The China Nonferrous Metals Industry Association (CNMIA) says wafer, cell and module prices remain stable, while industry operating rates are edging lower across leading and integrated manufacturers.
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The CNMIA said wafer prices remained stable, with n-type G10L at CNY 1.20 ($0.17), G12R at CNY 1.26 , and G12 at CNY 1.45 per piece. Cell and module prices also held steady at CNY 0.41/W to CNY 0.45/W and CNY 0.71/W to CNY 0.75/W, respectively. Industry operating rates edged lower, with leading producers at 45% to 46%, integrated manufacturers at 50% to 60%, and others at 50% to 70%.
The National Energy Administration (NEA) said China added 317 GW of solar capacity in 2025, up 14% year on year, including 164 GW of utility-scale and 153 GW of distributed PV. Total renewable additions reached 452 GW, up 21%, accounting for 83% of new power capacity. By the end of 2025, China’s renewable fleet stood at 2.34 TW, about 60% of total installed capacity. Solar generation reached 1.17 trillion kWh, up 40%, with utilization at 95%.
JA Solar has signed a strategic agreement with CGC Certification to jointly study space PV applications, covering pre-launch reliability testing, in-orbit generation monitoring and post-mission failure analysis.
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Recently, the government of India announced its Union Budget 2026-27, reinforcing support for renewables and energy storage with a 32% increase in solar funding. 
Key measures include extending duty exemptions on capital goods for lithium-ion cell production to battery energy storage systems (BESS), removing Basic Customs Duty (BCD) on sodium antimonate used in solar glass, and supporting critical mineral processing. 
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The budget also announced a INR200 billion (US$2.3 billion) Carbon Capture, Utilisation and Storage (CCUS) scheme targeting hard-to-abate industrial emissions. 
A series of customs duty exemptions, aimed at strengthening domestic clean-energy manufacturing, was also welcomed by the Indian solar sector, and Charith Konda, energy specialist, Institute for Energy Economics and Financial Analysis (IEEFA), who spoke to PV Tech Premium about the budget. 
According to Konda, the budget focuses on “establishing of a stronger supply chain within the solar and PV cell and module manufacturing sector in India.”  
A key issue being addressed is India’s longstanding inverted duty framework. 
“India is famously known for its inverted tax structure, where upstream materials and raw materials are charged at a higher tax rate than the finished product,” Konda told PV Tech Premium. “This budget will change that.” 
Previous policy efforts, Konda noted, had prioritised downstream products, reducing duties on finished modules while leaving higher taxes in place on upstream inputs. The latest measures, including reductions in BCD on materials used in solar glass and other components, seek to lower production costs and improve competitiveness. The same logic has been extended to lithium-ion cells used in battery energy storage systems (BESS). 
“We cannot differentiate. Nowadays, we hardly see standalone solar or wind auctions. Ultimately, it’s the cell manufacturing capacity that will come into play,” he said, referring to the decision to align incentives for stationary batteries with those already available for electric vehicle cells. 
The move comes as storage becomes increasingly embedded in India’s renewable tenders. The country’s energy storage market saw strong growth in 2025, with a total of 69 tenders issued, representing 102 GWh, a 35% increase from 2024. Commissioning during the year stood at 0.5 GWh, while 60 GWh are under execution and 115 GWh in various tendering or awarded stages.  
However, this shift in tax prioritisation is unlikely to deliver any cost relief for module buyers in the short term, according to Konda. 
“It will take some time, and we will not see an immediate reflection in the module or cell or module prices. At least we should give it three to six months,” noted Konda. “Even then, the scale of any price reduction remains uncertain. How much of it will translate into cost reduction for module prices remains uncertain.” 
Beyond domestic market dynamics, the measures also have implications for India’s positioning in global supply chains, particularly as Western economies pursue diversification away from China. 
Konda noted that the push reflects geopolitical realignments and supply chain vulnerabilities, including trade barriers, tariff risks and regulatory scrutiny. Indian solar manufacturers must navigate complex compliance requirements, diversify markets and maintain competitiveness against low-cost producers, particularly from China. 
He added that the capacity being built is not solely for domestic deployment. Lowering upstream input costs, he said, improves India’s ability to compete internationally, even as price gaps remain.
“The capacity that we build is just not for Indian domestic consumption, but also for export … although we cannot compete with them on the price,” Konda said, referring to Chinese manufacturers. He noted that the budget measures are aimed at “improving our competitiveness, increasing our competitiveness in the global markets.” 
At the same time, he stressed that the budget reforms will strengthen domestic supply chains over time. 
“My expectation is that the budget will improve India’s situation in terms of supply chain security and strengths, maybe not immediately. It will be a very gradual progress.” 
However, Konda cautioned that strengthening domestic supply chains will be a gradual process. “Supply chains cannot be built overnight. They require ecosystem changes. These require systemic changes,” added the analyst.
He pointed to broader challenges including land acquisition, electricity costs, labour availability and technical expertise, arguing that fiscal tweaks alone will not deliver rapid transformation. Policy stability will be critical for investors, he stressed. 
The implementation of India’s solar policies continues to face significant hurdles. According to Konda, the key challenges that remain include inadequate infrastructure, slow land acquisition, high compliance and monitoring costs, complex bureaucracy, labour constraints and difficulties in accessing policy subsidies, all of which can hinder the effective rollout of renewable manufacturing and storage projects. 
He also flagged the tight timelines under such government schemes: “Two years for any policy to come on to the ground is a short time,” adding that “at least we need five –to-seven years of policy window.” He stressed that “Execution is as important as the policy itself.” 
Beyond timelines, systemic challenges remain a key barrier. “Monitoring and compliance costs should be lowered and free from bureaucracy,” said Konda. “Incentives are in place, but companies shouldn’t ignore them or operate outside the system. Doing so defeats the purpose and wastes the allocated funds.” 
Giving an example of one such case, the analyst noted that the ACC (advanced chemistry cell) PLI (production-linked incentive) scheme for ACC battery storage, launched in October 2021 to establish 50GWh of domestic manufacturing capacity, saw some companies like Amar Raja and Exide pursue capacity building independently after missing out on incentives. 
Konda underscored that “execution is critical” to ensure policies effectively support manufacturers. 

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Gordian Energy Systems Completes Construction of Standard Solar-Owned 13.7 MW Costen Solar Farm in Maryland  ACCESS Newswire
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( (C) ) SUNLIFE
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The first battery units have arrived at the BESS Diego de Almagro Sur project, developed by the Chilean power generation company Colbún, marking a significant milestone in the construction phase that began in September 2025.
A total of 70 battery units — out of 201 planned — were delivered to Puerto Angamos and transported from the La Negra industrial area in the Antofagasta Region to the project site in the municipality of Diego de Almagro, Atacama Region. The batteries are supplied by e-Storage, a subsidiary of Canadian Solar, a global solar PV and energy storage manufacturer.
Transport logistics were carried out under strict safety standards and in compliance with Chilean regulations for oversized cargo, using designated daytime routes.
César Novoa, Head of Solar PV and Battery Projects at Colbún, stated that “the arrival of these first SolBank units represents a key step forward in the construction of our BESS project. It will strengthen renewable energy supply, enhance power system stability and ensure clean energy delivery during hours when solar generation is unavailable.”
The battery energy storage system (BESS) is co-located with the 232 MW Diego de Almagro Sur Solar Park, which Colbún has operated since 2022 in northern Chile.
With an investment of approximately US$ 200 million, the project will deliver:
228 MW of installed power capacity
912 MWh of daily energy storage capacity
Storage capability equivalent to supplying around 55,480 households
By enabling the storage and dispatch of solar PV generation during non-solar hours, the project supports greater grid integration of renewable energy and contributes to system flexibility in Chile’s National Electric System.
At peak construction, the project is expected to generate up to 150 jobs.
Novoa added: “This type of infrastructure is essential to advancing the energy transition, as it allows renewable energy to be stored and delivered when it is most needed. In doing so, we are reinforcing a more flexible, efficient and future-ready power matrix.”
Battery energy storage systems are playing an increasingly strategic role in Chile’s renewable energy market, where high solar PV penetration in northern regions has heightened the need for flexibility solutions, grid balancing and enhanced reliability.
by Strategic Energy Keep reading
Future Energy Summit Iberia Renewables & Storage brings together hundreds of public and private sector leaders to define the roadmap for energy storage, distributed generation and renewable energy policy in Spain. Join the live broadcast and follow the debate in real time.
by Lucia Colaluce Keep reading
The inclusion of battery energy storage systems in Colombia’s upcoming long-term auction shifts the debate from technology to revenue structure, raising concerns over project finance viability and bankability under the current regulatory framework.
by Emilia Lardizabal Keep reading
The new framework allows independent aggregators to combine demand, generation and storage to participate in electricity markets, strengthening demand-side response and supporting renewable energy integration in line with EU Directive 2019/944.
by Strategic Energy Keep reading
Future Energy Summit Iberia Renewables & Storage brings together hundreds of public and private sector leaders to define the roadmap for energy storage, distributed generation and renewable energy policy in Spain. Join the live broadcast and follow the debate in real time.
by Lucia Colaluce Keep reading
The inclusion of battery energy storage systems in Colombia’s upcoming long-term auction shifts the debate from technology to revenue structure, raising concerns over project finance viability and bankability under the current regulatory framework.
by Emilia Lardizabal Keep reading
The new framework allows independent aggregators to combine demand, generation and storage to participate in electricity markets, strengthening demand-side response and supporting renewable energy integration in line with EU Directive 2019/944.
A leading media group in digital marketing, strategic communication, and consultancy specialized in renewable energy and zero-emission mobility, with a presence in Latin America and Europe. We focus on helping companies position their brand in key markets, connecting with the main decision-makers in the energy transition.

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The future is bright — we mean that quite literally — and it’s on your roof, or at least, it could be. As of 2024, five million Americans had installed solar panels on their homes, and that number is expected to hit ten million by 2030, according to the Solar Energy Industries Association (SEIA). Most people install solar panels hoping to lower their electricity bills, but the upfront costs can be significant, and the average cost of installation is over $30,000. To avoid those initial costs, some people choose to lease the equipment, including the solar panels, and sign a contract to use the system. Whichever path you choose, however, you should always read the contract before you sign your name, and that’s one lesson that a Texas resident learned after receiving a six-figure bill for her solar panel installation.
Local Houston news station KPRC 2 News reported that Frances Holt answered the door to a solar panel salesperson in 2024. She reviewed and electronically signed a 43-page contract on the spot but admits that she didn’t thoroughly read the contract and never received a physical copy. Ultimately, a company called Sunrun installed the solar panels, a process which Holt claims damaged her roof. She then decided not to activate the system, only to receive a bill for $134,097.18, a balance she believes was supposed to have been spread out over 25 years had she activated her account. In the end, Sunrun agreed to remove the equipment at no cost and Holt is off the hook for that massive bill.
The solar company involved in this particular incident, Sunrun, stated to KPRC 2 News that “[w]e regret the difficulties Ms. Holt has experienced and acknowledge that we did not meet our high customer service standards in this case.” It’s not clear if the company intentionally misled Holt or if she simply misunderstood the terms of the agreement, but one thing is obvious — it’s vital that you read the entire contract and understand all the terms and conditions before you enter into any agreement.
KPRC 2 News reports that AARP Texas has detailed a deluge of complaints related to solar panels in recent years, with a more than 500% increase from 2018 to 2023. One challenge for consumers is when contracts are presented only on electronic tablets, which can make them harder to read. Texas recently passed the Residential Solar Retailer Regulatory Act, which gives the state the ability to more closely regulate residential solar sales. It will take effect later in 2026. Other states have passed similar legislation, including Nevada and California.
There are simple steps that consumers can take to protect themselves from any kind of fraudulent contract. First, be prepared to say no to door-to-door salespeople and shut your door if you must! Never sign a contract without thoroughly reading it in its entirety, and research any company before you sign. Look for consumer reviews and complaints and be sure to completely understand both upfront and any continuing costs that may be associated with the product or service. Finally, in the case of solar panels, be sure your roof is suitable for such an installation.

