs to change in the future, as the demands of the energy transition move away from simply deploying as much capacity as possible to delivering a robust and adaptable energy system.
“It’s more looking at the future additions of power to the grid in terms of flexibility [and] in terms of what the network is going to look like, and not just bringing more and more volumes of cheap energy online,” she says. “Policy is increasingly steering projects toward PV-plus-storage, especially because CRE has proposed changes to large-scale PV support rules to better reflect negative-price risk and encourage co-located storage.
“It’s inevitable, integrating storage. Maybe this is what’s going to help the auctions, because if we’re thinking more about future solar deployment, and building a more useful solar rather than just deploying megawatts, [for] the power system itself, it will be easier to reconduct, each time, the auctions.”
The combination of auctions providing greater investment certainty and France potentially taking inspiration from Italy’s solar-plus-storage auction could imply that auctions and CfDs are the only way to secure finance for solar PV in France.
Indeed, Dray notes that there has been a general cooling in PPA appetite in France too, which is in line with similar trends across Europe. This week, LevelTen’s latest report into European PPA prices found that the average price of a solar PPA signed in Europe fell 4% between the fourth quarter of 2025 and the first quarter of 2026 to €55.05/MWh (US$64.83/MWh), and Dray says this is prompting a question from would-be market entrants: “Why should I sign for 10-15 years if the prices are so low?”
However, Dray argues that while auctions are the first choice for many developers, there is still space for corporate PPAs as a financing mechanism, particularly as CfD and PPA prices are “without a big difference” in France at present.
“In France, we had €74.13/MWh for the last CfD average awarded price for ground-mounted PV—so between €70-80/MWh—and PPAs are around that range, without a big difference,” she says, suggesting that this is true beyond France too. “In Germany, for example, the CfD is €40-50/MWh for solar, while PPAs are slightly higher, around €45-55/MWh.
“The state-backed auction/CfD route remains the most standard bankable path, while PPAs are complementary rather than dominant,” she explains. “CRE’s PPA observatory supports the point that PPAs are still a developing route to market in France.”
“It’s still there; it’s another vehicle to make a project bankable if you didn’t get the CfD auction, and if you need external financing you’ll go for a PPA, but the volumes became less. But that’s a general tendency in Europe.”

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The project is being implemented by TERNA, the construction arm of the GEK TERNA Group
The energy transition is advancing rapidly. Photovoltaic panels are spreading across rooftops and fields, while massive energy storage units using batteries are emerging to cover the major “weakness” of renewable sources—namely, the instability of their production. However, behind this “green” image, a less visible problem is emerging: what happens when all these systems reach the end of their life cycle?
The answer—at least in theory—is simple: recycling. In practice, however, it proves complex, with industry stakeholders describing it as the “Middle East of the energy market.” In Greece, the issue is developing into a “time bomb.” By 2055, more than one million tons of photovoltaic panel waste are expected to be generated, with the mass influx anticipated after 2030, when the first large projects will have aged.
The development of photovoltaics in Greece has been impressive. By 2012, approximately 125,000 tons of photovoltaic panels had already been installed, marking the first major phase of the technology’s penetration. During the period 2013–2020, another 115,000 tons were added, in a market that continued to grow but without a licensed recycling system. The real “boom,” however, was recorded in the five-year period 2021–2025, with 400,000 tons of photovoltaics installed, reflecting the rapid acceleration of the green transition and foreshadowing the future challenge of managing their waste. At the same time, batteries—the new “heart” of the energy system—are entering the market dynamically, creating, together with photovoltaics, two parallel waves of waste that will test the resilience of both the market and the state.

25–30 years their lifespan

Photovoltaics have a lifespan of 25–30 years, meaning that the “boom” in installations over the past fifteen years will soon turn into a “boom” in waste. Today, recycling is moving at… idle speed. Only 500 tons have been recycled by Fotokyklosi, the only Collective Alternative Management System (CAM) operating since 2020, despite actual needs estimated at 2,500 tons of waste annually.

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Last year, the Hellenic Recycling Organization (EOAN) licensed three new systems (RE-LAT, a subsidiary of the Aktor Group; PV REVIVE by JinkoSolar and Kafkas; and ANAFOS). However, the main problem of contribution evasion remains, creating a funding gap for the four systems and the three existing photovoltaic recycling units operating in Crete, Western Macedonia, and Central Greece, with a total capacity of 10,000 tons annually. Without funding, investments in new recycling units cannot be made, nor can a proper management chain be created. Contribution evasion is estimated at €150 million, as for the majority of photovoltaic panels imported into the Greek market, no recycling fee has been paid.

A major “thorn” has been the back-and-forth over the level of the recycling fee. In the years 2020–2022, it was set at €300 per ton, a level considered high by the market and which led to non-compliance by investors. In 2023–2024 it was reduced to €150, without substantial improvement in fee payments. In 2025 it returned to €300, with EOAN committing that the final minimum contribution level will be determined after evaluating data and management costs.

According to what EOAN CEO  Alexandra Sofia Togia told To Vima, the study assigned to PricewaterhouseCoopers on the minimum recycling fee will be presented in May, and the most likely scenario will be approved. As she explains, the need arose because in the business plans submitted by management systems for approval, significant discrepancies were observed in estimated recycling costs—from €290 to €470 per ton—and in the proposed contributions—from €80 to €340. “An issue of recycling credibility arose. We proceeded with the study to ensure transparency and equal treatment of obligated producers,” she notes.

The planned adjustment of the fee has placed the market in a waiting position, as noted by Stelios Psomas, advisor to the Association of Photovoltaic Companies, while a large portion of investors express concern about the temporarily high recycling fee, considering it discouraging—especially for the payment of retroactive contributions for quantities of photovoltaic panels that entered the Greek market in previous years. To curb contribution evasion, the collection of data from competent authorities is being considered regarding projects that have already been connected or are to be connected to the electricity grid.
If photovoltaics reflect the current dimension of the problem, batteries outline the next one. Energy storage is considered critical for the transition, as the increase in renewable sources requires large-scale accumulators. The management cost of these products, which have a lifespan of more than 15 years, is high and reaches approximately 10%–15% of the investment, driving up recycling contributions as well.
Although no issue of retroactive contributions has arisen for batteries, EOAN accepted proposals from the market regarding financing mechanisms. Thus, on Holy Monday it made decisions for the management systems Combatt and RE-Battery, defining the framework for the payment of recycling fees by importers and producers (a similar decision has also been made for the “Hephaestus” system).
Given the high recycling cost, a dual “scheme” is foreseen: an initial contribution that will cover the operation of management systems and a bank guarantee for the remaining amount, depending on the weight of the batteries installed in a project. This will be gradually repaid from the investment’s revenues, with a corresponding reduction of the guarantee. Moreover, recycling costs will be revised based on technological and market developments. The goal is to avoid repeating the mistakes of photovoltaics so that a new wave of “orphan” waste is not created without the necessary funding for its management.

What is happening in Europe

At the European level, battery recycling is in a development phase, but even there it does not keep pace with actual needs. More than 30 battery management projects are operating or under development in Europe, although about half face delays. Battery waste flows are estimated to reach around 420,000 tons annually by 2030, increasing exponentially thereafter.
As for photovoltaics, installed capacity in Europe and the United Kingdom exceeds 360 GW (gigawatts), but most panels are relatively new and have not yet completed their life cycle. Thus, the major wave of waste is expected after 2030.