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France’s new Multiannual Energy Program sets a 48 GW solar target for 2030 and outlines 2.9 GW of tenders through 2028, with industry saying the framework restores investment visibility and supports gigafactory plans.
Paris, France
Image: 553190/Pixabay
From pv magazine France
Following the official announcement of photovoltaic targets in France’s new Multiannual Energy Program (PPE 3), Economy Minister Roland Lescure confirmed at a press conference that specifications for upcoming solar tenders will be published imminently.
“We will launch a tender next week with a target volume of 2.9 GW by 2026, alongside a 300 MW ‘Large Buildings PV’ tender published in the Official Journal of the European Union,” he said. “This represents 3 GW of new capacity. We are committed to maintaining strong ambition for photovoltaics: reaching between 55 and 80 GW by 2035, which corresponds to two-thirds of our data center needs.”
The announcement follows a decree published in the Official Journal on 13 February 2026, limiting the allocation of public support for onshore wind and solar PV until 31 December 2028, in line with Article 3 of Decree No. 2020-456 of 21 April 2020.
French solar trade association Enerplan said the text sets a 2.9 GW target for 2026–2028, maintaining the pace established under PPE 2. It equates to an annual program of 3.6 GWp, including a cap of 2.9 GWp for tenders and 0.7 GWp supported through direct funding. Enerplan said the tender cap provides companies with visibility to continue developing projects and planning growth.
The decree also requires the government to publish a report by the end of 2026 on electricity consumption trends, low-carbon generation development and progress in flexibility. A review clause allows for a simplified revision of the PPE at the end of 2027 if necessary.
After five years of consultation and political debate, and nearly three years of delays, Prime Minister Sébastien Lecornu unveiled PPE 3 at an EDF hydroelectric plant in the Jura region. The updated plan scales back earlier solar ambitions, setting a target of 48 GW of installed capacity by 2030, rising to between 55 GW and 80 GW by 2035.
The trajectory aligns with RTE’s R3 scenario, implying annual deployment of roughly 3.5 GW. That represents a slowdown of around 40% compared with 2025, when France added a record 6 GW of new solar capacity.
“This represents a step back from the initial 54 GW target for solar by 2030,” said Daniel Bour, president of Enerplan.
Despite the lower 2030 target, industry representatives broadly welcomed the framework. The 48 GW goal remains above the previously considered R2 scenario of 42 GW.
“After the challenges of recent months, this is a great relief, restoring visibility for solar companies and our clients,” said Édouard Roblot, director of solar energy at Idex, which develops projects through third-party investment. He noted that stalled CRE tender periods had prevented some real estate companies from meeting rooftop and parking canopy solar requirements for new buildings.
Dozens of photovoltaic developers have recently mobilized in Paris and Montpellier to call for an ambitious PPE and continued institutional support for solar permitting.
The French Renewable Energy Association (Syndicat des énergies renouvelables) also welcomed the volumes.
“These volumes provide visibility for developers while supporting the emergence of gigafactories for module and cell production by Carbon and HoloSolis,” said its president, Jules Nyssen. Each factory represents around €1 billion in investment and approximately 2,000 jobs.
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Purifying silicon is brutally energy-intensive work. You start with quartzite — essentially very pure sand — and heat it in an electric arc furnace to roughly 2000°C. What comes out is metallurgical-grade silicon, still riddled with impurities. So you refine it further, converting it to a gas, distilling that, then depositing it back as polycrystalline silicon in a process that can run for days, pulling enormous quantities of electricity the whole time. Only then do you grow the ingots, slice the wafers, and begin the delicate business of turning them into solar cells.
All of which means that the technology we’re banking on to decarbonise the planet has, somewhat awkwardly, a carbon problem of its own. And as countries race to install solar at a scale measured in terawatts — the world blew past 1 terawatt of cumulative capacity at the end of 2023, and could hit 80 by mid-century — that manufacturing footprint starts to matter rather a lot.
Now a team of researchers from four UK universities has done the most comprehensive accounting yet of what it actually costs, environmentally, to build the next generation of solar panels. Their study, published in Nature Communications, finds that the solar industry’s ongoing shift to a newer cell architecture called TOPCon could, if combined with smarter manufacturing choices, prevent up to 8.2 billion tonnes of CO₂-equivalent emissions by 2035. That’s roughly 14 per cent of current global annual emissions. Not from the electricity the panels generate — from making them in the first place.
“Multi terawatt-scale photovoltaic manufacturing demands a sharper focus on its full environmental footprint,” says Nicholas Grant at the University of Warwick, one of the study’s authors.
The heart of the issue is a technology transition already underway. Until recently, the standard workhorse of the solar industry was a design known as PERC — passivated emitter rear cell. It works well enough. But manufacturers are now rapidly switching to TOPCon (tunnel oxide passivated contact), which squeezes more electricity from the same amount of sunlight through a cleverer arrangement of layers at the back of the cell. Where PERC uses aluminium oxide for rear passivation, TOPCon adds an ultra-thin tunnel oxide beneath a phosphorus-doped polysilicon layer — a tweak that improves how electrons move through the device.
The question nobody had properly answered was whether this shift is also better for the planet. Bethany Willis and Oliver Rigby at Northumbria University, along with colleagues at Warwick, Birmingham, and Oxford, set out to compare both technologies across their full manufacturing lifecycle, from quartz mining to finished module ready for shipping. They assessed 16 separate environmental impact categories using life-cycle assessment modelling, and they got real production data from an international TOPCon manufacturer rather than relying entirely on estimates from the literature.
The results were fairly emphatic. TOPCon came out ahead in 15 of those 16 categories. Its climate-change emissions were 6.5 per cent lower per unit of electricity capacity — a modest-sounding number that scales dramatically when you’re talking about terawatts of deployment. There was one exception, though: TOPCon uses more silver for its electrical contacts, pushing mineral resource consumption up by about 15 per cent. Silver is already one of the industry’s pinch points, and the team flags it as the trade-off that needs watching. Copper contacts are one potential fix; getting silver use down to 5 milligrams per watt — a target that researchers have discussed — would cut the metal-use impact by more than 40 per cent.
But the really striking finding wasn’t about which cell design wins. It was about where you build the things.
The electricity consumed during silicon purification — those furnaces, those days-long deposition runs — dominates the environmental footprint, contributing up to 62 per cent of the total module impact in some categories. So the carbon intensity of the local grid matters enormously. Manufacturing a TOPCon panel in India, where the grid still leans heavily on coal, produces 0.95 kilograms of CO₂-equivalent per watt peak. The same panel made in Europe comes in at 0.40 kg. Shift production from China to Europe and you could halve the climate impact, according to the team’s modelling.
“We are at a critical moment where solar power is rapidly scaling to become a significant portion of global electricity generation,” says Sebastian Bonilla at the University of Oxford. The study, he says, helps identify the choices of materials, technologies and manufacturing locations that will minimise harm.
The team projected these numbers forward to 2035, incorporating expected improvements in panel efficiency, reductions in polysilicon and silver consumption, and the gradual decarbonisation of national grids. Under their most optimistic scenario — where you combine the switch to TOPCon, manufacturing improvements, and cleaner grid electricity — cumulative manufacturing emissions drop by 8.2 billion tonnes of CO₂-equivalent compared with the worst case. And that’s just the supply side. Solar panels installed between 2023 and 2035 are projected to avoid more than 25 billion tonnes of carbon emissions over their lifetimes by displacing fossil-fuel electricity. Even factoring in manufacturing, solar PV will emit just 0.017 kg CO₂-equivalent per kilowatt-hour by 2035. China’s grid, for comparison, will still be at 0.608.
None of this means solar’s manufacturing footprint is trivial, mind you. The study estimates that building all the panels the world plans to deploy could generate up to 13.8 billion tonnes of CO₂-equivalent by 2035 if nothing changes. The point is that most of that is avoidable; it depends on decisions being made right now about where factories get built and what powers them.
There are uncertainties, as the researchers are careful to note. Their model for India’s electricity mix relies on data that’s over five years old. China’s grid is decarbonising rapidly, but predicting exactly how fast is tricky. And the study only covers what happens up to 2035 — beyond that, newer technologies like perovskite tandems and silicon heterojunction cells will start claiming larger market shares, and their environmental profiles remain less well understood.
Still, the core message lands with considerable force. “Even when manufacturing impacts are considered, solar photovoltaics remains one of the lowest-impact and most sustainable electricity generation technologies available over its whole life cycle,” says Neil Beattie at Northumbria University, the study’s senior author. We should, he argues, be deploying it at scale — now.
What makes this work matter, perhaps, is its timing. The solar industry isn’t debating whether to switch from PERC to TOPCon; it’s already doing it. The question is whether the other changes — cleaner factory grids, reduced silver, thinner wafers — happen quickly enough to capture those 8 billion tonnes of savings. The furnaces are running either way.
Study link: https://www.nature.com/articles/s41467-026-69165-x
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Farmers discover incredible results after pairing livestock with solar panels: ‘Given me a massive leg up’  Yahoo
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A large-scale solar project in Rensselaer County has been cancelled.
A solar farm slated for 511 McChesney Ave. Ext. in Brunswick will not move forward. After nearly three years of back and forth with the town, CVE North America pulled the project that would have placed 16,000 panels on a roughly 100 acres.
 
The company had already invested $350,000 in the project when the town requested a study to ensure the panels would be hidden from public view, which property owner Greg Bejian said would have cost tens of thousands of more dollars. Bejian told WAMC he’s not upset that it fell through.
 
“Because I was thinking, you know, there’s going to be solar panels up on the property. They were just going to tear my house down and put collectors up. But when I found out afterwards that it was almost 16,000 panels they were going to put up, I thought, ‘oh, man, that that’s a lot,’ and if the neighbors could see it, you know, a little bit that’s that’s really gonna be a bummer for them.”
 
The panels were expected to generate seven megawatts of energy.
 
WAMC has reached out to CVE North America for comment.
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SUNation Energy Teams With Palmetto To Launch New LightReach Leasing And PPA Financing For Residential Solar Starting In 2026  SolarQuarter
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Q: Barlovento Applus+ and Enertis Applus+ are the technical advisory arm of Applus+ Renewable Energy Unit. How does your specialized focus on renewables fit into Applus+ broader strategy in Mexico, which also includes a strong presence in the oil and gas sector?
A: Applus+ is a key player in Mexico’s oil, gas, and energy sectors, with a 25-year track record in the country. As Mexico advances its energy transition, renewable energy is becoming increasingly central to its strategy, supported by policy reforms and international commitments.
In this context, Applus+ is strongly committed to sustainability, offering highly specialized engineering, consulting, and quality control services across all stages of renewable energy and battery energy storage (BESS) projects. With more than 20 years of experience in Mexico, our expert, global Enertis Applus+ and Barlovento Applus+ technical advisory teams help clients ensure profitability, mitigate risks, and meet industry and quality standards.
Q: Enertis Applus+ and Barlovento Applus+ position themselves as independent technical advisors. Why is this independence so crucial for a consulting firm in Mexico’s energy market today, particularly for projects with complex financial models?
A: Independence is a key value for any technical advisor, and it is a cornerstone of the identity of both Enertis Applus+ and Barlovento Applus+.
Our teams provide unbiased assessments of the technical and financial risks associated with renewable energy and BESS projects. This impartial expertise is essential for developers, lenders and investors seeking a reliable partner to support informed decision-making, whether for securing project financing or in M&A transactions.
Q: Enertis Applus+ is a pioneer in using mobile laboratories for on-site testing and quality control of solar PV modules. How does this technology add value to clients and mitigate risks in the project lifecycle, from post-shipment to installation?
A: Common issues such as manufacturing defects, improper transportation or installation, and unexpected underperformance can significantly impact module reliability and performance. Implementing rigorous quality control measures is essential to reduce investment risks and enhance project reliability and return on investment.
PV modules are typically tested at the following key stages: at the factory, after shipment, post-installation and during operation. These tests help identify potential failures at any point in the supply chain.
Historically, modules were sent to conventional stationary laboratories for testing, a process that involved complex and risky logistics. If the modules were already in operation, they had to be uninstalled, cleaned, packed, and shipped to an accredited lab, often located far from the installation site. By the time the modules were tested and returned, production losses could occur, and the transportation risk could be blamed as the cause of detected defects.
To mitigate these risks, Enertis Applus+ developed the PV Mobile Laboratory (PVML), which travels directly to solar projects to perform on-site testing. Equipped with a class A+A+A+ solar simulator, the PVML delivers the same accredited testing standards as fixed laboratories, but with greater efficiency and minimal disruption.
The PVML can be used for routine testing every one to two years, a practice that is becoming standard to verify module performance against manufacturer warranties. Ongoing testing also supports performance diagnostics and due diligence during the acquisition, sale, or refinancing of solar PV plants. The PVML is available in Mexico, but also in Europe, Chile, Brazil, and Australia.
Q: The industry is increasingly using digital tools for project management. How does Enertis Applus+ leverage digital platforms and data analytics to provide more accurate and timely insights to its clients?
A: In line with our commitment to R&D and innovation and our mission of providing the best service for our clients, we have developed a series of innovative data science and machine learning tools (ML) that provide efficient analysis and data management for our clients’ solar PV projects.
Our Advanced Performance Analytics Application (A-PAA) tool enables our technical experts to perform a faster, more detailed analysis of the long-term performance of solar PV assets. A-PAA provides unique insights using Machine Learning and Data Science techniques and supports our consultants’ analysis to detect underperformance and to protect the present and future value of the assets.
In addition, our Enertis Applus+ Soiling and Snow Application (TESSA) provides accurate estimation of the annual power loss due to dirt, snow, and/or other particle accumulation on the surface of solar PV modules.
Finally, our Smart PV Inspection Tool combines drones and AI models to develop precision diagnostics of solar PV modules installed in a solar PV plant. This data provides our technical experts with more information to assess the health of this critical equipment. 
The Smart PV Inspection Tool includes interactive images of the PV plant, enabling our experts to analyze specific areas of the project at different levels of detail to identify defects that may cause underperformance.  
Q: Your company emphasizes providing services across the entire project lifecycle. At what stage do you see clients needing your assistance the most today, and why?
A: With PLADESE and the announcement of several gigawatts of renewable energy intended to be installed, the sector in Mexico has gained strong momentum, and project developments that were halted have begun to resume their pace. We are supporting our clients in all technologies (wind, solar, and BESS) during all phases, but if I had to highlight some of our services where we are more present or where service requests are more recurring, they would be the following:
Consulting, both in terms of technical due diligence reports for project acquisition, sale, or financing, as well as wind and solar resource studies
Installation of met masts and LiDAR for solar and wind projects
Studies for CENACE: annexes III and IV, study of installations
Preparation of terms of reference for tenders (EPC, TSA,…), support during the bidding and contract process
Pre-feasibility studies
Engineering design and construction supervision
Q: New regulations for renewable energy projects require the integration of BESS. How are you helping clients navigate these new requirements, from initial design to final implementation?
A: Our expert teams support developers, investors, and lenders throughout the entire project lifecycle, from initial design to final implementation,  by offering a comprehensive suite of consulting, engineering, and quality control services. These services are designed to ensure regulatory compliance, optimal performance, and project bankability.
At Enertis Applus+, we developed our own tool (SIMUBATT+) that allows us to perform detailed technical-economic analyses to evaluate the viability and optimal design of these types of hybridizations. In essence, based on the specific characteristics of each project: available resource, site restrictions and usable space, connection typology and associated consumption profile, among many other technical and economic variables, SIMUBATT+ helps us determine the optimal combination of technologies to reduce generation costs and maximize the profitability of the system.
Our key quality assurance and quality control (QAQC) offerings include bankability reports for BESS equipment suppliers, supply chain traceability, as well as manufacturing oversight, pre-shipment inspections, and factory acceptance testing (FAT) witnessing. 
In addition, we assist clients with conceptual, basic, and detailed engineering, as well as Owner’s Engineering services to deliver reliable, bankable and compliant BESS solutions.
We also act as independent technical advisors for BESS-related financing and M&A transactions, and we provide construction monitoring to ensure quality and adherence to project specifications. 
Q: What are the key technical and financial challenges you see in deploying BESS solutions in Mexico today?
A: Based on our experience in more advanced storage systems markets, such as Chile, Puerto Rico, Brazil, Spain, etc., where we have already seen real projects built, these are some of the key technical and financial challenges we can identify.
First, the absence of a specific regulatory framework for energy storage systems creates uncertainty for developers and investors seeking clarity on operational and interconnection aspects. The technical studies required by CENACE still do not fully contemplate the particular characteristics of BESS, which complicates the interconnection process. The lack of specific incentive schemes for energy storage also increases the complexity of determining the end use of the battery, as it is very complicated to carry out a business model with certainty.
Defining the use of the battery system before launching a tender is key. In BESS systems, the parameter called C RATE is very important, which is the speed at which a battery charges or discharges. A battery with a low C rate (0.25-4 hours) is more focused on energy, for arbitrage; and a C rate is oriented to power and a quick response. If we do not size correctly, overheat is generated and the battery system can degrade more quickly.
Clarity regarding the contractual scheme is also necessary, be it full EPC, multiple contracting, or partial EPC. Mexican financial institutions still have limited experience in evaluating BESS projects, which results in less favorable financing conditions.
These challenges, while significant, also represent opportunities for experienced companies as Enertis Applus+ that can offer comprehensive solutions adapted to the Mexican context.
Q: What are Enertis Applus+ and Barlovento Applus+ key strategic objectives for the Mexican renewable energy market for 2026?
A: As an independent consulting and engineering firm with over 25 years of experience in the Mexican market, our key strategic objectives for the remainder of 2025 and into 2026 focus on:
Consolidating and strengthening our position as trusted technical advisors on wind and solar projects, as well as for the growing BESS market in Mexico, particularly following the PLADESE development plan implementation that has revitalized renewable energy projects across the country.
Expanding our services in hybrid renewable systems, where our expertise in technical due diligence, engineering, and project supervision provides unique value.
Supporting developers and financial institutions with comprehensive technical consulting throughout the project lifecycle, from resource assessment studies and technical specifications for tenders to owner’s engineering.
Building local capabilities and knowledge transfer to strengthen the Mexican renewable energy sector.
Leveraging our global experience to address the specific technical and regulatory challenges facing renewable projects in Mexico, particularly regarding CENACE requirements and grid connection studies.
Our strategy is centered on providing comprehensive, technically rigorous, and independent services that address the specific challenges of the Mexican renewable energy landscape while helping our clients maximize project performance and return on investment.
 
Applus+ has established the Renewable Energy Unit by bringing together Barlovento Applus+ and Enertis Applus+. This team, a global benchmark in the renewable energy sector, provides consulting, engineering, and quality control services for renewable energy and BESS projects across the world and in Mexico.

Barlovento Applus+ and Enertis Applus+ have a significant presence in the country, working on solar, wind, and energy storage projects.

© 2025 Mexicobusiness.News. A Mexico Business Company. All Rights Reserved.

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Africa leads growth in solar energy as demand spreads beyond traditional markets, report says  Yahoo Finance
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Malaysia’s Solar Leader to Ramp Up Output as Battery Prices Drop  Bloomberg.com
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KDH News covers government, military, education, crime, sports, political and other news in the Killeen-Fort Hood area.
FILE – Mark Munyua, CP solar’s technician, examines solar panels on the roof of a company in Nairobi, Kenya, Sept. 1, 2023.
FILE – Solar panels are seen on the roof of a company in Nairobi, Kenya, on Sept. 1, 2023.
FILE – Mark Munyua, CP solar’s technician, examines solar panels on the roof of a company in Nairobi, Kenya, Sept. 1, 2023.

FILE – Mark Munyua, CP solar’s technician, examines solar panels on the roof of a company in Nairobi, Kenya, Sept. 1, 2023.
FILE – Solar panels are seen on the roof of a company in Nairobi, Kenya, on Sept. 1, 2023.
FILE – Mark Munyua, CP solar’s technician, examines solar panels on the roof of a company in Nairobi, Kenya, Sept. 1, 2023.
NAIROBI, Kenya (AP) — Africa was the world’s fastest-growing solar market in 2025, defying a global slowdown and reshaping where the momentum in renewable energy is concentrated, according to an industry report released in late last month.
The report by the Africa Solar Industry Association says the continent’s solar installed capacity expanded 17% in 2025, boosted by imports of Chinese-made solar panels. Global solar power capacity rose 23% in 2025 to 618 GW, slowing from a 44% increase in 2024.
“Chinese companies are the main drivers in Africa’s green transition,” said Cynthia Angweya-Muhati, acting CEO of the Kenya Renewable Energy Association. “They are aggressively investing in and building robust supply chains in Africa green energy ecosystem.”
Some of that capacity has yet to be rolled out. Africa has only 23.4 gigawatts peak (GWp) of working solar capacity even though nearly 64 GWp of solar equipment has been shipped to the continent since 2017. A gigawatt peak represents 1 billion watts of maximum, optimum power output under ideal conditions.
“Africa’s growth is driven by changing policies and enabling conditions in a number of countries, “said John Van Zuylen, CEO of the Africa Solar Industry Association.
“Solar energy has moved beyond a handful of early adopters to become a broader continental priority,” he said recently on the sidelines of the Inter Solar Africa summit in Nairobi. “What we are seeing is not temporary. It is policies aligning with market dynamics.”
Historically, South Africa dominated solar imports in Africa, at one point accounting for roughly half of all panels shipped to the continent. The latest data show its share has slipped below a third as demand surged elsewhere. Last year, 20 African nations set new annual records for solar imports, as 25 countries imported a total of at least 100 megawatts of capacity.
Nigeria has overtaken Egypt as Africa’s second-largest importer as solar energy and battery storage provide a practical and affordable alternative to diesel generators and unreliable grid power. In Algeria, solar imports soared more than 30-fold year-on-year. Imports also surged in Zambia and Botswana.
At least 23 African countries, including South Africa, Tunisia, Kenya, Chad and the Central African Republic, are now generating over 5% of their electricity from solar energy, the report said.
Prices have fallen both for solar panels and batteries, mostly from China, enabling households and businesses to rely on solar plus batteries for round-the-clock electricity, the report said. Battery storage costs in Africa fell to $112 per kilowatt-hour in 2025 from an average of $144 per kilowatt-hour in 2023 as improved technology made storage systems more flexible and longer lasting.
“This ever-decreasing price of storage has game-changing implications for Africa, which has a dire need for stable and baseload power,” said Van Zuyken.
The gradual removal of diesel subsidies in Nigeria in the past two years also has helped accelerate adoption of solar energy. The policy was implemented sector by sector to cushion its impact, making diesel increasingly expensive and nudging businesses and households toward solar. In September, Nigeria announced plans for a 1 GW solar panel factory, the largest in West Africa. Similar facilities are under construction in Egypt, South Africa and Ethiopia.
As Africa moves to build its own manufacturing capacity, the industry is looking to China to transfer knowhow to help alleviate Africa’s dependence on imported equipment and technology.
Jobs won’t be confined to manufacturing.
“The solar jobs boom is occurring in services including installation, maintenance, distribution and financing, where thousands of small and medium enterprises are emerging to meet rising demand,” Van Zuylen said.
Unlike regions such as the Middle East, where governments publish clear 10 or 20-year energy roadmaps, many African markets lack consistent policy signals. So, uncertainty over policies remains a challenge. Solar firms operating across Africa say unpredictable tax regimes, shifting import duties and unclear long-term energy plans undermine investor confidence.
“The problem is not the opportunity. It’s visibility,” said Amos Wemanya, senior analyst on renewable energy at Powershift Africa. “If a government announces a plan, companies need to trust that it will remain in place.”
The Associated Press’ climate and environmental coverage receives financial support from multiple private foundations. AP is solely responsible for all content. Find AP’s standards for working with philanthropies, a list of supporters and funded coverage areas at AP.org.
Copyright 2026 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed without permission.

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SUNMAN, Ind. — In the first of four meetings that will influence the future of large-scale solar projects in Dearborn County, hundreds filled the Sunman American Legion to call for county officials to place a moratorium on the developments for a year.
“STOP Solar Farm” signs lined the building and covered cars in the parking lot, people streaming in paused to sign a petition and a table along the wall offered homemade anti-solar farm cookies for sale.
Mark Hall was among those shaking hands and welcoming people into the town hall.
“We love the community,” he said. “We feel it’s heaven on earth.”
Hall is a part of the crowd that doesn’t feel solar farms have any place in the now wholly rural section of Indiana.
WATCH: We hear your concerns at the town hall in Sunman
“I’ll be honest with you, I don’t think there’s anything they can do that will satisfy our community,” Hall said.
Bobby Rauen created an online petition calling for a moratorium that gathered nearly 1,800 signatures.
He said protection of land is key in his mind.
“Really, the erasure of any prime farm land, somebody is going to suffer down the road. It’s going to be a farmer,” Rauen said.
Many in the crowd simply wanted to ensure that, if a facility is allowed to move into the community, they’re bound by much stricter rules than those already codified into law by the county commission.
Sean DeLancey has been following solar development in Dearborn County since our most recent “Let’s Talk” event. You can contact him here:
The Dearborn County Planning Commission is meeting at 6 p.m. Feb. 23 at Dearborn South High School, according to Nicole Daily, Planning and Zoning director.
“In anticipation of a large turnout, public comments will be limited to topics related to Article 19 of the Dearborn County Zoning Ordinance, as well as ordinances pertaining to battery storage and data centers,” Daily said. “To remain consistent with the agenda and applicable ordinances, we ask that public comments refrain from addressing specific solar projects that have not yet been formally submitted or presented.”
The Dearborn County Commission will then consider the recommendation at their meeting scheduled for 6 p.m. Feb. 24 at the Dearborn County Government Center.
We reached out to Linea Energy last week, a developer that’s planning a roughly 1,200-acre facility in Manchester Township, about the proposed moratorium. They sent us the following statement:
Linea is hosting its own town hall from 5 p.m. to 8 p.m. Feb. 17 at the Lawrenceburg Fairgrounds’ Agner Hall.
PREVIOUS: International report details positives, negatives of large-scale solar farms globally

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Sunny to partly cloudy. High 31F. Winds WNW at 5 to 10 mph..
Cloudy with snow showers mainly during the evening. Low 19F. Winds light and variable. Chance of snow 50%.
Updated: February 13, 2026 @ 11:33 am
FILE – Mark Munyua, CP solar’s technician, examines solar panels on the roof of a company in Nairobi, Kenya, Sept. 1, 2023.
FILE – Solar panels are seen on the roof of a company in Nairobi, Kenya, on Sept. 1, 2023.
FILE – Mark Munyua, CP solar’s technician, examines solar panels on the roof of a company in Nairobi, Kenya, Sept. 1, 2023.