Reports over recent weeks have cited a prospect to extend cooperation through the end of the decade and include new areas, such as defense innovation and joint capabilities
A new round of Sahara dust plaguing Greece underway and will last until the middle of next week
Several resorts reported “ski-able” conditions in early April
The latter was due to the presence of dense dust in the atmosphere being blown in from North Africa’s Sahara Desert
The Greek environment ministry has put forward sweeping planning reforms that would allow construction in protected natural areas, while also extending deadlines for legalizing unauthorized structures across forests, parks and ski resorts.
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Home » Videos » Solar farm helps Kentucky sheep farmer profit, grow flock (Video)
Posted By: Social News XYZ April 17, 2026
Kentucky sheep farmer Daniel Bell has been expanding thanks to a partnership with a solar company that pays him to graze his flock among the panels. (AP Video: Joshua A. Bickel)
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Kentucky sheep farmer Daniel Bell has been expanding thanks to a partnership with a solar company that pays him to graze his flock among the panels. (AP Video: Joshua A. Bickel) Subscribe: http://smarturl.it/AssociatedPress Read more: https://apnews.com This video may be available for archive licensing via https://newsroom.ap.org/home


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CHERRY VALLEY — The City of Cherry Valley is reaching out to the state after the annexation of land for the solar farm caused a redistricting of the city council.
“GIS, a state agency, when the solar farm was annexed into the city, they withdrew our ward boundaries and what had been in places for years and years, no longer exists according to the matter in which they designated the wards,” said Cherry Valley Mayor Dennis Stephens. “Our city attorney is reaching out to them as well as the Arkansas Municipal League because the new annexation, as a result of the solar farm, if I remember correctly, there were only residents that were annexed into the city and they made that new annexation Ward 2.
“None of our current council members reside in that area, of course. So, we are reaching out to see what options exist, if the boundaries can be drawn differently for the wards,” he added. “We’ve always approached it from the standpoint as the railroad tracks dividing the city and having a ward on the east side of the tracks and one on the west side.”
Mayor Stephens said he does not believe there are any citizens living in the newly created ward.
“There’s currently two wards in Cherry Valley and what they did was take Cherry Valley city proper, which we’ve known for years, and made that Ward 1 and moved Ward 2 out to the new annexation,” he said. “Instead of using the railroad track to split it, they just made the existing city limits Ward 1 and then made the new annexation Ward 2.”
Stephens said the city is also planning to seek funding from the Arkansas Unpaved Road Program as part of that annexation.
“The city did annex four different gravel roads as a result of the solar farm coming within our city limits and the new annexation. We’re going to pursue that program,” he said. “I’m going to call and make an appointment with them to assure that we’re eligible, which over the phone it appears we are. It’s a 50/50 grant with a $75,000 max so we want to get them on site to look at the situation we currently have, and visit with them about how to proceed with that.”

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‘Like … Kayak, but for solar’: Homeowner reveals how she avoided sales calls while going solar  Yahoo
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Enfinity Global, a renewable energy provider, has signed 1.8 TWh of bilateral agreements under Italy’s Energy Release 2.0 mechanism, supporting the deployment of new power capacity for industrial customers.
In a press release, the company said the agreements involve Italian energy-intensive companies and market operators, including Feralpi, ISAB, De Angeli, and Magis Energia.
To meet the contracted volumes, Enfinity plans to build approximately 120 MW of new solar PV capacity across Italy. The projects, expected to be interconnected by Q2 2029, will expand electricity supply and enable industrial customers to access more predictable power prices.
The latest agreements build on Enfinity’s ongoing expansion in Italy. In December 2023, Enfinity Global Inc. closed €118 million in financing for the construction of 101 MW across four utility-scale solar power plants in the Lazio region. The projects were expected to become operational in 2024.
UniCredit, BayernLB, and Siemens Financial Services, through Siemens Bank, acted as mandated lead arrangers for the financing under a club deal structure.
Further strengthening its presence, Enfinity in 2025 secured €316 million in financing for the construction of eight utility-scale solar plantswith a combined capacity of 276 MW. These projects are located across Emilia-Romagna, Basilicata, and Lazio, and are expected to be fully operational by the end of 2026.
Now Enfity Global under the Energy Release 2.0, promoted by Gestore dei Servizi Energetici (GSE), linked the energy needs of high-consumption companies with the development of new renewable capacity. The mechanism allows companies to access dedicated energy volumes in exchange for committing to invest in new renewable generation.
Enfinity continues to expand its presence in Italy, with a pipeline of approximately 8.5 GW across solar and energy storage projects. The company currently has 345 MW of operational capacity and an additional 460 MW under construction, supporting its long-term strategy to scale electricity supply for industrial demand.
Since entering the Italian market, Enfinity has secured power purchase agreements (PPAs) totalling approximately 805 MW, highlighting its track record of long-term partnerships with industrial customers.
On the latest anouncement, Alice Cajani, General Manager of Enfinity Energy Commercialization Europe said, “We are grateful to Feralpi, ISAB, Magis Energia, and De Angeli for their trust in Enfinity, as these agreements further reinforce our strong track record with industrial customers.” 
“These energy-intensive clients will benefit from more predictable energy prices, strengthening their competitiveness and providing greater confidence for long-term planning in a volatile price environment. By linking demand to the deployment of new capacity, the 120 MW we plan to build will help expand supply for Italian industry,” she added.
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April 17, 2026 Remington Norris News 0

Since 2021, 300 cows of a farmer in the canton of Vaud, Switzerland, have died successively after the installation of solar panels on the roof of his new barn.
A Swiss breeder explains to the daily newspaper Blick that six months after installing solar panels on his barn, his animals started getting sick. During the calving period, when cows give birth to their calves, they presented serious problems: respiratory distress, blood acidification and a very weakened immune system.

In total, more than 300 cattle died, for an estimated loss of more than three million Swiss francs (3 262 482 euros).
Despite the interventions of a veterinarian and a consultation in a Bernese clinic, the situation did not improve. The trail of stray current was finally put forward, without the direct link between the solar panels being formally established. This electrical current can flow unintentionally through the building structure and generate stray voltages in the barn, causing health problems in the animals.
Stray currents are imperceptible to humans, but not to cows. “A 700 kilo cow on four legs has a much lower electrical resistance than a human”explains Markus Rombach from Agridea, the Swiss reference platform for agriculture.
The breeder thus moved his cows to his old barn. Since then, 90 of his animals are currently living there without any new problems.
The case attracted the attention of Swiss political parties. A UDC elected official mentioned a temporary moratorium on solar panels on stables.
The president of the Vert’libéraux, Jürg Grossen, also head of the professional association of the solar industry, puts things into perspective: “Stray currents have nothing to do with solar panels. They can appear anywhere electrical devices are installed, such as milking machines.” He ensures that his installers are trained in this issue.
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Procurement priorities in the European solar sector are moving away from a primary focus on cost and toward a broader range of risks, according to discussions at a recent industry conference reported by PV Tech. A Bulgarian electricity association representative noted that the current geopolitical climate is redefining risk considerations.
These evolving risks include global tensions affecting supply chains, new regulations concerning environmental and governance factors, and heightened demands for ethical traceability and transparency for solar and storage equipment. Cybersecurity threats were also highlighted as a significant concern with potential to compromise power infrastructure.
Such factors could lead to financial penalties, project delays, unexpected cost increases, or the acquisition of substandard equipment. An industry consultant noted that while cost and bankability remain fundamental, the perspective has changed, as poor-quality equipment ultimately raises long-term operational expenses.
The cost of photovoltaic modules and components may rise in the near future. An engineering director described a confluence of factors creating upward price pressure, citing disruptions to shipping routes, international conflicts, and policy changes within China’s solar industry, including consolidation plans and altered export incentives. Cybersecurity tensions between major global economies were also mentioned as a contributing factor.
Despite potential price increases, conference participants suggested that security and regulatory adherence will take precedence over lowest unit cost for many buyers. Current industry standards were characterized as setting a very low baseline. A testing company executive explained that buyers frequently employ third-party services to verify that products exceed these minimum standards.
He added that specific programs inspecting manufacturing facilities might be insufficient, emphasizing that true traceability requires project-level verification. A separate consultant pointed to a lack of unified industry standards, creating challenges when financiers impose requirements after procurement decisions are made, potentially leading to assets that cannot be sold or financed due to unmet due diligence criteria.
In concluding remarks, a panelist urged developers to focus on the underlying purpose of quality and governance standards—to genuinely improve processes—rather than treating them as a checklist. She cautioned that common supplier classifications do not guarantee product quality, advising direct engagement with engineering teams or qualified consultants to understand real-world technology performance.
Interactive table based on the Store Companies dataset for this report.
This report provides a comprehensive view of the solar cells and light-emitting diodes industry in Europe, tracking demand, supply, and trade flows across the regional value chain. It explains how demand across key channels and end-use segments shapes consumption patterns, while also mapping the role of input availability, production efficiency, and regulatory standards on supply.
Beyond headline metrics, the study benchmarks prices, margins, and trade routes so you can see where value is created and how it moves between exporters and importers within Europe. The analysis is designed to support strategic planning, market entry, portfolio prioritization, and risk management in the solar cells and light-emitting diodes landscape in Europe.
The report combines market sizing with trade intelligence and price analytics for Europe. It covers both historical performance and the forward outlook to 2035, allowing you to compare cycles, structural shifts, and policy impacts across countries and sub-regions.
For the regional report, country profiles provide a consistent view of market size, trade balance, prices, and per-capita indicators across Europe. The profiles highlight the largest consuming and producing markets and allow direct benchmarking across peers.
The analysis is built on a multi-source framework that combines official statistics, trade records, company disclosures, and expert validation. Data are standardized, reconciled, and cross-checked to ensure consistency across time series.
All data are normalized to a common product definition and mapped to a consistent set of codes. This ensures that comparisons across time are aligned and actionable.
The forecast horizon extends to 2035 and is based on a structured model that links solar cells and light-emitting diodes demand and supply to macroeconomic indicators, trade patterns, and sector-specific drivers. The model captures both cyclical and structural factors and reflects known policy and technology shifts within Europe.
Each country projection is built from its own historical pattern and the regional context, allowing the report to show where growth is concentrated and where risks are elevated.
Prices are analyzed in detail, including export and import unit values, regional spreads, and changes in trade costs. The report highlights how seasonality, freight rates, exchange rates, and supply disruptions influence pricing and margins.
Key producers, exporters, and distributors are profiled with a focus on their operational scale, geographic footprint, product mix, and market positioning. This helps identify competitive pressure points, partnership opportunities, and routes to differentiation.
This report is designed for manufacturers, distributors, importers, wholesalers, investors, and advisors who need a clear, data-driven picture of solar cells and light-emitting diodes dynamics in Europe.
The market size aggregates consumption and trade data at country and sub-regional levels, presented in both value and volume terms.
The projections combine historical trends with macroeconomic indicators, trade dynamics, and sector-specific drivers.
Yes, it includes export and import unit values, regional spreads, and a pricing outlook to 2035.
The report provides profiles for the largest consuming and producing countries in Europe.
Yes, it highlights demand hotspots, trade routes, pricing trends, and competitive context.
Report Scope and Analytical Framing
Concise View of Market Direction
Market Size, Growth and Scenario Framing
Commercial and Technical Scope
How the Market Splits Into Decision-Relevant Buckets
Where Demand Comes From and How It Behaves
Supply Footprint, Trade and Value Capture
Trade Flows and External Dependence
Price Formation and Revenue Logic
Who Wins and Why
Where Growth and Supply Concentrate
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Leading Players and Strategic Archetypes
Detailed View of the Most Important National Markets
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Major PV manufacturer part of GCL Group.
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Historic PV leader, continues manufacturing.
Leading LED chip manufacturer, part of Ennostar.
Major LED packaging company for lighting & display.
Leading Chinese LED packaging and component supplier.
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TOMS RIVER — A residential fire tied to a rooftop solar panel system left a Toms River home unsafe to occupy, authorities said.
Firefighters from the East Dover Fire Company were dispatched to the home along with Toms River Fire Company No. 2, which responded as the rapid intervention team, and the Island Heights Fire Company after flames were reported coming from the roof.
The first crews to arrive found smoke and fire showing from the roof area of the two-story house and began extinguishing the blaze while searching for its source. Investigators later determined the fire started in a solar panel system installed on the rear section of the roof, according to the Toms River Bureau of Fire Prevention.
The response was briefly elevated to a second alarm, but crews from East Dover and Island Heights quickly contained the fire. Because the blaze was knocked down so fast, additional incoming units were canceled and sent back to service.
The fire remains under investigation by the Toms River Bureau of Fire Prevention, with Inspector Kappock leading the case.
Officials said the blaze was ruled accidental and traced to an electrical failure in the area of the rooftop solar panels.
Because of damage and the loss of electrical service, the Toms River Building Department responded and declared the home unsafe for occupancy.

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There’s literally nowhere on planet Earth where solar energy is abundantly available 24 hours a day, 12 months a year. Even major solar undertakings like California’s Project Nexus are hampered by weather conditions and, of course, the inevitability of night. That’s a reality which has long frustrated proponents of solar power as an alternative for fossil fuels. But Japanese company Shimizu is promoting a unique concept for providing 24-hour-a-day, high-quality solar power for the whole planet. 
The plan, according to the Shimizu’s website, is to built a ring of solar cells encircling the moon’s equator. The ring would be about 11,000 kilometers long and would range from a few kilometers to 400 kilometers wide. The idea of projecting solar energy from the moon is called, appropriately, the Luna Ring.
Working in continuous sunlight, Shimizu’s solar cells would potentially produce 13,000 terawatts. For comparison, the world currently uses 18–20 terawatts of continuous power. That means the lunar ring could radically reduce the need to produce power with fossil and nuclear fuels.
According to the Shimizu website, the Luna Ring concept is still under development. It’s a complex project. The first step would require the presence of both humans and robots on the surface of the moon. In fact, lunar robots are under development today with funding from NASA.
The building process would rely on lunar resources like moon soil as well as hydrogen imported from Earth. With these materials, it would become possible to create the materials required to build the solar cells. Fortunately water, a necessary ingredient for the project, is already available on the moon.
Much of the robotic work would be managed from Earth, via remote control. Together, the human/robot construction team would build and deploy an 11,000 kilometer-long ring of solar cells around the lunar equator. Energy generated by the cells would be sent to a lunar antenna via a cable and then converted into microwave laser beams to be transmitted back to Earth. There, rectennas would be used to convert the energy to usable electricity. While power would be generated from the side of the moon that’s facing the sun, it would be transmitted from the side which faces the Earth.
While the idea of a lunar ring has a long way to go it’s not impossible to achieve, at least in theory. The biggest obstacle, of course, is cost. Shimizu plans to build the solar cells on-site, but the cost of sending even 1% of the required cells would cost hundreds of millions of dollars. Then there are all the unknown costs, ranging from design and construction of robotic labor to all the steps required to allow human beings to work and live on the lunar surface.
The possibility of generating solar energy from the moon in general is intriguing, and, in a more modest way, is already in the experimental phase. It even spurred NASA to create a $1.5 million challenge which ended in 2024 as part of the Artemis campaign with the goal of designing energy technologies for long-duration moon missions. During the challenge, prototypes were developed for testing in conditions similar to the lunar environment. In the long run, NASA hopes to expand on these prototypes to create tools for transmitting and storing energy in extreme lunar conditions — an important step forward for Artemis and lunar exploration.

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European solar procurement is shifting away from cost concerns towards other risks, according to speakers at the SolarPLUS Europe conference in Milan yesterday.
“Right now we are in a geopolitical situation that redefines risk,” said Mariyana Yaneva, vice chair of the Association for Production, Storage and Trading of Electricity (APSTE), a Bulgarian industry body.
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That includes growing global tensions that put strain on supply chains, increased regulations around environmental, sustainability and governance (ESG) procurement, ethical traceability and transparency concerns for solar and energy storage products, and mounting cybersecurity risk, which Yaneva said can “turn your power plant into someone else’s weapon”.
These factors could expose project owners or developers to fines, delays, shifting costs or faulty and risky equipment. Ultimately, according to Sarah Montgomery, co-founder of Infyos, the shifting procurement priorities are still about cost and bankability, just from a different angle. Poor quality equipment, for example, will ultimately increase a project’s operational expenses over its life.
The cost of PV modules and other components may well increase in the coming months and years. Pierre-Louis Raust, director of engineering and procurement at Power Capital, said there is currently a “perfect storm” to push prices up.
He cited the blockade of the Strait of Hormuz and the other effects of the Iran war, alongside changes to the solar industry in China, with plans for consolidation in the polysilicon sector and the removal of the export tax rebate on PV products, and growing cybersecurity tensions between the US, Europe and China.
Even if prices rise, the speakers suggested that solar buyers will prioritise security and regulatory compliance in their procurement over sheer unit cost.
In general, current solar industry standards are “very low bars”, said George Touloupas, vice president of ESG and new services at Intertek CEA.
He said that solar buyers hire third-party companies like Intertek CEA or TUV Rheinland to “test and retest and inspect to make sure the actual products are manufactured beyond standards”. He added that specific ESG or traceability standards – such as the Solar Stewardship Initiative’s programmes – which inspect manufacturers’ facilities may not be ideal. “If a buyer cares about the project itself, you still need to do the traceability at the project level. Standards are a minimum.”
Montgomery said that one of the challenges in the solar and energy storage sectors is that there are “no set industry standards”. She said that banks and project financiers often call for different standards and regulations to be met. In a case where a developer makes procurement decisions before that financing is granted, they may be “given a set of standards that you can’t put in place with your suppliers.
“We have seen companies that we work with that thought they were going to sell assets [now] unable to sell those assets to their preferred acquirer because they don’t meet the minimum standards for due diligence, or the debt financing comes in and says, ‘this doesn’t meet our minimum safeguards.”
Closing the panel, Yaneva said developers and buyers should remember the “reason” for ESG and quality standards: “To improve what we want the process to improve, not just to tick boxes.”
She added: “If anyone has ever read what a Tier-1 supplier is, you will know that this guarantees absolutely nothing unless you are looking for a certain number of projects that they have supplied. If you want to procure quality products, talk to the engineers that have made them; if you can’t, use a consultant and see how this technology actually works in the field.”