FILE – Mark Munyua, CP solar’s technician, examines solar panels on the roof of a company in Nairobi, Kenya, Sept. 1, 2023.
FILE – Solar panels are seen on the roof of a company in Nairobi, Kenya, on Sept. 1, 2023.
FILE – Mark Munyua, CP solar’s technician, examines solar panels on the roof of a company in Nairobi, Kenya, Sept. 1, 2023.
NAIROBI, Kenya (AP) — Africa was the world’s fastest-growing solar market in 2025, defying a global slowdown and reshaping where the momentum in renewable energy is concentrated, according to an industry report released in late last month.
The report by the Africa Solar Industry Association says the continent’s solar installed capacity expanded 17% in 2025, boosted by imports of Chinese-made solar panels. Global solar power capacity rose 23% in 2025 to 618 GW, slowing from a 44% increase in 2024.
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Partly cloudy. High 32F. Winds WSW at 5 to 10 mph..
Overcast. Low around 25F. Winds SW at 5 to 10 mph.
Updated: February 13, 2026 @ 10:28 am
FILE – Mark Munyua, CP solar’s technician, examines solar panels on the roof of a company in Nairobi, Kenya, Sept. 1, 2023.
FILE – Solar panels are seen on the roof of a company in Nairobi, Kenya, on Sept. 1, 2023.
FILE – Mark Munyua, CP solar’s technician, examines solar panels on the roof of a company in Nairobi, Kenya, Sept. 1, 2023.
FILE – Mark Munyua, CP solar’s technician, examines solar panels on the roof of a company in Nairobi, Kenya, Sept. 1, 2023.
FILE – Solar panels are seen on the roof of a company in Nairobi, Kenya, on Sept. 1, 2023.
FILE – Mark Munyua, CP solar’s technician, examines solar panels on the roof of a company in Nairobi, Kenya, Sept. 1, 2023.
NAIROBI, Kenya (AP) — Africa was the world’s fastest-growing solar market in 2025, defying a global slowdown and reshaping where the momentum in renewable energy is concentrated, according to an industry report released in late last month.
The report by the Africa Solar Industry Association says the continent’s solar installed capacity expanded 17% in 2025, boosted by imports of Chinese-made solar panels. Global solar power capacity rose 23% in 2025 to 618 GW, slowing from a 44% increase in 2024.
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Copyright 2026 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed without permission.

A judge has sentenced a mass shooter to life in prison without parole for killing five people in 2022 when he was 15. Superior Court Judge Paul Ridgeway declined Friday to issue a sentence that could have given him the chance for parole one day. Thompson pleaded guilty last month to five counts of first-degree murder and other charges. Authorities say he killed his 16-year-old brother at home, then shot others in his neighborhood and on a greenway. Prosecutors released a note suggesting he committed the violence in part because of anger over concerns about the environment. But his lawyers blamed an altered mental state prompted by acne medicine.
MIAMI — Florida mobile home owners struggling with affordability might soon get some short-term help.
Charli xcx’s first release post-“Brat” summer is a brooding soundtrack for Emerald Fennell’s adaptation of “Wuthering Heights,” and it aims to stand on its own. In her review, The Associated Press’ music writer Maria Sherman says the 12-track album made with producers Finn Keane and Justin Raisen is enjoyable if not revelatory. The biggest shift comes from new string arrangements, even as Charli’s usual auto-tuned vocals and sharp hooks stay. The standout is “House,” which features John Cale. He delivers spoken word over cello and metallic noise. The album earns three out of five stars.
Rodney Ingram plays the title role of “Aladdin” on Broadway, and he shares the stage with his new wife, Sonia. On Saturday, they’ll spend Valentine’s Day at work on the same show. They met in Mexico City during rehearsals in 2021. Sonia joined the Broadway cast in 2024, and they married in December. Ingram steps into the lead role permanently this winter. Ingram’s path includes early rejections, intense training and years of understudy work. The Ingrams aren’t the only couple working together on Broadway. Two performers in “The Lion King” also work together.
Today in Sports, February 14 – Snowboarder Shaun White wins America’s 100th Winter Olympic gold medal
Alexander Skarsgård plays a biker who begins a dom-sub relationship with a younger, more inexperienced man in “Pillion.” The film co-starring Harry Melling and directed by Harry Lighton premiered last year at the Cannes Film Festival and is now playing in North American theaters. While it is explicit in its depiction, it’s also surprisingly sweet and comedic too. Lighton says he refused to sanitize the sex scenes between Skarsgård and Melling’s characters. The filmmaker says the story lands as “sex net positive” because the lead grows into his sexuality. Both the BDSM community and their moms have responded positively to the movie.
TESERO, Italy (AP) — Norway’s cross-country skiing star Johannes Hoesflot Klaebo won an eighth gold medal at the Milan Cortina Olympics Friday, tying an all‑time Winter Games record. The 29‑year‑old claimed victory in the men’s 10 kilometer interval‑start race, for his third gold at the 2026 Games.
Allison Holker, the widow of Stephen “Twitch” Boss, is celebrating her engagement to boyfriend Adam Edmunds.
Model and actress Bijou Phillips is racing against the clock to find a new kidney — with little success so far.
Cocoa prices have fallen nearly 70% since last Valentine’s Day, but that won’t make heart-shaped boxes of chocolate or even chocolate Easter bunnies more affordable this year. Market research company Datasembly says chocolate prices at U.S. retail stores rose 14% between Jan. 1 and the first week of February compared to the same period last year. That’s on top of a 7.8% increase for the same period in 2025. Europe has seen even steeper price increases. Chocolate makers have long-term contracts that may still require them to pay more for cocoa even as supplies from West Africa increase. If shoppers are still willing to pay higher prices, candy companies aren’t inclined to lower them.
In a new court filing, teachers around the country describe how President Donald Trump’s immigration crackdown is emptying classrooms and frightening families. In testimonials, educators describe parents pulling kids from school and authorities detaining students near bus stops. The accounts support a lawsuit in federal court in Oregon that challenges a policy allowing immigration enforcement at schools, churches, and medical sites. For decades, the government treated these as protected areas. Trump’s administration rescinds that limit and tells agents to use “common sense.” Teachers in several cities report disrupted learning, higher absenteeism, and students switching to virtual classes.
TALLAHASSEE, Fla. — Without warning, public debate or coordination with the Senate, the Florida House late Thursday released an austere $113.6 billion spending plan for next year that does not fund key priorities of Gov. Ron DeSantis.
When the U.S. briefly stopped sharing battlefield intelligence with Ukraine in March 2025, the results were immediate. Kyiv’s forces suffered decisive setbacks on the battlefield as its European allies watched in horror.
The unhinged sci-fi time travel doomsday comedy wake-up call “Good Luck, Have Fun, Don’t Die” already feels like a movie people will circle back to years from now and call ahead of its time.
NASA has let Axiom Space make four visits to the International Space Station and last month awarded it the right for the fifth visit next year, but on Thursday the agency announced a new company would be allowed a private mission as well.
The U.S. military has moved thousands of Islamic State detainees from Syria to Iraq, where Iraqi authorities expect to try them. On Friday, U.S. Central Command says the transfer started on Jan. 21 and includes more than 5,700 adult male suspects. CENTCOM says Iraq requested the move. In recent weeks U.S. forces have escorted detainees of 60 nationalities from prisons in northeastern Syria run by the Syrian Democratic Forces. The transfer eases fears that fighting in Syria could trigger prison breaks. U.S. commanders say the operation reduces the risk of an IS resurgence.
Drone cameras are changing how boradcasters show Olympic winter sports by chasing athletes down the course for fast and close-up shots. Martin Bochatay is the pilot who flies a drone cam tight behind downhill skiers through the narrow Tofana schuss at the Milan Cortina Games. Athletes say the drones do not distract them once they start moving. Modern drones are tiny and can top 100 miles per hour. TV crews control the main broadcast camera while pilots steer using goggles and hand controls. Pit crews batteries between runs. Some officials say the footage can feel nauseating.
Strula Holm Laegreid of Norway won a bronze medal at the Milan Cortina Olympics in the men’s sprint biathlon race — three days after making an unexpected confession during a post-race interview. Laegreid also won bronze in the 20-kilometer individual race on Tuesday, but revealed in a live broadcast that he had been unfaithful to his girlfriend and hoped to win her back. His tearful confession was criticized by some who said it took the focus away from teammate Johan-Olav Botn, who won the gold medal in that event. Quentin Fillon Maillet of France won Friday’s sprint race and Vetle Sjaastad Christiansen of Norway took silver.
Russia and Ukraine said a new round of U.S.-led peace talks will take place in Geneva next week.
Norwegian biathlete wins another Olympic bronze medal 4 days after making global headlines for confessing his infidelity.
Chadian authorities say they have found the body of a French tourist after he went missing during a Sahara Desert festival visit. The Tourism Ministry said Friday that search teams found the body in the remote Ennedi region. The man is identified as Paul Ferreri. Officials said that he disappeared after leaving a tourist camp near Bachikele on Monday. He was visiting the International Festival of Saharan Cultures. Authorities said another tourist left the camp with him but later turned back. The French Foreign Ministry said on Thursday that it’s monitoring the case closely. Officials haven’t disclosed a cause of death.
Another shutdown for parts of the federal government is expected this weekend. Funding for the Department of Homeland Security is set to expire Saturday as lawmakers debate new restrictions on President Donald Trump’s immigration enforcement agenda. The White House has been negotiating with the Democrats, but the two sides failed to reach a deal by the deadline. Unlike the record 43-day shutdown last fall, the closures will be narrowly confined, as only agencies that are part of Homeland Security will be affected. Still some federal workers could begin to miss paychecks and services like airport screening could be affected if the shutdown drags on for weeks.
Chloe Kim never said a word about it. The new halfpipe silver medalist sounded genuinely happy for the woman who beat her. But even in snowboarding — billed as the most chill of the judged sports that populate the Winter Olympic program — everything is a matter of opinion. The small debate bubbling up after Gaon Choi’s razor-thin victory over Kim in the halfpipe Thursday night was whether the judges got it right. At the heart of that debate was that Kim landed the hardest trick in the sport — a double-cork 1080 — and Choi did not.
German Chancellor Friedrich Merz calls for the US and Europe to ‘repair and revive trans-Atlantic trust together.’
Norway’s Johannes Hoesflot Klaebo has won an eighth gold medal in cross-country skiing at the Milan Cortina Olympics, tying an all‑time Winter Games record. The 29‑year‑old claimed victory Friday in the men’s 10 kilometer interval‑start race, for his third gold at the 2026 games. He ties the record shared by three other Norwegian athletes, all retired: Marit Bjoergen and Bjoern Daehlie in cross-country skiing and Ole Einar Bjoerndalen in the biathlon.
The world’s largest aircraft carrier, the USS Gerald R. Ford, has been ordered to sail from the Caribbean Sea to the Middle East. That’s according to a person familiar with the matter who spoke Thursday on condition of anonymity. It comes as U.S. President Donald Trump considers whether to take possible military action against Iran. The move, first reported by The New York Times, will put two carriers and their accompanying warships in the region as Trump increases pressure on Iran to make a deal over its nuclear program.
The first solar eclipse of the year is almost here, but very few people will see it. Tuesday’s annular solar eclipse, known as a “ring of fire,” will only be visible in Antarctica. More people will see a partial eclipse with small bites taken out of the sun from the tip of Chile and bits of southeastern Africa including Madagascar, Lesotho and South Africa. Solar eclipses happen when the sun, moon and Earth align just so. During an annular eclipse, the moon is farther from Earth in its orbit and casts a shadow that partially blocks the sun, leaving an orange ring behind.
New England Patriots wide receiver Stefon Diggs is scheduled to be arraigned in Massachusetts on a felony strangulation charge and a misdemeanor assault and battery charge stemming from an alleged dispute with his former private chef. According to a police report, the woman told officers Diggs struck her and attempted to choke her during an argument about unpaid wages in early December. Diggs’ attorney has denied the allegations, calling them unsubstantiated and tied to a financial dispute. The Patriots have said they support Diggs. Friday’s arraignment comes days after the team’s 29-13 loss to Seattle in Super Bowl LX.
Envoys from Russia and Ukraine are to meet for a new round of U.S.-brokered talks in Geneva next week as both sides keep fighting and trading long-range strikes. On Friday, officials in Moscow and Kyiv said the talks will take place in Geneva on Tuesday and Wednesday. The talks come against the backdrop of more Russian attacks that keep hitting Ukrainian cities and the power grid. Ukraine keeps sending drones at targets inside Russia. Earlier, U.S.-led peace efforts in Abu Dhabi, in the United Arab Emirates, failed to settle major issues like the future of occupied parts of eastern Ukraine.
Finnish ski racer Elian Lehto reached the Winter Olympics by training with Switzerland’s powerhouse team and paying his way. He called the deal as a lifeline for athletes from small nations. He trains and travels with stars like Marco Odermatt and Franjo von Allmen. Other racers follow similar paths through organizations like Global Racing and the Untitled Ski Team.
Fears are rising of the outbreak of another war that could spread into a regional conflict in the Middle East as U.S. President Donald Trump raises the pressure on on Iran to give up its nuclear program. Israel and Iran already fought a 12-day war in June. The U.S. then hit three nuclear sites with B-2 bombers and Israel was able to carry out numerous airstrikes on Iranian targets. Analysts say Israeli and U.S. planes still face little air resistance. The bigger risk comes from Iranian retaliation. Experts say Iran can target U.S. bases, oil sites and the Strait of Hormuz.
Thailand uses a birth control vaccine to curb its elephant population near expanding farms
Ukrainian skeleton racer Vladyslav Heraskevych is challenging his Olympic disqualification, but he says he still cannot race in Milan Cortina. On Friday, the Court of Arbitration for Sport hears his appeal for about two and a half hours. Heraskevych leaves smiling and says he expects to win. He has already left the Olympic Village. IOC president Kirsty Coventry says officials disqualify him because he insists on racing with a tribute helmet. The helmet shows images of Ukrainians killed since Russia’s 2022 invasion. The IOC says he can honor them off the track instead.
Dubai has named a new chairman for DP World, one of the world’s largest logistics companies, replacing a chairman named in the Jeffrey Epstein files. The announcement by the government’s Dubai Media Office did not specifically name Sultan Ahmed bin Sulayem. However, it said that Essa Kazim was named DP World’s chairman and Yuvraj Narayan was named group CEO. Those were positions held by Sulayem. DP World has long been a pillar of the economy of the Middle Eastern city. Newly released emails showed a yearslong friendship between Sulayem, and Epstein. Some emails referenced porn, sexual massages and escorts.
Thailand’s Bhumjaithai Party has moved closer to forming a new government after the Pheu Thai Party agreed to join it in a proposed coalition. The parties said on Friday they want to put past conflicts aside and work together. Unofficial results from Sunday’s election show Bhumjaithai with 193 seats and Pheu Thai with 74, representing a majority in the 500-member parliament. Bhumjaithai says smaller parties have also pledged support. The progressive People’s Party, the election runner-up, rejects joining the coalition. There are meanwhile allegations of irregularities in the polls. Protesters in several areas have called for recounts and a monitoring group said it received thousands of complaints.
Reports fourth quarter revenue of $0.7 billion, GAAP net loss of $(0.8) billion and GAAP EPS of $(2.11)
China is getting ready to celebrate the Lunar New Year, and the festivities will include robots. Ahead of the celebration next week, some venues in Beijing have been setting the stages — such as those for robot shows in some malls. In one mall in the western part of the Chinese capital, there will be a fair devoted to technology, and robots will be the central character. They will be dancing, stacking blocks on top of others to make a little tower, putting hawthorns on a stick, or playing soccer. China has been scaling up its efforts to develop better robots that can perform different activities, powered by artificial intelligence and with less human intervention.
New chairman for logistics giant DP World replaces outgoing head named in Jeffrey Epstein documents.
MANHATTAN, Kan. (AP) — Kansas State coach Jerome Tang ripped into his team after a 29-point home loss to Cincinnati and called the performance embarrassing. On Wednesday night, many fans showed up with paper bags on their heads as the Wildcats fell 91-62. Kansas State dropped to 10-14, with …
MINNEAPOLIS (AP) — Minnesota has revised coach P.J. Fleck’s contract to include an annual raise and additional incentives as approved by the university’s board of regents Thursday. Fleck is entering his 10th season with the Gophers. He will get a $700,000 management bonus on top of his exist…
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Hundreds pack town hall calling for solar farm moratorium  Yahoo
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“I was refunded nine months’ worth of utility bills.”
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Energy costs are rising nationwide, with millions of Americans facing higher utility bills than ever before. 
Some people with four-figure electricity bills are turning to social media to vent and seek advice. In a post to r/AskElectricians, one person vented about consistently receiving “absurd” electricity bills — between $700 and $1,000 per month. 
“Can anyone explain why my electricity bill is $1,000 a month?” the OP asked. They explained they rent their home, which has outdated appliances. They wondered if they should ask their landlord to update those and why every other house in the area pays $300 or less per month for the same square footage. 
One user who had a similar experience commented that, upon inspection, the power company found a meter was connected to numerous outlets in a separate apartment, including one with an air conditioning unit that ran 24/7. 
“I was refunded nine months’ worth of utility bills,” that commenter shared. “Buy an inline meter that you can use to get your own reading of individual devices,” another person recommended. “Try turning everything off, and then see if your meter is registering any usage,” someone else suggested. 
Posting on social media about your high utility costs can help you feel less alone and learn from experts about why your bills may be so high. Others are using TCD’s Solar Explorer to connect with trusted partners such as EnergySage and Palmetto to live off-grid. These innovative companies help people embrace clean, renewable energy and save up to $10,000 on solar installations or lease panels for $0 down with guaranteed savings.
If you also receive sky-high energy bills from your utility provider, consider these sustainable solutions: 
• EnergySage can help you save up to $10,000 on installations by curating competitive bids from local installers
• Not ready to spend up front? Palmetto‘s $0 down LightReach solar leasing program can lower your utility rate by up to 20%
• TCD’s Solar Explorer makes it easy to access exclusive offers from preferred partners
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Whatever your solar budget, Palmetto can help you save.
If you want to buy your own panels, Palmetto’s advisors can help you save up to $10,000 on installation through a network of preferred installers. And if you’d rather get solar savings without upfront costs, Palmetto’s revolutionary LightReach subscription program can deliver — including an exclusive $1,000 cashback offer for TCD readers.
LightReach lets you lease solar panels with no money down, making it painless to lock in long-term savings of up to 33% off your current power bill. Palmetto covers a 25-year warranty for the panels, which means you’ll get reliable performance without unforeseen costs.
To get started, just book a short meeting with Palmetto’s experts to explore your options and find the solution that’s right for you.
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To save even more on monthly costs, you can pair solar panels with energy-efficient electric appliances, such as a heat pump HVAC system. Mitsubishi helps people save on heating and cooling costs with high-efficiency systems that work with their homes and budgets. 
You can also download the free Palmetto Home app to earn up to $5,000 in rewards to spend on home upgrades by making simple daily changes.
Get TCD’s free newsletters for easy tips to save more, waste less, and make smarter choices — and earn up to $5,000 toward clean upgrades in TCD’s exclusive Rewards Club.
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Hong Kong Project Marks Strategic Step in Company’s Expansion and Contributes to Greater Bay Area’s Green Transition
HONG KONG, Feb. 13, 2026 /PRNewswire/ — SKYWORTH Photovoltaic Technology Co., Ltd. ("SKYWORTH PV") has successfully completed and handed over a 227kW rooftop distributed photovoltaic (PV) project at the Len Shing Industrial Building in Hong Kong. Today, the project has been successfully connected to the grid and entered operation. As SKYWORTH PV’s first distributed PV installation in the Hong Kong market, the project represents a key milestone in the company’s expansion of its Engineering, Procurement and Construction (EPC) footprint and supports the clean energy transition of the Greater Bay Area.