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Experience the ultimate Pragmata gameplay walkthrough featuring the Sector 1 Solar Power Plant mission, high-action combat encounters, and all upgrade component locations in this comprehensive guide. We dive into part one of the story as we hack locks, battle our way through intense enemy rushes, and uncover the mysteries of the lunar base!
00:00 Intro
10:13 Meeting Diana
20:27 Arriving at the safe haven
23:36 Restore power to the lunar base
24:38 Hacking lock one
26:23 Hologram recording
28:31 Hacking lock 2
28:43 Hacking lock 3
28:54 Upgrade component3
2:06 Hacking lock 4
32:33 Enemy rush3
3:13 Hacking lock 5
34:08 Hacking lock 6
35:12 Hacking lock 7
35:27 Mini enemy rush
37:01 Hacking lock 8
37:15 Upgrade component
37:34 Upgrade component
40:57 Upgrade component
41:20 Hacking lock 9
41:39 Enemy rush
45:03 Boss
49:44 End

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Oxford PV is a specialist in perovskite-based solar energy tech. Perovskite is a flexible, high-efficiency, low-cost crystalline substance, widely considered a wonder material for next-generation solar cells.
SUITE is part of the latest round of initiatives supported by the Advanced Propulsion Centre (APC), a non-profit that helps fund UK-based R&D projects focused on net-zero emission technologies.
As part of the initiative, Oxford PV will share its expertise in perovskite-on-silicon technology with the Nissan-led consortium and advise how it can be applied to vehicle-integrated solar, where low weight is key to high efficiency and range.

“We are excited to be working with such a strong consortium of automotive and technology partners on the SUITE project,” said Oxford PV CEO, David Ward. “Perovskite photovoltaics offer a step change in solar performance and open up new possibilities for vehicle-integrated solutions. This collaboration allows us to bring our technology leadership to a new class of applications that can deliver real-world benefits for electric mobility.”
The Oxford PV tie-up marks a step forward in Nissan’s exploration of solar tech EV integration. In January this year, Nissan released a one-off, solar-panelled version of its all-electric Ariya SUV to mark Clean Energy Day. According to the Japanese manufacturer, the project was initiated as “a vision of how Nissan intends to lead the next phase of electric mobility.”
Despite being a relative outlier in exploring solar tech, it is a growing trend on the EV landscape, albeit a slow one. In 2025, Nissan’s strategic partner, Renault, revealed range-extending solar panels on its Embleme ‘rolling laboratory’ concept. Towards the end of last year, US solar-powered carmaker Aptera began construction of its vehicle production.
However, the California-based startup still requires an additional $65m in funding to initiate full-scale, low-volume production of its self-titled, sun-fuelled EV.
 
 
The Leapmotor T03 LCV van has debuted in Europe with a sub-€15,000 starting price and a loading capacity of up to 220kg.
From Renault and Kia to Toyota and Citroen, here are our pick of the best EVs that qualify for the UK Government’s Electric Car Grant
Oxford PV has joined the Nissan Technical Centre UK-led SUITE (Smart Use of Integrated Technology for EV) project, which designs cutting-edge solar panels improving the efficiency and range of electric vehicles.
EV Powered is the UK’s leading electric vehicle media platform—home to a monthly magazine, a fast-growing website nearing 750,000 views a month, the UK’s largest EV podcast with over 2 million listens, a YouTube channel with 3.5 million views, and a suite of newsletters, reviews, expert features and an annual awards programme launching soon.
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Energy minister Darragh O’Brien said there has been a significant increase in people looking to access energy grants for heat pumps and solar panels. File picture
Energy minister Darragh O’Brien has said he is “very open” to the introduction of plug-in solar panels as part of efforts to increase renewable energy generation.
Under current regulations, solar panels are only permitted to be installed by professional electricians. These panels must then be registered with the ESB.

Plug-in solar panels, however, can be plugged directly into a mains socket for energy generation. They can be purchased in supermarkets in some European countries.
Responding to parliamentary questions in the Dáil, Mr O’Brien said the Government wanted to make it “easier to deploy” renewable energy technologies and was not ruling out plug‑in solar.
The climate minister acknowledged that officials in his department had raised some “safety concerns”, while noting that the technology has been deployed successfully in countries such as Germany.
“Plug-in solar is not an extremely new technology but there might have been some concerns with it. However, it is not being dismissed,” Mr O’Brien told the Dáil.
Mr O’Brien said the Government’s new critical infrastructure legislation would assist with bigger renewable energy projects, explaining that 33,000 home solar grants were approved last year.
Independent TD Barry Heneghan, who questioned Mr O’Brien, said the introduction of plug-in solar as an option would allow for apartment dwellers to access solar energy.
“These apartment dwellers cannot use their rooftop. The plug-in solar systems which can be bought and installed within 15 minutes are a simple fix that would reduce their energy costs,” he said.
“One of the solutions that I am continuously shouting for, and I will continue to do so until it is done, is plug-in solar.”
Mr Heneghan said Ireland needs to move from being a “petrostate to an electrostate”.
“If anything in the past few months has shown, we need to be completely energy independent,” Mr Heneghan said, pointing to the war in Iran and the impact on oil prices through the closure of the Strait of Hormuz.

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“Plug-in solar was used by the German government and had a very big success rate. Let’s not reinvent the wheel. Let’s do what has success rates and help the Irish people.”
Meanwhile, Mr O’Brien said there has been a significant increase in people looking to access energy grants for heat pumps and solar panels.
“We also have to look at solar storage and battery storage in homes and at utilising our car batteries through EV and solar,” Mr O’Brien said.

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Intertek strengthens solar assurance leadership with purchase of Mitsui Chemicals solar laboratory assets in India  WebWire
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Alderwoman Lori Large-Oldenettel (left) speaks with Community Development Director Brian Nyberg while a resident reads over documents provided by the company Nexamp. All three were there because Nexamp held a public event for people to find out more about the company’s proposed solar farm.
While some Jacksonville community members had their concerns placated by the company that wants to build a solar panel farm near their neighborhood, it will likely be an uphill battle to overcome municipal rules to get the project application approved.
Jack Curry, business development director for Nexamp, said some of the questions they get asked are based off comparisons made to a different, failed project: Summit Ridge.
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In 2024, Summit Ridge Energy proposed a 58.3-acre solar farm that's close to where Nexamp wants to put its farm. The Nexamp project proposal is for a 16-acre field off of Blacks Lane, a stretch of road less than 1 mile long on the east side of town. 
A map handed out by Nexamp during its April 14 event shows the proposed area where it wants its to build a solar field in blue. In red is the site of the proposed Summit Ridge project from 2024, which did not get approved by the city.
The Summit Ridge project's zoning request got denied by the Jacksonville Plan Commission and Zoning Board in 2024 because of community concerns about the size and location — as well as the fact that city regulations say solar farms can't be built within the city's zoning limits.
RELATED: Commission rejects solar farm rezoning petition
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Curry said the Nexamp project is smaller than the Summit Ridge location, and he hopes the project's differences are enough to make the city reconsider its zoning limit requirement.
"Ours is closer to the railroad tracks, closer to other industrial uses. Like, there's a scrapyard, there's storage facilities, auto shops, so it's sort of a transitional use from those uses and the railroad, to maybe more residential uses in Prairie Knolls," Curry said. "It's also the size of the project. I think Summit Ridge was close to 60 acres, and our project is about 15."
Some residents of Prairie Knolls mobile home neighborhood, which is on the west side of Blacks Lane, attended a public meeting on Tuesday held by Nexamp for more information about the project. One woman said she concerned about loud sounds from construction, but she said she was happy to find out construction would only take place during daytime hours, not overnight.
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She was also happy that the project would be behind an old property on Blacks Lane, not right up against the road or nearby Morton Avenue, one of the busiest streets in town.
RELATED: Solar farm company to hold public meeting before submitting application
RELATED: 2 mobile home parks see new owner after bankruptcy
Multiple moves for the project are attempts to counteract typical solar concerns from rural residents: For worries about unsightliness, Curry said there will be vegetative screening around the premises. For concerns about the farm's construction damaging the Blacks Lane, Curry said Nexamp is willing to repair any damages made by construction vehicles and pay for the repairs.
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A map handed out by Nexamp during its April 14 event identifies different aspects of its proposed project.
Jacksonville Alderman Lori Large-Oldenettel, who does not sit or vote on the Plan Commission and Zoning Board, attended the Tuesday event because the project would be in her ward. Large-Oldenettel said she likes how Nexamp has been working with the community to seek feedback from residents and officials, but she pointed out one problem that can't be fixed with the project as it is: location.
"I like that they've been really open and transparent; but again, we have ordinances for a reason," Large-Oldenettel said. "The setbacks are the setbacks, and unless the plans commission would change that, I'm not sure how this project would be able to move forward."
She said she isn't comfortable giving exemptions for local rules.
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"Once we open that up, then anyone could really come in and ask for the same variance, and that could get really complicated, and I think there was probably a lot of thought and input that went into putting these ordinances into place," Large-Oldenettel said.
Curry said Nexamp would be filling its application this week. He hopes it will be on the Plan Commission and Zoning Board's agendas in either May or June. If approved, he said construction would begin in spring.
Through the state's community solar project, companies are incentivized to build projects in low-income communities that would make electric bills lower through a credit system with their utility provider. About 50% of Jacksonville residents would be allowed to subscribe to projects like this one before the subscription meets its cap.
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RELATED: Nexamp solar project looking for subscribers ahead of construction
Bridgette Fox is a staff writer with the Jacksonville Journal-Courier.
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Cloudy with occasional rain showers. High near 60F. Winds ENE at 5 to 10 mph. Chance of rain 60%..
Mostly clear skies during the evening will give way to low clouds and fog after midnight. Low near 45F. Winds light and variable.
Updated: April 17, 2026 @ 1:31 pm
A sheep stands in front of solar panels on a farm Wednesday, Jan. 14, 2026, in Lancaster, Ky.
Daniel Bell opens a bag of feed as he prepares to move sheep into a nearby field Friday, Feb. 20, 2026, at a farm in Lancaster, Ky.
Sheep walk under solar panels Friday, Feb. 20, 2026, at a farm in Lancaster, Ky.
Sheep graze near solar panels Wednesday, Jan. 14, 2026, at a farm in Lancaster, Ky.
Sheep graze at a farm Wednesday, Jan. 14, 2026, in Lancaster, Ky.
Signs opposing solar development sit near a road Friday, April 3, 2026, in Manchester, Ind.
Sheep graze near solar panels Friday, Feb. 20, 2026, at a farm in Lancaster, Ky.
Solar panels operate Wednesday, Jan. 14, 2026, at a farm in Lancaster, Ky.
Daniel Bell drives between solar panels and his sheep flock Friday, Feb. 20, 2026, at a farm in Lancaster, Ky.

A sheep stands in front of solar panels on a farm Wednesday, Jan. 14, 2026, in Lancaster, Ky.
Daniel Bell opens a bag of feed as he prepares to move sheep into a nearby field Friday, Feb. 20, 2026, at a farm in Lancaster, Ky.
Sheep walk under solar panels Friday, Feb. 20, 2026, at a farm in Lancaster, Ky.
Sheep graze near solar panels Wednesday, Jan. 14, 2026, at a farm in Lancaster, Ky.
Sheep graze at a farm Wednesday, Jan. 14, 2026, in Lancaster, Ky.
Signs opposing solar development sit near a road Friday, April 3, 2026, in Manchester, Ind.
Sheep graze near solar panels Friday, Feb. 20, 2026, at a farm in Lancaster, Ky.
Solar panels operate Wednesday, Jan. 14, 2026, at a farm in Lancaster, Ky.
Daniel Bell drives between solar panels and his sheep flock Friday, Feb. 20, 2026, at a farm in Lancaster, Ky.
Over the past few years, Kentucky sheep farmer Daniel Bell has been expanding his flock, and that meant he needed to build a new barn. His land is far from the power lines he’d need to heat it, so he figured rooftop solar would be ideal.
To help pay for it, he wanted to apply for a renewable-energy grant through the Department of Agriculture’s Rural Energy for America Program, or REAP — only to find that the Trump administration had effectively halted grants through the program. Bell said that made it impossible to proceed with the idea on his land.
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The U.S. Patent and Trademark Office has invalidated all claims of two TOPCon solar cell patents previously asserted by Trina Solar against Canadian Solar subsidiaries.
Image: Coolcaesar, Wikimedia Commons, CC BY-SA 3.0
From pv magazine Global
Chinese-Canadian PV manufacturer Canadian Solar has announced that the U.S. Patent and Trademark Office (USPTO) has issued final written decisions invalidating all claims of two TOPCon solar cell patents previously asserted by China-based rival Trina Solar. 
“This ruling reinforces Canadian Solar’s long-standing, successful track record of managing international disputes,” the company said in a statement. “As a global leader in solar and energy storage technology innovation, the company has always prioritized organic R&D and has established a comprehensive and effective system to manage, commercialize, and defend its global IP rights which cover all key aspects of the industry value chain.”
Trina Solar had filed a complaint for patent infringement in the US District Court for the District of Delaware against three unspecified units of Canadian Solar in October 2024.
In February 2025, Trina Solar also initiated legal action in China against Canadian Solar and its subsidiary, Changshu Canadian Solar Energy Technology Co., Ltd., for allegedly infringing two of its TOPCon solar cell technology patents. This lawsuit, filed with the Jiangsu High People’s Court, sought $147 million in damages.
According to Trina Solar’s announcement on Feb. 10, the dispute in China centers on two patents: Patent No. ZL201710975923.2, titled “Solar Cell Module,” and Patent No. ZL201510892086.8, titled “Solar Cell and Its Manufacturing Method.”
Canadian Solar has recently faced similar patent claims in the United States. In March 2024, Singapore-based Maxeon filed a patent infringement lawsuit against the company in the US District Court for the Eastern District of Texas. Maxeon previously sued Canadian Solar in Japan for patent infringement in 2020. In the lawsuit, Maxeon alleged that Canadian Solar Japan infringed upon its Japan Patent No. JP6642841B2, which is related to its shingled solar modules. The two companies reached a settlement in April 2022.
In addition, PV manufacturer Solaria filed three different patent infringement claims against Canadian Solar in the past, all related to the process of separating photovoltaic strips from solar cells for use in shingled modules.
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Amazon to expand renewable energy capacity in Australia to 1GW  Yahoo Finance
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Scottish Water has submitted a planning application to install 791 solar panels at its depot on the Moycroft industrial estate in Elgin.
The publicly owned utility company is seeking permission from Moray Council to install the panels on a patch of grassland about a quarter of the size of a football pitch.
If approved, the ground-mounted photovoltaic (PV) array would provide a sustainable source of electricity for the depot’s essential water and wastewater services.
The proposed development is part of the company’s national initiative to achieve net-zero emissions by 2040 and protect itself from volatile energy prices.
To minimize their visual impact the photovoltaic (PV) panels will be positioned close to the ground.
In supporting documentation to the planning application, a Scottish Water spokesperson stated: “By maximizing the use of clean energy at these sites, we are protecting the environment, delivering cost savings and supporting the resilience of our essential water services.”
If the Scottish Water proposal receives the green light, construction could begin later this year.
View the application on Moray Council’s website.
Visit the Public Notice Portal to find out more about planning applications that affect you.

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Matrix lands ITC, term conversion for newly operational Texas solar farm  Renewables Now
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UK headquartered Oxford Photovoltaics Limited has joined the SUITE (Smart Use of Integrated Technology for EV) project, a UK-led collaborative R&D programme. The initiative is supported by the Advanced Propulsion Centre UK under the DRIVE35 Collaborate programme. The consortium includes Nissan Technical Centre UK, engineering firms, and universities working on solar integration for electric vehicles. Oxford PV will contribute its perovskite-on-silicon tandem PV technology developed over more than a decade. The project focuses on lightweight, high-efficiency solar panels designed for vehicle integration. Vehicle-integrated solar can generate energy during operation, supporting improved efficiency and extended EV range. The SUITE project aims to advance commercially viable solar-assisted electric vehicle solutions.