The project, with a total capacity of 227kW, is expected to generate approximately 300,000 kWh of clean electricity in its first year of operation. All generated power will be fed directly into the local grid under a full feed-in model. Utilizing 386 units of SKYWORTH High-Efficiency Series 590W modules with a conversion efficiency of up to 23.03%, the system is backed by a 15-year product warranty and a 30-year linear power output guarantee. Under the Hong Kong government’s Feed-in Tariff (FIT) scheme, the PV station is expected to generate an estimated HKD 800,000 in annual revenue from electricity generation.
Strategic Collaboration Drives Project Success
The project was realized through close collaboration with the project owner, Len Shing Group Limited, and with advisory support from The Asia Pacific Institute of Sustainability Governance (APESG). The Hong Kong Productivity Council (HKPC), a pioneer in Industry 4.0, also provided support, with its technical resources and forward-looking insights contributing to the project’s high-standard implementation.
Executed under a full-scope EPC contract, SKYWORTH PV served as the single-point turnkey solution provider, overseeing the entire project life cycle—from initial system design and equipment procurement to construction, grid-connection and commissioning. This integrated approach ensured technical consistency, effective cost control and timely delivery, handling all complexities to deliver a fully operational power plant to the client. 
Mr. Wang Xiaodong, General Manager of the Smart City Division, Hong Kong Productivity Council, commented:
"Through this rooftop PV project implemented in partnership with SKYWORTH PV, our customer is able to leverage intelligent real‑time monitoring to gain full visibility over on‑site renewable energy production. This not only enhances energy management transparency, but also significantly reduces manual inspection costs and improves O&M efficiency. This innovative case provides a practical pathway for relevant buildings and facilities to transition towards low-carbon and intelligent operations."
EPC Excellence: Powering a Sustainable Future
The Len Shing Industrial Building project stands as a benchmark for commercial and industrial rooftop solar in Hong Kong, demonstrating the practical viability and economic benefits of distributed generation. It highlights how strategic EPC partnerships can accelerate renewable energy adoption and support Hong Kong and the wider Greater Bay Area on their path toward a sustainable, low‑carbon future. 
Building on this milestone, SKYWORTH PV will continue to deepen its presence in the Hong Kong market and beyond, leveraging its integrated "Product Sales + EPC Service + O&M Support" model to deliver full‑chain, professional solutions. With operations now spanning 35 countries and regions, and its technical solutions certified by authoritative bodies such as TÜV NORD, SKYWORTH PV is well positioned to help more clients overcome market barriers, enhance energy resilience, and achieve their long‑term sustainable development goals.

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Posted by Anne Brock-Rankin | Feb 13, 2026 | Our Town Stories | 0
Episcopal church leaders are closer than ever to their goal of carbon neutrality by 2030 because of new technology installed at headquarters in Knoxville and the resulting program to help smaller churches save energy.
“It is a joy to learn that the solar panel system will both reduce our energy use at Diocesan House and allow us to pass our savings on to small churches in East Tennessee,” said Bishop Brian Cole. “Every dollar saved through energy efficiency can then be redirected to direct ministry and mission in our communities.”
Renewable energy is now running most day-to-day operations at the Episcopal Diocesan House in Knoxville, with a state-of-the-art battery energy storage system providing backup for critical loads during a grid power outage. This solar photovoltaic system, as well as other energy efficiency efforts, creates significant new monthly savings on electric bills. The organization intends to use these savings to help small Episcopal churches in the area with energy efficiency projects of their own.
On Friday, February 20, at 1 p.m., the Carbon Neutral Task Force, led by church volunteer Courtney Shea, plans to hold an energy-efficiency demonstration at the headquarters. Energy Home Basics will conduct a blower door test to show how the building envelope can be improved to achieve energy savings.  Solar Alliance Southeast will also show how the new solar PV and BESS system works to offset grid electricity use and add resilience.
“This is a great example of how energy storage pairs well with solar production for an office, church, or other mid-sized commercial setting,” said General Manager Jon Hamilton of Solar Alliance Southeast. “The benefits go beyond lowering electric bills, to the resilience of being able to store clean power on site for use in a backup power situation.”
Here is a look at the new energy system by the numbers:
This is equivalent to preventing annual emissions from:
The Diocesan House is located at 814 Episcopal School Way in Knoxville. To RSVP for the February 20 event or for more information, contact Brother Andrew Aelred Morehead, OC at amorehead@dioet.org or 865-966-2110.
Anne Brock is Marketing Coordinator for Solar Alliance, which designs commercial solar installation projects. She can be reached at abrock@solaralliance.com or 865-221-8349.
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Anne Brock is a media professional with more than a decade of experience in East Tennessee television newsrooms, who currently serves as marketing coordinator for Solar Alliance in Knoxville. She is also a licensed Tennessee real estate agent with The Real Estate Firm and a decade of prior real estate experience. Anne grew up immersed in family farm life in the Ozarks, where she learned field and forest conservation as her earliest introduction to sustainable living. She is a University of Missouri Journalism alumna who appreciates the greener side of the Volunteer State as a great place to raise her family.
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( (C) ) SUNLIFE
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Streetleaf Installs 40 Off-Grid Solar Streetlights In Austin’s Novel Community Through New Deal With Top 25 U.S. Homebuilder Risewell Homes  SolarQuarter
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Planning Board members, from left, James Fox, John Druley and Paul Dreyer discuss plans for a solar farm a the corner Cape Cod Country Club.
Planning board chairman John Druley