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News This is a news story based on facts, either observed and verified firsthand by the reporter, or reported and verified from knowledgeable sources.
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Monitor Local is a reporting initiative to meet the local information needs of people in towns across western and downeast Maine with public service reporting on town council meetings, school budget debates, zoning conversations, tax deliberations and more. It functions alongside The Maine Monitor’s investigative and in-depth reporting to serve the people of Maine.
FARMINGTON — The Planning Board approved a permit Monday for a nearly 1‑megawatt solar power project on Farmington Falls Road.
USS Hillstrom Solar LLC, a subsidiary of US Solar in Minneapolis, is developing the project. The company operates about 90 similarly scaled community solar projects nationwide, according to Derek Papagianopoulos, a project development manager.
The site is designed to produce 995 kilowatts of alternating‑current electricity using ground‑mounted solar panels that rotate to face the sun throughout the day.
A 20‑foot‑wide gravel road will provide access to the 8.6‑acre site, ending at a gate. The project’s transformer and other power‑management equipment will sit on a concrete pad, and an 8‑foot‑tall fence will surround the equipment and the site’s solar panels.
An underground line will run to as many as three poles, allowing the project to connect to lines along Farmington Falls Road.
Papagianopoulos said US Solar already has an interconnection agreement with Central Maine Power Co., and the project’s energy will go directly into the grid.
The project sits more than 250 feet from the river to meet Shoreland Zoning requirements.
It lies outside the 100‑year flood plain, according to Federal Emergency Management Agency maps. Some who attended the meeting questioned the designation, pointing to the 2023 flooding, which they said affected the area.
The project includes a decommissioning plan filed with the Maine Department of Environmental Protection and a bond. If the project is removed, the developer must restore the site to its current condition.
Ken Secor owns the 25‑acre lot across Farmington Falls Road from the proposed site. The property is home to The Farmhouse Beer Garden. He asked the board to consider the development in light of the town’s comprehensive plan, which he said conflicts with the project.
Secor said the beer garden sits about 35 feet above the solar farm, making it difficult to screen.
“My argument is that an appropriate use does not destroy the utility of a neighboring established business,” Secor said, referencing language from the town’s comprehensive plan. “Guests at a celebration of life or a wedding cannot adequately enjoy the space if they are looking down into a sea of glass and metal.”
Secor said the site would need a berm and indigenous trees to visually buffer it from the beer garden.
Gail Hillstrom, who owns the property with her husband, said they have always tried to be good neighbors and have allowed people to camp and otherwise use the land. She said the property is no longer useful for farming or generating income to offset its tax burden.
“We would also like to be good neighbors,” Hillstrom said. “But, however, we really ask that the consideration be that our responsibility is not totally the view that supports their business. It’s our responsibility to be good stewards of the land and to take care of it, and that’s what we intend to do.”
The project would allow the Hillstroms to preserve the land for their grandchildren, she said. Other residents expressed concerns about their own viewsheds and property values, the potential for flooding on the site and whether the benefits of the project outweighed the costs.
A number of attendees and board members referenced other solar projects in town, particularly the 490‑acre project operated by NextEra Energy Resources on Farmington Falls Road.
Those who spoke about that larger solar farm cited insufficient visual screening, failed or inadequate plantings and a lack of community benefit, among other issues.
Planning Board members said their role in the process was to enforce the town’s ordinances rather than make value judgments on whether projects should proceed.
“Our job is to decide if the application process meets our ordinances,” board member Gloria McGraw said. “Just because we don’t like (a project) personally doesn’t mean we can vote it down. We have to base it off of the ordinances in existence.”
The Planning Board unanimously approved the permit with conditions that US Solar submit an amended site plan with additional screening and that a visual simulation be conducted from the beer garden. The approval also includes a three‑year performance guarantee to ensure that the local trees planted to screen the project become established.
The project still must go through a Tier 3 review with the Maine Department of Environmental Protection because of wetlands on the site — the most stringent level required in the state — and US Solar must also obtain permits from the U.S. Army Corps of Engineers and the Maine Department of Transportation.
An archaeological survey for the Maine Historic Preservation Commission is also required.
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Ben Hanstein is a contributor to The Maine Monitor. He lives in Farmington, where he runs a used bookstore and reports on stories that matter to western Maine for Monitor Local, an initiative of The Maine Monitor.
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Space capacities have grown significantly in the last several years, with NASA’s Artemis II mission taking astronauts Reid Wiseman, Christina Koch, Victor Glover, and Jeremy Hansen to the Moon in the first lunar mission in more than 50 years.
Now, the US space agency is eyeing an even more ambitious goal: to put nuclear reactors on the Moon by 2030 through its Fission Surface Power Project, with plans to launch a medium-power reactor into orbit by 2028.
For this tall order, NASA will have to join forces with the US Department of Energy and the Department of Defence.
The White House Office of Science and Technology (OSTP) has already shared new guidelines for federal agencies to develop a roadmap for space nuclear technology.
“Nuclear power in space will give us the sustained electricity, heating, and propulsion essential to a permanent presence on the Moon, Mars, and beyond,” OSTP said in a post on X.
This shift is mainly because solar power and other traditional energy sources will not be sufficient to reliably sustain long-term human settlements on the Moon or other planets, such as Mars.
The lunar night is a key reason for this, as a single night on the Moon lasts around 14 days on Earth. During this time, solar panels cannot be used, and batteries lack sufficient capacity to support an entire base through the cold, dark periods.
Relying solely on solar power also makes it harder for programmes like Artemis to explore permanently shadowed regions such as the lunar south pole, which never sees sunlight but contains valuable water ice.
In contrast, nuclear reactors provide mostly continuous, abundant power for years through nuclear fission, regardless of weather, sunlight or location. Nuclear electric propulsion can also help spacecraft carry out complex, long-duration missions without risking fuel depletion.
“The time has come for America to get underway on nuclear power in space,” NASA administrator Jared Isaacman posted on X.
The Fission Surface Power Project is expected to have a design capacity of 40-100 kilowatts of electricity, which should be enough to sustain a small lunar habitat with scientific labs and resource-extraction equipment for several years.
This project is expected to help the US strengthen its space technology position relative to China and Russia, while providing a lunar test bed to advance technologies for future crewed missions to Mars.
The system is expected to operate autonomously with minimal maintenance required by astronauts, while remaining scalable and modular. It will have to account for applications which can support both space propulsion and future life on the Moon.


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The sun was almost at its peak above the control room when the maps started flickering: first from green to red, and then suddenly to black. 
In a matter of seconds, tens of thousands of small-scale solar installations on rooftops across west and central Europe disconnected from the grid. On their own, each disconnection made little difference — but more than five gigawatts, equivalent to three of the continent’s largest gas-fired power stations, had just gone down at once. Now the whole grid was powering off. It was a hack. Across the continent, telecommunications networks were failing, scrambling response coordination and impairing emergency services. Military installations and hospitals were flipping to backup generators, and oil refineries were shutting off production. 
That hasn’t happened – yet. It’s a version of a scenario described by cybersecurity, grid operation, and geo-strategy experts in reports and interviews with the Reynolds Center. It bears strong similarities to a real-world blackout in 2025 across Spain and Portugal, when thousands of small-scale solar installations disconnected in just 38 seconds. That daylong disruption was caused by unintentional system failures and cost businesses billions of euros. Experts believe an intentional disruption could be much more damaging. 
As Europe’s rapid dispersal of solar power in Europe is being promoted as an answer to the energy security risks of imported fossil fuels, it may also present a new and potentially devastating kind of security threat. The dominant role of a single country — China — in nearly all parts of the solar supply chain is a central concern, leading some to warn that Europe is replacing one kind of energy dependency with another. 
Unlike the coal or gas that fires a traditional thermal power station, the sun cannot be placed under blockade. And, unlike these traditional plants, solar’s power supply is too geographically distributed for significant capacities to be wiped out by a single missile strike. Yet these same factors protecting solar power from traditional forms of attack, these researchers worry, might also make it the vector of a more unconventional sabotage in the future. 
The attack may not even need to be triggered to achieve its desired effect. Linking Chinese dominance over all parts of the solar supply chain to a record of state-sponsored cyberattacks and concerning threat disclosure laws, some researchers envision China using the threat of a solar-charged grid meltdown as leverage over Europe’s security and independence: a sword of Damocles above the continent’s head. But the scope of this threat — and the question of whether China would ever use it — is heavily debated. 
If the sword in this scenario is the solar panels, spread out on rooftops across the continent, the strand of horsehair it hangs from is the solar inverters, connecting each of those installations to the grid. 
As the role of renewables has grown, inverters have become more important, and more complex. Converting solar’s direct-current power to grid-compatible alternating current, inverters also provide remote monitoring, coordinate renewable supplies with battery storage, and can help to stabilize the grid proactively by modulating output. Many of these functions are controlled over the internet, making inverters “cyber-physical” devices, in the words of cybersecurity researcher Daniel dos Santos, in which “the cyber world can impact things in the physical world.”
The scenario he and other researchers interviewed for this article envision involves this internet connection being hijacked across thousands — or even millions — of inverters at once. The attacker would likely use this access to cause violent and unpredictable swings in supply, overwhelming an already-stretched grid system’s ability to sustain a stable voltage. As happened in the Iberian blackout last year, safety equipment at other power installations might automatically shut down to save itself as loads surged above or below preset safety boundaries, leading to a cascading blackout across huge areas of the continent. 
A vice president of research at Forescout Technologies based in the Netherlands, dos Santos is one of a small group of white-hat hackers who have identified nearly dozens of cybersecurity vulnerabilities in market-leading brands of solar inverters that may be used to trigger such an attack. One of them is on his own roof. Like around a third of Dutch homes, dos Santos’s Rotterdam new-build is kitted out with solar panels connected to the grid by a potentially compromised inverter. “And it turns out to be a Chinese one,” he said. “Not by coincidence, but by probability … they dominate the market.”
As with solar panels, European, American, and Japanese manufacturers led the initial innovation and early production of solar inverters. But aggressive subsidies and competition, combined with vast home-country demand, have in the last decade given Chinese companies a controlling share of global supply, providing products at a lower cost than their Western counterparts. Today, the largest European manufacturer — Germany’s SMA — has one-tenth the manufacturing output of the largest Chinese manufacturer, Huawei. 
Collectively, the country’s inverters now control hundreds of gigawatts of European solar power. Manipulating the output of just a fraction of these devices during the midday solar peak would be enough to cause widespread “misery,” said Willem Westerhof, the researcher who first discovered the potential inverter attack scenario in 2016. 
Vulnerabilities are not exclusive to Chinese inverters — dos Santos identified one in an SMA system — but they are often more severe. And Chinese companies commonly take a more lackadaisical approach to fixing vulnerabilities when they’re found, according to researchers. “I was surprised with the immaturity” of Chinese manufacturers, said dos Santos. “They don’t understand security issues.” 
Westerhof was more blunt, using an expletive to describe most Chinese manufacturers’ cybersecurity protocols. “You will find serious vulnerabilities,” he said. “And even if you try to responsibly disclose, you get nothing.” To his knowledge, just a few companies take the solar inverters risk seriously, including Huawei and SMA.
For some, the role of Chinese firms goes beyond careless malpractice.
Last May, Reuters reported evidence of “rogue communication devices” in Chinese solar inverters in the United States, prompting fears they could be used as direct remote control devices. In January, a Department of Energy analysis found the devices were “non-malicious” and “non-intentional,” but the episode is still mentioned with unease by industry observers.
Two years earlier, Microsoft alerted researchers and the U.S. government that a Chinese state-sponsored hacking group called Volt Typhoon had performed surveillance on critical infrastructure installations in Guam and the mainland United States, possibly in preparation for an attack. The disclosure followed a 2021 Chinese law that requires companies operating in the country to disclose unpatched security vulnerabilities to parts of the government, including ministries that were previously responsible for several state-sponsored offensive hacking operations. In the case of its market dominance of solar inverters, this “obviously could become a weapon for exploitation,” said dos Santos. 
But there is considerable disagreement between China energy analysts and Western security researchers over whether China would actually seek to use its growing position of leverage in the European grid system to achieve geopolitical goals.
The former group sees China’s renewables manufacturing push as largely a response to internal concerns, with benevolent knock-on benefits for other countries. “We always believe that the highest priority for decision makers is to build your home as a better place to live,” said Muyi Yang, a senior analyst at renewable energy think tank Ember who is originally from China. Around half the solar equipment produced by Chinese companies is deployed in China itself, making it the fastest electrifying country on earth and allowing it to reduce its import dependencies, the effects of climate change and air pollution. Its solar exports, meanwhile, help “to build a better external environment that can support further progress of the Chinese economy,” said Yang. “And from that lens, I don’t think it is part of China’s strategy that China wants to dominate the clean technology supply chain and then leverage this to dominate the world.”
But security analysts in Europe strike a more hawkish tone. 
In late 2025, China leveraged its almost total dominance in the supply of rare earth metals in response to U.S. tariffs by imposing an export embargo to all countries. Europe, and its highly dependent defense manufacturing industry, was struck in the crossfire. Analysts, including Caspar Hobhouse, of the EU Institute for Security Studies, see similar security risks in China’s dominance of solar technology. For example, look to Cuba, where China has made large donations of solar equipment to help the island withstand President Donald Trump’s “maximum pressure” campaign intended to solidify American control of the Caribbean. 
“The climate world is very soft on China,” Hobhouse said, and “it tends to be actually quite blind to this because they see that China is this fantastic accelerator of the green transition.” But he believes that “it is absolutely an intentional policy on behalf of the Chinese state” to use the dominant position it has in the technologies behind that shift as “a point of leverage in geopolitics when — not if — when something happens.” That something could be a move in China’s long-signaled intention to capture Taiwan; its potential access to enough solar inverters to down the European grid may play a role.
There are few short-term alternatives to China’s renewable electricity technology for Europe, facing its second major energy crisis in four years directly attributable to its dependency on fossil fuel imports. Seeking a cheaper, more independent energy system, it currently has only one place to turn.
The view that this structural dependency should be corrected crosses the geopolitical debate. For the cybersecurity researchers who fear dramatic grid shutdowns hatched by state-backed hackers, there are renewable energy advocates who see more mundane dangers in an overly concentrated supply chain. The situation is not dissimilar to Taiwan’s control of 90 percent of global advanced semiconductor manufacturing, which strikes equal fear into China foreign policy hawks and supply chain buffs who worry about the island’s susceptibility to earthquakes.
“I think we’ve become very comfortable with this in our globalized trading system: That it’s okay to just have other countries produce things because of their competitive advantage,” said Belinda Schäpe, a China policy analyst at the Centre for Research on Energy and Clean Air. “But we’re also starting to realize now that there are some trade-offs with that, not just because it’s China and because there’s some political sensitivities that we can’t influence: it’s also just an inherent supply chain risk.”
Perhaps for different reasons, Hobhouse agrees. “I would sleep a lot better at night if China only controlled 50 percent” of solar manufacturing, he said. But Europe has so far struggled to diversify that supply chain within its own borders. The high price of energy is one of many headwinds. 
Instead, the next solar industrial wave may come from a more unexpected place: a continent with little prior history of solar manufacturing, or of mass manufacturing at all — but one with a young workforce and a huge demand for renewable electricity. It may instead be born in Africa.