Planning Board members, from left, James Fox, John Druley and Paul Dreyer discuss plans for a solar farm a the corner Cape Cod Country Club.
A heated exchange broke out at the Planning Board’s fourth public hearing on Tuesday, February 10, on the proposed solar farm at the former Cape Cod Country Club, as the developer accused board chairman John L. Druley of pushing “unreasonable restrictions” and board members questioned Druley’s private conversations with Eversource about the project’s power lines.
The project spans five parcels, approximately 139 acres of land, on Theatre Drive and Boxberry Hill Road, throughout the existing golf course. Plans are to install solar panels in three areas of the property: the east, west and south arrays.
As proposed, solar panels would be installed over 57 acres and the majority of the remaining average—about 42 acres—will be conserved as open space and donated to the town. The project includes battery energy storage, transformers, electrical cabinets, conduit, wires, a stormwater management system with three bioretention areas and other equipment on the property.
Planning board chairman John Druley
At the beginning of the site plan review process in November, Druley identified himself as a member of Cape Cod Country Club but did not recuse himself from the hearing. Druley was the only dissenting vote as a delegate on the Cape Cod Commission against the project in September, when it went through a regional review by the commission.
Based on what attorney Matthew Terry called “significant public feedback,” the team at PureSky has made some changes to the site plan. Terry said changes to the trail network to make the design more contiguous have been made, as well as the addition of a wider wildlife corridor in the middle of the west array.
Director of Community Development Jedediah “Jed” Cornock prepared a draft of standard and special conditions for the board to review before the next hearing. Members of the board received the draft conditions a few hours before the meeting. On the subject of conditions, Druley said he planned to request a condition requiring underground utilities to avoid additional power lines and poles on and around the site.
Druley made a similar request at the project’s second hearing in December. PureSky Senior Project Manager Lawrence Cook said the decision on underground utilities would rest with Eversource and noted that underground installation is more expensive and unlikely to be approved.
At the meeting on Tuesday, February 10, to the surprise of some members of the board, Druley said he had been in contact with Eversource and that Eversource supported the idea of underground utilities.
Board member James E. Fox called Druley’s action, which Fox said he had no knowledge of, “totally illegal.” Fox said Druley was “overstepping his bounds” as chairman.
Assistant Town Planner Melinda Tondera said Druley’s conversations, which took place outside of a public meeting, show a lack of substantial evidence. She explained that the board and the public have no knowledge of how the project was presented to Eversource by Druley and noted that no representative from Eversource was present at the meeting.
Terry said Eversource designed the energy distribution that will leave the site and requested additional poles that Druley was displeased with. Terry added that the design meets all Eversource standards and the interconnection agreement.
Terry added that PureSky can only control utilities on its site, which he said all comply with the town’s large-scale ground-mounted solar overlay district site plan review design and operations standards.
Cook added that changing the power design now would cause undue financial hardship by costing millions of dollars and delaying the project.
Town Counsel Maura O’Keefe advised that the board make its decisions based solely on the record, which contains the site plan review application, referrals and documents submitted by PureSky. O’Keefe said conditions imposed based on private investigations will be highly susceptible to challenge.
Druley said, “I’m an elected official,” and that the condition would reduce the visual impact of the project and “improve safety.” He added that he felt his proposed condition abided by the law.
In closing the discussion, Druley requested that conditions made by the Cape Cod Commission review be sent to board members, so conditions are not duplicated in its final decision.
Terry agreed to continue the hearing to Tuesday, February 24. In answer to a question from Terry, the board indicated that it may be ready to vote on a decision at that time.
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The authors of the report have proposed a six-pillar plan to “future-proof” the energy system.
Photo Credit: iStock
A new study revealed that a simple swap could collectively save British Columbians millions per year on electric bills. Clean Energy Canada conducted the analysis and discovered that heat pumps would deliver a whopping $675 million in savings to B.C. residents while helping protect them from worsening climate impacts, including more extreme heat days.
“For individual households, this translates to savings of about $358 a year for those currently on natural gas heating with standalone air conditioning, and $1,039 a year for those currently on electric resistance heating with standalone air conditioning,” the think tank wrote. 
As the study’s analysis demonstrates, installing an energy-efficient HVAC like a heat pump is one of the best ways to ensure comfort while protecting yourself from rising energy costs. TCD’s HVAC Explorer can help you understand your options and slash your energy bills by up to 50%.
Of course, successfully implementing a wide-scale transition without leaving anyone behind would require a unified front. As such, the authors of the report, More for Less, have proposed a six-pillar plan to “future-proof” British Columbia’s energy system. 
These pillars include removing upfront cost barriers; building new energy-efficient, electrified homes; making heat pumps the go-to replacement for heating and cooling; educational campaigns to boost consumer confidence; expanding access for vulnerable residents; and mandating that utilities prepare for an electrified future to keep infrastructure costs down. 
The plan would also improve air quality by eliminating 3.5 megatonnes of carbon pollution each year — the equivalent of removing more than 800,000 gas-guzzling vehicles from the road. 
“With a coordinated effort to empower this switch, the province can leverage the transformative power of clean technologies to deliver lasting affordability, comfort, and climate resilience for all British Columbians,” Clean Energy Canada concluded.
You don’t have to wait for your city to enact a heat pump adoption plan to start saving on energy bills. TCD has resources to get you started on your journey right now.
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Want to go solar but not sure who to trust? EnergySage has your back with free and transparent quotes from fully vetted providers in your area.
To get started, just answer a few questions about your home — no phone number required. Within a day or two, EnergySage will email you the best options for your needs, and their expert advisers can help you compare quotes and pick a winner.
Solar panels can save you more than $50k over their 25-year lifespan, and EnergySage can help you save as much as $10k on installation. Which begs the question — isn’t that worth an email or two?
• Mitsubishi can help you find efficient heating and cooling solutions for your home and connect you with trusted installers
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A leasing program may be perfect for you if upfront cost is a barrier. Palmetto‘s plans start as low as $99 per month and include 12 years of free maintenance. 
Meanwhile, you can discover the best solar plan for your home and save up to $10,000 on installation with TCD’s Solar Explorer, helping drive your utility costs even lower. Plus, you could unlock up to $5,000 in rewards for home upgrades with the free Palmetto Home app.
Get TCD’s free newsletters for easy tips to save more, waste less, and make smarter choices — and earn up to $5,000 toward clean upgrades in TCD’s exclusive Rewards Club.

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A plan to create one of Europe's largest solar farms hangs in the balance, as the government starts to weigh up a report from an examining panel.
The 840MW Botley West scheme would cover more than 2,000 acres north and west of Oxford, mostly on the Blenheim Palace estate.
Developer Photo Vault Development Partners (PVDP) has said the project is crucial to meet the UK's climate and energy security goals, but opponents say an 11km (7 mile) rural corridor would be harmed.
Planning inspectors, who began public hearings in May 2025, have sent a report to Energy Secretary Ed Miliband, but their recommendation has not been made public.
The secretary of state now has up to three months to review the document before making a final decision.
On the day the report was sent, Calum Miller MP told energy minister Michael Shanks his constituents were worried about the "community benefit on offer".
Speaking in the House of Commons on Tuesday, the Liberal Democrat MP for Bicester and Woodstock added: "Botley West, one of the largest solar farms ever brought forward in Europe, would have a profound and long-lasting impact on a rural area."
On the same day, the government announced contracts for 157 solar developments, including its largest ever winner – the 788-hectare, 480MW West Burton project on the Lincolnshire-Nottinghamshire border.
Botley West is a proposed £800m solar farm covering about 1,000 hectares (2,471 acres) across three areas – north of Woodstock, west of Kidlington and west of Botley.
Blenheim Estates owns 90% of the land within the earmarked site, which it will lease to PVDP.
The developer has said the farm would be able to power the equivalent of 330,000 homes.
The solar panels would remain on site for about 40 years before the fields are returned to agriculture, according to the Blenheim Estate.
In 2024, the government announced new climate change targets, aiming for an 81% cut in emissions by 2035.
Miliband has said solar power would provide "an abundant source of cleaner, cheaper energy on the mission towards 2030".
Former MP for Witney Robert Courts said previously it was the "sheer scale" of Botley West that "really causes people such massive concern".
Before his death in December, Ian Hudspeth, the former leader of Oxfordshire County Council, who lived in one of the areas included in the proposals, said the farm would create an "ocean of glass and steel" across the countryside.
But project manager Mark Owen-Lloyd has said the solar farm would be hidden in fields and behind hedges and people "would not notice it is there".
Note, 13 February 2026: This story has been amended to clarify that Ian Hudspeth died in December 2025.
You can follow BBC Oxfordshire on Facebook, X (Twitter), or Instagram.
The data will be used to build a 3D map of granite lying deep beneath the city.
Speaking during National Apprenticeship Week, Maria Imran turned down university in favour of an apprenticeship at the Mars Wrigley UK factory.
Plans for the 64-acre farm are now the subject of a public inquiry.
Mark Stewart talks ahead of a new ultrasound trial in Oxford to help prevent Lewy Body Dementia.
A senior Labour MP says emission from data centres "have been highlighted as a key area of concern".
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In a new weekly update for pv magazine, Solcast, a DNV company, reports that most of Australia experienced above-average solar irradiance in January 2026 due to a hot, dry airmass and clear skies, boosting PV generation despite operational challenges from elevated temperatures, bushfire smoke, and dust. In contrast, northern Queensland and far northern regions saw significant irradiance deficits from persistent monsoonal clouds and Tropical Cyclone Koji, causing widespread rainfall and localized power outages.
Image: Solcast
Most of Australia recorded above average irradiance in January 2026 as a hot, dry continental airmass dominated the month, despite localized reductions from bushfire smoke, dust, and an active monsoon in the tropical north, according to analysis using the Solcast API. While widespread sunshine supported strong conditions for PV generation, elevated temperatures, smoke events, and dust soiling created operational challenges. In contrast, northern Queensland and far north of Australia experienced significant irradiance deficits under persistent monsoonal cloud and Tropical Cyclone Koji.

Dry conditions prevailed across the majority of the continent, lifting monthly average irradiance 10% to 15% above the January climatology, particularly across inland New South Wales, Queensland, South Australia, and Western Australia. These clear-sky conditions were associated with a slow-moving upper-level pattern that supported the development of a persistent heat dome over the continent. This feature suppressed cloud formation and rainfall, while periodically directing hot northerly winds into southeastern Australia ahead of cold fronts. Nationally, monthly average temperatures were 2.3 C above normal, exceeding 3 C above average in parts of interior New South Wales and southwest Queensland. While clear skies favoured irradiance, module operating temperatures would have been elevated, reducing panel efficiency during peak heat periods. The scale of the above-average warmth is consistent with broader trends observed in a warming climate.

The hot and dry pattern also heightened bushfire risk and dust mobilisation, creating additional complexity for PV operations. Strong northerly winds preceding southern cold fronts drove dangerous fire weather in Victoria and New South Wales, with smoke temporarily reducing irradiance at nearby sites. In Bendigo, analysis of particulate matter concentrations and rainfall indicates a noticeable uptick in estimated soiling losses around 11 January, coinciding with nearby fire activity. Subsequent rainfall helped wash panels clean, limiting the persistence of these losses. Although fire episodes reduced irradiance locally and temporarily, they did not materially alter the overall monthly above-average signal, as similar events appear in the historical January baseline.

Further inland, prolonged dryness enabled dust uplift. In Alice Springs, elevated PM10 concentrations on 12 and 13 January were associated with a marked rise in estimated soiling losses. With minimal rainfall to offset accumulation, losses increased from 0.024 to 0.032 over the month, equivalent to around 0.8% additional reduction due to dust deposition. A large dust storm late in the month, moving into western New South Wales, underscored the vulnerability of central Australian sites during extended dry spells.