Reuben J. Brown is a multimedia journalist with a background in design. He is interested in very big systems, the people shaping them, and the stories of people they shape.
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Illinois lawmakers are continuing to take a closer look at renewable energy as demand continues to grow across the state.
State Senator Mike Halpin says energy production is struggling to keep up with that demand, which is becoming a growing concern.
“When it comes to other renewable energy, we’re certainly incentivizing that and trying to make that easier by making sure that there’s a statewide set of regulations for where and when they can be placed. The biggest problem is that the production of energy is being far outpaced by the demand for energy. Every one of us holding one of these little devices, the iPads and the other tablets that our kids are using, AI data centers, all of that is just spiking the demand for that energy. Which results in us as homeowners and residential users competing for that energy with big tech, and it’s raising our prices.”
Halpin says the issue is expected to remain a major topic of discussion as lawmakers look for ways to boost energy production moving forward.
As these projects expand, so has the debate about how they could impact farmland locally. Jake Armstrong, President of the Warren-Henderson Farm Bureau, says land use decisions ultimately come down to the property owner, but location still matters.
“I tend to view it as it’s your land. If you want to put solar panels on it, put solar panels on it. Put a wind farm, great. If you want to farm crops, have at it. You want to build a house, a shopping mall, grain elevator, I don’t care. It’s your land, it’s your right to do whatever you would like with it. Locally, Warren County tends to be a little anti that. They like to preserve that farmland in farmland. I generally agree that we should be putting solar panels and wind turbines where they’re most effective. I think green technology is a solution we can use going forward, if we implement those properly.”
The conversation around renewable energy and farmland use is expected to continue at both the state and local levels.
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The hybrid power plant combined 4.5 GW of wind and 1.5 GW of solar, representing a new milestone for the worldwide renewable energy sector. It also marks another record achievement for Envision Group. Envision Energy is part of Envision Group.
In February, the China-based company commissioned the world’s largest single-site battery energy storage system, the 4 GWh Envision Jingyi Chagan Hada.
With a total capacity of 6 GW, the complex generates over 12 TWh of green electricity annually, delivered via ultra-high-voltage (UHV) lines to industrial regions along China’s eastern coast, Envision said.
The project required strong execution due to complex terrain
The company explained that the project required strong execution due to complex terrain of valleys and desert edges, with limited construction windows.
Once seen as a harsh and resource-constrained landscape, the Loess Plateau is now being transformed into a source of stable, large-scale green power, the company stressed.
Envision implemented three solutions to tackle these issues.
The first one is “tailored turbine and technology solutions”. Envision installed EN-200/5.56 MW turbines for low-wind mountainous conditions. They feature a large rotor and high-capacity design to reduce turbine count and accelerate delivery.
The second is “supply chain and organizational capability in complex environments”. Coordinated deployment across multiple manufacturing bases enabled the company to quickly mobilize resources and achieve efficient execution.
It included the transport of 99-meter blades through steep, winding mountain roads with highly precise coordination, the update reads.
The company also claims it has demonstrated “extreme-condition delivery capability”.
A 1:1 allocation of transport and lifting equipment per turbine enabled continuous installation within a 150-day construction window, while single-blade installation further improved efficiency and site adaptability, according to Envision.
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17 April 2026 – Serbia needs EUR 27 billion to reach its decarbonization goals, according to Milan Laković, Executive Director for Finance at power utility EPS
Region/EU
17 April 2026 – The battery system in Wilhelmshaven will balance wind and solar power, supporting grid stability and renewables integration
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16 April 2026 – Croatian engineering firm Končar has signed a EUR 24 million contract to build a substation…
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16 April 2026 – In focus at the Energy Community Parliamentary Plenum in Brussels was the mutual need to integrate energy markets to protect against price and security of supply shocks
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The US community solar sector passed 10GWdc of cumulative capacity in late 2025, according to a report by analysts Wood Mackenzie and the Coalition for Community Solar Access (CCSA).
Despite seeing a 25% year-on-year contraction in 2025 from 2024, community solar in the US is expected to return to an upward trajectory in 2026, with 12% growth forecast for this year.
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According to the report, the dip in 2025 was due to a slowdown in mature markets such as New York and Maine.
“Overall, we expect national installed community solar capacity will contract by an average of 5% annually through 2030 in existing state-level programmes,” said Caitlin Connelly, senior analyst and lead author of the report.
“The segment’s near-term growth is anchored by a strong project development pipeline that now exceeds 8GWdc, 29% of which is reported to be under construction. Developers are navigating a complex federal policy landscape and interconnection queue backlogs to ensure their current pipelines are built out as efficiently as possible to meet the start-of-construction and placed-in-service deadlines required to secure the ITC.”
In 2026, capacity additions in Illinois and the Mid-Atlantic markets are expected to drive national annual growth, the report said.
Looking further ahead, the report said further growth was less certain unless new state markets are established. It pointed to strong pre-development pipelines for proposed programmes in states including Ohio, Iowa, Pennsylvania and Michigan as encouraging evidence of future activity.
“So far in 2026, there are signs that the value proposition of community solar is gaining new traction across several states,” said Connelly. “The passage of legislation in these markets could potentially add upwards of 1.5GWdc through 2030; however, the removal of the ITC in 2030 will complicate new programme design and timelines.”
The report said developers are broadening their business models to capture what it said was a growing opportunity for “community-scale” resources, defined as solar installations up to 20MW in size. Ohio and Pennsylvania are favoured target states for this type of development, partially driven by the region’s need for new generation to meet rapidly growing demand.
“Utilities are beginning to prioritise ‘community-scale’ resources, which typically encompass smaller utility-scale projects connected directly to the distribution grid, in their long-term planning,” said Connelly. “These resources have the ability to be deployed more quickly than larger utility-scale projects and, particularly when paired with storage, can improve grid flexibility and reliability.”
Jeff Cramer, president & CEO of CCSA, said passing the 10GW milestone was a “landmark” for US community solar but said the sector still had further potential.
“The expansion of mid-scale, front-of-the-meter solar and storage into new markets signals that our industry is diversifying and adapting in ways that will serve customers and the grid for decades to come. The pipeline is strong, and the states stepping up to create new programmes are proving that community and distributed clean energy remains one of the most compelling tools we have for putting affordable, accessible power within reach of everyone.”

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The hurdles that stop families from installing home energy upgrades are firmly within the control of state governments, writes Permit Power founder Nick Josefowitz.
Nick Josefowitz is founder and chief executive of Permit Power, a national nonprofit that advocates to make it easier for residential customers to install solar, batteries and other energy upgrades.
American families are rightly frustrated that their electricity bills have been rising too high and too quickly. As policymakers search for ways to respond to growing power demand and mounting affordability pressure, they are overlooking one of the fastest, most practical tools states control: cutting the red tape that makes rooftop solar and home batteries slower and more expensive to install.
That is the core finding of a new scorecard report from Environment America that examines permitting and inspection rules for residential solar and batteries in all 50 states. These requirements dictate whether a family can install home solar and storage quickly and affordably, or whether they get stuck in a slow and expensive bureaucratic quagmire. 
Compared to peer countries like Australia, this is not an area where the United States shines. Only California and Texas earned a B. New Jersey and Colorado earned a C. Every other state got a D or an F.
This status quo is broken. Most home solar and battery projects are simple and routine. But instead of being approved quickly and consistently, they are too often subject to fragmented local rules, duplicative reviews, unclear standards, multiple inspections and avoidable delays. 
For example, cities like Jersey City, New Jersey, require four separate applications followed by in-person meetings which can take several months. Others like Boulder, Colorado, require an assessment of the historical character before allowing a family to install solar. Many cities like Scarsdale, New York, can block a home solar system on aesthetic grounds. 
In Baltimore, Maryand, delays prevented families from installing solar in time to qualify for the federal clean energy tax credit that expired at the end of 2025 — costing thousands of dollars in lost incentives and energy bill savings. 
There is a real cost when families have to navigate outdated approval systems for weeks or months. The “time tax” imposed by permitting and inspection red tape adds $6,000 to $7,000 to the sticker prices of the typical rooftop solar system and leads many consumers to simply give up on the installation process. According to the National Laboratory of the Rockies, one in five home solar projects that begin the permitting process are canceled and installers cite permitting delays as the biggest reason for the cancellations. 
This is an energy affordability problem, and solving it would deliver huge benefits. Almost 70% of Americans say energy expenses are straining their finances. If the United States cut state-level red tape and brought the cost of solar in line with peer countries, by 2040 we’d see 18 million more families installing solar, resulting in $1.2 trillion in utility bill savings and nearly 200 additional GW of new electricity generation. 
Unlike many aspects of the energy affordability crisis, the hurdles stopping families from installing home solar and batteries are firmly in the control of state governments. States can set minimum standards for local governments and utilities to streamline permitting, inspection and interconnection. These common-sense reforms can be made at virtually no cost to taxpayers or ratepayers. 
State leaders who are serious about lowering utility bills are embracing these policies. In New Jersey and Virginia, energy affordability was top of the agenda in last November’s elections. Cutting home solar and battery red tape has been a key plank of New Jersey Gov. Mikie Sherrill’s energy affordability plan, and Virginia legislators have already sent a bill to Gov. Abigail Spanberger’s desk to streamline permitting for home solar and battery projects in the state.
Cutting red tape is also popular with voters. Recent surveys, including a November 2025 survey of New Yorkers and a national poll conducted by the Solar Energy Industries Association, have shown that significant majorities of voters from across the ideological spectrum support home solar, and support a set of policies that would make it cheaper and easier to install. 
Families do not need their local government or utility putting up more barriers between them and lower energy bills. For state lawmakers looking for a concrete, near-term way to help consumers save money, cutting home solar and battery red tape and allowing families to take back control of their energy costs should be on their list. 
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Peru’s most visible solar projects pipeline grows to 2.4 GW – energy min  Renewables Now
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