In contrast to the national trend, tropical regions saw substantial irradiance deficits. Cape York Peninsula recorded values around 20% below average, while the far north of Australia and parts of northeast Queensland near Townsville and Mackay were approximately 10% below normal. A persistent monsoon trough brought widespread cloud and rainfall across northern Australia. Tropical Cyclone Koji, named on 10 January in the Coral Sea, further reduced irradiance as thick cloud covered coastal Queensland between Townsville and Mackay. As the system weakened inland, heavy rainfall and flooding followed, with more than 22,000 homes experiencing power outages due to wind and rain damage.
Solcast produces these figures by tracking clouds and aerosols at 1-2km resolution globally, using satellite data and proprietary AI/ML algorithms. This data is used to drive irradiance models, enabling Solcast to calculate irradiance at high resolution, with typical bias of less than 2%, and also cloud-tracking forecasts. This data is used by more than 350 companies managing over 300 GW of solar assets globally.
The views and opinions expressed in this article are the author’s own, and do not necessarily reflect those held by pv magazine.
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Winaico unveils its new bifacial glass-glass module with 485 watts, Aiko secures explosion protection certificate for its back-contact module, PV Sol Premium 2026 update introduces new planning features and Delta unveils a high-capacity battery cabinet for C&I applications.
Winaico has expanded its back-contact series with the new WST-485BDX54-B2 solar module. The module delivers an output of 485 watts and achieves a module efficiency of 23.8 percent. The bifacial glass-glass module replaces the previous WST-480BDX54-B2 model.
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Manufacturer Aiko has become the first provider to receive explosion protection certification from TÜV Süd for a back-contact solar module: its ABC Stellar 66-cell dual-glass module. The certification confirms that the module does not present an ignition source in potentially explosive atmospheres.
Valentin Software has released the latest version of its popular PV Sol Premium tool, allowing planners to more easily combine PV systems with heat pumps, immersion heaters and batteries. Among other new features, PV Sol Premium 2026 offers a visually enhanced customer presentation.
The new C Series battery cabinet from Delta delivers 125 kilowatts of power and 261 kilowatt-hours of storage, all within a compact footprint of less than 1.5 square metres. The C Series enables businesses to optimise peak shaving, manage loads and energy use and ensure dependable backup power. (nhp)
More product developments:
The new platform from Socomec for real-time monitoring of lithium-ion batteries.
Ernst Schweizer has revamped its MSP flat roof system.
Lorenz Aero Green substructure for green roofs.
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Mark Munyua, CP solar's technician, examines solar panels on the roof of a company in Nairobi, Kenya, Sept. 1, 2023. Credit: AP/Brian Inganga
NAIROBI, Kenya — Africa was the world’s fastest-growing solar market in 2025, defying a global slowdown and reshaping where the momentum in renewable energy is concentrated, according to an industry report released in late last month.
The report by the Africa Solar Industry Association says the continent's solar installed capacity expanded 17% in 2025, boosted by imports of Chinese-made solar panels. Global solar power capacity rose 23% in 2025 to 618 GW, slowing from a 44% increase in 2024.
“Chinese companies are the main drivers in Africa’s green transition,” said Cynthia Angweya-Muhati, acting CEO of the Kenya Renewable Energy Association. “They are aggressively investing in and building robust supply chains in Africa green energy ecosystem.”
Some of that capacity has yet to be rolled out. Africa has only 23.4 gigawatts peak (GWp) of working solar capacity even though nearly 64 GWp of solar equipment has been shipped to the continent since 2017. A gigawatt peak represents 1 billion watts of maximum, optimum power output under ideal conditions.
“Africa's growth is driven by changing policies and enabling conditions in a number of countries, "said John Van Zuylen, CEO of the Africa Solar Industry Association.
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“Solar energy has moved beyond a handful of early adopters to become a broader continental priority,” he said recently on the sidelines of the Inter Solar Africa summit in Nairobi. “What we are seeing is not temporary. It is policies aligning with market dynamics.”
Historically, South Africa dominated solar imports in Africa, at one point accounting for roughly half of all panels shipped to the continent. The latest data show its share has slipped below a third as demand surged elsewhere. Last year, 20 African nations set new annual records for solar imports, as 25 countries imported a total of at least 100 megawatts of capacity.
Solar panels are seen on the roof of a company in Nairobi, Kenya, on Sept. 1, 2023. Credit: AP/Brian Inganga
Nigeria has overtaken Egypt as Africa's second-largest importer as solar energy and battery storage provide a practical and affordable alternative to diesel generators and unreliable grid power. In Algeria, solar imports soared more than 30-fold year-on-year. Imports also surged in Zambia and Botswana.
At least 23 African countries, including South Africa, Tunisia, Kenya, Chad and the Central African Republic, are now generating over 5% of their electricity from solar energy, the report said.
Prices have fallen both for solar panels and batteries, mostly from China, enabling households and businesses to rely on solar plus batteries for round-the-clock electricity, the report said. Battery storage costs in Africa fell to $112 per kilowatt-hour in 2025 from an average of $144 per kilowatt-hour in 2023 as improved technology made storage systems more flexible and longer lasting.
“This ever-decreasing price of storage has game-changing implications for Africa, which has a dire need for stable and baseload power,” said Van Zuyken.
Mark Munyua, CP solar's technician, examines solar panels on the roof of a company in Nairobi, Kenya, Sept. 1, 2023. Credit: AP/Brian Inganga
The gradual removal of diesel subsidies in Nigeria in the past two years also has helped accelerate adoption of solar energy. The policy was implemented sector by sector to cushion its impact, making diesel increasingly expensive and nudging businesses and households toward solar. In September, Nigeria announced plans for a 1 GW solar panel factory, the largest in West Africa. Similar facilities are under construction in Egypt, South Africa and Ethiopia.
As Africa moves to build its own manufacturing capacity, the industry is looking to China to transfer knowhow to help alleviate Africa’s dependence on imported equipment and technology.
Jobs won't be confined to manufacturing.
“The solar jobs boom is occurring in services including installation, maintenance, distribution and financing, where thousands of small and medium enterprises are emerging to meet rising demand,” Van Zuylen said.
Unlike regions such as the Middle East, where governments publish clear 10 or 20-year energy roadmaps, many African markets lack consistent policy signals. So, uncertainty over policies remains a challenge. Solar firms operating across Africa say unpredictable tax regimes, shifting import duties and unclear long-term energy plans undermine investor confidence.
“The problem is not the opportunity. It’s visibility,” said Amos Wemanya, senior analyst on renewable energy at Powershift Africa. “If a government announces a plan, companies need to trust that it will remain in place.”
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Solar energy
The Superintendency for the Development of the Northeast officially announced this Thursday (12) that it has authorized the release of the second installment of resources from the Northeast Development Fund to accelerate the implementation of two photovoltaic parks in the municipality of Icó, in Ceará. The disbursement of R$ 17 million is part of a set of strategic investments aimed at expanding the infrastructure of solar energy, strengthening the energy transition and increasing the competitiveness of the Northeast region in the national electricity sector.
The decision was made during a meeting of the Board of Directors held in Recife (PE). The funds will be allocated to the Bom Jardim Energia Solar 1 and 3 photovoltaic parks, considered relevant projects for consolidating the clean energy matrix in the region.
In total, FDNE’s investment in the two projects amounts to R$ 123,8 million. Of this total, R$ 88,7 million had already been released as the first installment of the financing. The Northeast is moving forward with planning, structured financing, and a focus on clean energy.
Is it worth transforming a historic palace into a huge solar park? This dilemma has divided residents of England: one side thinks about historical preservation, the other values ​​the benefits of clean energy that will power more than 300 homes.
Spaniards create solar module that nearly doubles energy output, doesn’t shade plants, and even helps save water on the same plot of land.
Understand how a bill in the Chamber of Deputies aims to guarantee up to 200 kWh of free solar energy for low-income families and reduce Brazilian electricity bills.
Cotia inaugurates photovoltaic solar power plant and projects savings of R$ 4 million per year, clean energy, reduced public costs, and sustainable progress in municipal management.
the performance of sudene by means of FDNE This reaffirms the strategic role of regional development policy in supporting energy infrastructure. The new installment of R$ 17 million ensures the continuity of the works on… solar parks in Icó, in Ceará, allowing for physical progress on the project and preparing the schedule for future operation.
According to information released by the local authority, the full support of FDNE The combined investment for both projects reaches R$ 123,8 million. In the initial phase, R$ 88,7 million was released, approximately R$ 44 million for each unit. This amount represented about 32% of the total planned investment.
With the new release, the sudene maintains the necessary financial rhythm so that solar parks Proceed according to the established technical plan. This reduces risks, increases legal certainty, and strengthens investor confidence. Furthermore, the initiative is aligned with the strategy of strengthening energy transition in the Northeast, prioritizing renewable and low-carbon sources.
O Ceará It has highly favorable natural conditions for the generation of solar energyThis is especially due to the high levels of solar radiation throughout the year. For this reason, the state has been consolidating a prominent position in the expansion of large-scale photovoltaic projects.
Os solar parks Bom Jardim Solar Energy Projects 1 and 3 strengthen the energy matrix of Ceará and expand the supply of clean energy in the National Interconnected System. Diversifying the electricity matrix increases energy security and reduces dependence on fossil fuels.
Furthermore, the expansion of solar energy In the state, this contributes to attracting new productive investments. Projects of this nature tend to stimulate local supply chains, specialized services, and professional training.
O FDNE It is one of the main financing instruments aimed at reducing regional inequalities. Administered by sudeneThe fund supports structuring projects in strategic sectors, including logistics, industry, and energy infrastructure.
In the current scenario, the energy transition It has become a central focus of regional development policies. The expansion of solar parks No. Ceará This demonstrates how the FDNE can play a concrete role in consolidating a low-carbon economy. Investments in solar energy are investments in sustainable development.
In addition to the positive environmental impact, the installation of photovoltaic plants boosts the local economy. During the construction phase, temporary jobs are created and regional services are contracted. Subsequently, operation and maintenance guarantee permanent and qualified jobs.
With the financial support of sudene, FDNE It reduces structural bottlenecks and expands the capacity to attract private capital. In this way, a more stable and competitive environment is created for large-scale projects in the Northeast.
Os solar parks supported by sudene They are located in the municipality of Icó, in the interior of CearáThe choice of area takes into account technical criteria, such as the availability of suitable land, access to the transmission network, and favorable climatic conditions. solar energy.
The consolidation of these projects reinforces the strategy of expanding renewable energy sources in the region. Furthermore, it contributes to reducing greenhouse gas emissions, aligning with the Brazilian goals assumed in the Paris Agreement. Solar energy is one of the main allies in the decarbonization of the economy.
The continuation of the works, guaranteed by the new installment of FDNEThis ensures predictability in the schedule. This is essential for projects to move forward without interruptions and to be able to start commercial energy generation within the planned timeframe.
Consequently, the Ceará It expands its participation in the national renewable energy generation market, strengthening its position as a strategic hub for… energy transition.
the performance of sudene It goes beyond simply funding projects. The agency plays a structuring role in coordinating public policies aimed at the sustainable growth of the Northeast region.
By supporting solar parks No. Ceará by means of FDNEThe institution directly contributes to increasing regional energy security. This is because diversifying the energy matrix reduces vulnerabilities associated with hydrological fluctuations and variations in the cost of fossil fuels.
Furthermore, the expansion of solar energy It strengthens the region’s competitiveness. Companies tend to seek locations with a stable energy supply and predictable costs. Therefore, structural investments in renewable energy generation can attract new industrial and technological ventures. Clean energy and modern infrastructure are key factors for economic growth.
During the same meeting of the Board of Directors, the sudene The state approved tax incentives for three companies, two in Espírito Santo and one in Pernambuco. The chosen method was the reinvestment of 30% of the Corporate Income Tax.
The requests for funds total R$ 2,8 million and are linked to the maintenance of 4.267 jobs reported by the beneficiary companies. Although they are not directly related to… solar parks No. CearáThese incentives reinforce the integrated performance of the agency in strengthening the regional economy. In this way, the combination of financing via FDNE Fiscal incentives amplify the impact of public policies on job and income generation.
The release of the new installment of FDNE from sudene It represents more than just a financial outlay. It symbolizes the consolidation of a new investment cycle in solar energy e energy transition not Northeast.
Os solar parks Bom Jardim Solar Energy 1 and 3, in CearáThese examples illustrate how structured public policies can drive economic growth while ensuring environmental sustainability. Consistent financial support guarantees the continuity of projects and prepares the ground for expanding installed renewable energy generation capacity.
Furthermore, the expansion of solar energy It strengthens local production chains, stimulates technological innovation, and expands opportunities for professional training. Consequently, the Northeast is advancing as a national reference in clean energy sources.
With planning, structured financing, and a strategic focus, the sudene and FDNE They demonstrate that it is possible to reconcile regional development, energy security, and climate commitment. Brazil’s energy future depends on the strength of solar parks in Ceará and the continued progress of the energy transition.

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Asia-Pacific Floating Solar Panels Market
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A planned solar farm is "wholly out of character" and could deter people from visiting the area, Somerset Council has argued.
Plans were put forward in June 2024 to build a solar farm at Mahe Farm on Chard Lane in the small village of Wayford, between Chard and Crewkerne.
However, Greentech Invest LTD launched an appeal to the Planning Inspectorate on the grounds of non-determination – meaning the council took too long to make a decision.
The public inquiry to settle the matter got under way in Yeovil on 10 February, with opening arguments being presented to the Planning Inspectorate.
The solar farm will cover an area of 26 hectares (64 acres) – equaivalent to 36 football pitches – and will remain operational for 40 years.
It will produce enough renewable energy each year to power about 4,700 homes, according to the Local Democracy Reporting Service.
Philip Robson KC, representing the council, said the solar farm would have an unacceptable visual impact on the local landscape, which could deter visitors to the area and damage locals' residential amenity.
Sinead Davies, representing Greentech, said the farm would play a small, but vital role in the government's push for secure green energy, and the land could not be easily used for productive farming.
She said: "The essential background to this appeal is the critical and worsening global climate crisis, and the scale of the challenge faced by national and local authorities in meeting targets to address it."
Davies also said the landscape impacts are not "substantial".
Two site visits will take place next week, with a final ruling in the early spring.
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Somerset drivers are facing bills of hundreds of pounds due to road damage, it is claimed.
North Somerset is one of seven local councils given permission to go above the 5% limit.
A new 76-bed care home been approved despite some objections from local residents and councillors.
More than 1,000 people have signed a petition to try and protect some fields from being built on.
Somerset Council wants the government to help pay for damage caused in the wake of Storm Chandra.
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Brazilian scientists have developed a slope-based framework for agrivoltaics, finding that sites below 15% gradient offer the best balance between agricultural suitability and technical feasibility. Their review of 30 studies shows that steeper terrain can host PV systems with adapted designs, land-use limits, erosion risks, and rising installation costs.
Image: Trina Solar
Researchers from the Federal University of Rio de Janeiro (UFRJ) in Brazil have developed a framework to assess soil agricultural suitability for agrivoltaics, finding that slopes below 15% provide the most balanced conditions for project deployment.
“Agrivoltaic systems have great potential, not only because they allow the same land to be used simultaneously for energy and food production, but also because they present characteristics that enhance resilience to climate change,” the research’s corresponding author, José Luiz Gouvêa Gasparini, told pv magazine. “Several studies have addressed these aspects; however, the capacity of agrivoltaic systems to adapt to different terrain slopes remains incipient. The theoretical study conducted by our team sought to contribute to reducing this gap.”
“Countries such as China have been installing PV systems on steep terrain in order to utilize these areas for energy generation, considering agricultural limitations imposed either by slope or climatic conditions. At the same time, most research involving agrivoltaic systems, whether experimental or commercial, has been carried out in flat or gently sloping areas,” he went on to say. “There is well-established literature defining threshold conditions for agricultural land capability, which depend on several factors, including terrain slope, a key determinant for proper soil conservation. The structures that support PV panels in agrivoltaic systems, in turn, vary in terms of height above the ground, spatial arrangement, and even the amount of light intercepted.”

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The researcher said the proposed typology shows that, in agrivoltaic systems, land-use constraints, agricultural suitability and land capability linked to slope become limiting factors before technical restrictions affect PV generation.
“In other words, is it technically possible to install agrivoltaic structures on terrain with slopes above 30%? Yes, provided that higher installation costs are accepted and that engineering solutions compatible with appropriate soil management practices are adopted to prevent land degradation. However, this may become economically unfeasible depending on the added value of the energy and crop involved,” Gasparini emphasized.
In “Soil suitability and technical-construction criteria for slope classification in agrivoltaic systems,” published in Solar Energy, the Brazilian team investigated three slope ranges considered most suitable for agrivoltaics – up to 5%, 5% to 11%, and 11% to 38% – to define a techno-agronomic typology applicable across different geographic contexts.
For each range, the researchers assessed the degree of limitation, erosion susceptibility, mechanization constraints, and agricultural suitability. They noted that slopes of 15% to 20% are marginal for crop cultivation due to higher erosion risk and restricted machinery use, while steeper terrain is generally better suited to pasture, forestry, or conservation purposes such as wildlife habitat, recreation, and water storage.
They added that increasing slope raises both installation and operating costs for solar plants, particularly beyond accepted limits. Steeper angles drive up earthwork requirements and soil instability risks, increasing civil engineering costs. Even slopes above 4% can require substantial grading and drainage, affecting overall project efficiency. As a result, flat land is typically preferred by investors and developers.
Image: Federal University of Rio de Janeiro, Solar Energy, CC BY 4.0
The team reviewed 30 scientific studies, classifying their findings by technical criteria and land-use capability. They found that acceptable slope limits for ground-mounted PV systems ranged from 3% to 70%. However, 63% of the studies set thresholds below 15%, favoring areas with stronger agricultural potential and lower erosion risk. Slopes above 25% were generally associated with significant constraints on agriculture and mechanization, although they may remain technically viable for power generation when PV systems are specifically designed for steep terrain.
“This integrated framework shows that, beyond energy feasibility, the sustainability of agrivoltaic systems fundamentally depends on their compatibility with existing or potential agricultural land use,” the scientists said. “The reviewed studies employing landscape-based multicriteria analyses show that slope is not an absolute barrier, but rather a strategic criterion guiding the selection of the most appropriate agrivoltaic system types and configurations for each territorial context.”
They also found that areas with slopes of 15% to 30%, classified as conditionally suitable, can remain viable if appropriate engineering solutions and soil management practices are implemented to prevent degradation. Given the limitations for conventional agriculture, vertical agrivoltaic systems may be more suitable in these areas, particularly on natural pastureland.
“Future studies involving agrivoltaic structures installed on experimental sites with different slope gradients may help validate the proposed typology and improve understanding of the technical, economic, and agronomic limitations of agrivoltaic systems on sloping terrain,” Gasparini said.
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On September 29, India's Ministry of Commerce and Industry and the Directorate General of Trade Remedies announced the final ruling in the anti-dumping investigation concerning solar cells and modules from China, proposing to impose anti-dumping duties on solar cells and modules originating in or imported from China for a period of three years. The DGTR's final ruling (signed on September 30, 2025) has recommended implementation "from the date of notification" and specified three tiers of duty rates: 0%, 23%, and 30%, valid for three years. According to India's anti-dumping procedural practices, the CBIC typically completes the notification and publishes it in the Gazette of India, Extraordinary, within 30 days after the final ruling.

In 2024, multiple Indian PV enterprises, including FS India Solar Ventures, Jupiter International, Tata Power Solar, and TP Solar, filed an application with the Directorate General of Trade Remedies (DGTR) of India, alleging that solar cells and modules imported from China were being sold at low prices, causing significant harm to the domestic industry. On September 30, 2024, DGTR issued a notice in the Gazette of India formally initiating an anti-dumping investigation into solar cells and modules imported from China. The notice was also delivered to the Embassy of China in India, relevant Chinese exporters, Indian importers, and end-users, requesting the submission of comments and questionnaires. During this period, questionnaires were distributed to 118 Chinese enterprises, with 74 responding. The period of investigation (POI) spanned from April 1, 2023, to March 31, 2024, with comparative data retrospectively analyzed for the period from 2020–21 to 2022–23.
In 2024, multiple Indian PV enterprises (including FS India Solar Ventures, Jupiter International, Tata Power Solar, TP Solar, etc.) filed an application with the Directorate General of Trade Remedies (DGTR) of India, claiming that imported solar cells and modules from China were being sold at low prices, causing serious harm to the domestic industry. On September 30, 2024, DGTR issued a notice in the Gazette of India, formally initiating an anti-dumping investigation into solar cells and modules imported from China. The notice was also delivered to the Chinese Embassy in India, relevant Chinese exporters, Indian importers, and end-users, requiring them to submit comments and questionnaires. During this period, questionnaires were sent to 118 Chinese enterprises, with 74 responding. The period of investigation (POI) was from April 1, 2023, to March 31, 2024, with comparative data reviewed retrospectively from 2020–21 to 2022–23.
DGTR distributed investigation questionnaires to major Chinese PV exporters (such as Jinko, TrinaSolar, LONGi, AIKO, etc.) to collect information on costs, export prices, and other relevant data.
Various parties, including Chinese exporters, Indian importers, industry associations, and user enterprises, submitted their comments. Chinese enterprises largely argued that no dumping had occurred or contended that imposing additional tariffs would increase the cost of PV systems in India and hinder the development of renewable energy. Indian industry representatives, however, asserted that Chinese enterprises had large-scale surplus capacity and were exporting at prices below cost, severely impacting new capacity investments in India. They warned that without measures, domestic investments (including large-scale expansion projects under the PLI incentive scheme) would face losses or even shutdowns.
On September 21, 2025, DGTR issued a disclosure statement, making key facts public and soliciting final comments. On September 29, it released the final determination, concluding that Chinese enterprises had engaged in dumping and caused material injury to the Indian industry. The decision recommended the imposition of anti-dumping duties, with varying rates applicable to different enterprises. Both cells and modules were included within the scope of the investigation, rejecting the argument that "cells and modules are independent products" on the grounds that cells must be assembled into modules to be usable, and that both TOPCON cells and thin-film modules share the same end-use as like products, with exclusions potentially leading to tariff evasion. Indian authorities stated that during the investigation period, imports of Chinese products reached 30,723 MW, accounting for 77% of India's total imports, up 373% YoY compared to the previous period (April 2022–March 2023) and an increase of 240% from 2020–21.

The final ruling determined that the import price of monocrystalline silicon cells was only 7.92 rupees/W (approximately 0.63 yuan/W), with a price reduction margin of 55–65%, while the price of PV modules was 18.56 rupees/W (approximately 1.49 yuan/W), with no price reduction.

In comparison, in March 2024, SMM reported the average price of "monocrystalline Topcon solar cell-183mm" at 0.47 yuan/W and the average price of "Topcon module-182mm (distributed)" at 0.96 yuan/W.

Indian authorities stated in the report that China's low-price dumping of solar cells and PV modules directly led to a 289% decline in the domestic industry's profitability during the injury period, with profits falling by 184% and cash flow decreasing by 169%. Inventory levels of the local industry surged 68-fold, accompanied by significant losses in related contracts.
Regarding the potential supply-demand gap caused by price increases of solar cells and modules after the imposition of anti-dumping duties, Indian authorities indicated in the final ruling that investigation evidence showed India's solar industry had secured 38.1 GW of new capacity by the end of 2025, with further expansion to 64.6 GW expected by June 2026 (§176), sufficient to meet the annual new demand of approximately 44 GW during the same period, achieving a self-sufficiency rate of over 140% and thereby eliminating any potential supply-demand gap after the tariff imposition. Meanwhile, disclosed projects alone involve nearly ₹1 trillion in capital expenditure, with asset security identified as a core statutory objective to "ensure the feasibility of subsequent investments." In contrast, China, facing successive closures of major export channels by the US (anti-dumping and countervailing duties + Section 201 safeguard duties + 50% surtax), Turkey (anti-dumping duties extended to transshipments from Southeast Asia), Canada (anti-dumping and countervailing duties), and the EU (anti-circumvention investigations), has idle solar capacity as high as 252 GW, equivalent to 576% of India's total demand. The final ruling concluded that against the backdrop of "almost all major global markets imposing restrictions," there is an urgent risk of this massive surplus capacity being redirected to India, which would inevitably exert dual pressure on local new capacity through price suppression and volume impact, thereby endangering the safety of approximately ₹1 trillion in investments already made. Therefore, imposing anti-dumping duties was deemed a "necessary and minimal" relief measure to safeguard industry survival, ensure investment recovery, and achieve supply-demand balance.
In terms of the final tariff imposition outcome, India applied varying degrees of tariffs to different enterprises. The final ruling implemented a "group & individual enterprise" two-tier tariff system for Chinese exporters, with two additional tiers for non-sampled but cooperating enterprises and non-cooperating enterprises, resulting in three tiers: 0%, 23%, and 30%. All tariffs are levied based on CIF value, valid for three years, which is shorter than the typical five-year duration for anti-dumping duties.

Notes:
– Enterprises within the same group enjoy the same tax rate and do not require further subdivision.
– If an exporter ships goods through a third-party trading company, the group tax rate still applies as long as the producer belongs to the aforementioned group.
– For goods not of Chinese origin but transshipped through China, if non-Chinese origin cannot be proven, the 30% rate also applies.
Overall, India’s imposition of anti-dumping duties on China exhibits three characteristics: the duty rate is relatively small, the duty period is relatively short, and a differentiated duty approach has been adopted. SMM analysis suggests the reasons may include the following:
1. Both Article 17(4) of India’s Anti-Dumping Rules and Article 9.1 of the WTO Anti-Dumping Agreement require that “the amount of the anti-dumping duty shall not exceed the margin of dumping or the margin of injury, whichever is lower.” Based on the injury data provided by Indian authorities, the 23%–30% duty rate is consistent with this principle.
2. Since 2022, India has imposed a 25% Basic Customs Duty (BCD) on PV products from China, and ALMM List-II (restricting government projects to using domestic cells) will be implemented in June 2026. The final ruling states that “anti-dumping duties and BCD serve different purposes and can be applied cumulatively,” so there is no need to push anti-dumping duties to a higher level.
3. Additionally, the low duty rate allows Chinese enterprises to comply without significant price increases, preventing a sharp rise in costs for downstream Indian power plant EPCs. This approach both supports the macro target of “280 GW of solar capacity by 2030” and reduces the risk of disputes at the WTO.
4. With 64.6 GW of new capacity concentrated in 2025–2026, the government only needs to provide protection until 2027 to achieve economies of scale. By then, lower costs will enable domestic producers to naturally compete against low-priced imports, eliminating the need for extended protection. Furthermore, ALMM List-II and the second and third tranches of the Production-Linked Incentive (PLI) scheme will take effect in 2026–2027. If anti-dumping duties are aligned, this could facilitate a smooth transition from tariff protection to subsidy support.
Data Source Statement: Except for publicly available information, all other data are processed by SMM based on publicly available information, market communication, and relying on SMM‘s internal database model. They are for reference only and do not constitute decision-making recommendations.
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Introduction: The Backbone of India’s Solar Expansion
India’s renewable energy journey has entered a decisive decade, and at the heart of this transformation lies a crucial yet often underappreciated component: the solar inverter. While solar panels capture sunlight, it is the inverter that makes solar power usable—converting direct current (DC) into alternating current (AC) suitable for homes, businesses, and the national grid. Without inverters, even the most advanced solar installations would remain incomplete systems.
According to Renub Research-style market estimates, the India Solar Inverter Market is expected to reach US$ 1,632.69 million by 2033, up from US$ 682.86 million in 2024, registering a compound annual growth rate (CAGR) of 10.17% from 2025 to 2033. This growth is being driven by multiple forces, including the rapid expansion of solar capacity, rising adoption of energy storage systems, supportive government policies, and continuous technological innovation in inverter design.

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As India pushes toward its long-term target of 500 GW of non-fossil fuel capacity by 2030, solar inverters are becoming more than just conversion devices. They are evolving into intelligent energy management systems that support grid stability, enable battery storage, and improve overall power efficiency. In this context, the solar inverter market is not just growing—it is becoming strategically vital to India’s clean energy ambitions.
Understanding the Role of Solar Inverters in Modern PV Systems
A solar inverter is an essential component of any photovoltaic (PV) system. Its primary function is to convert the DC electricity generated by solar panels into AC electricity that can be consumed by electrical appliances or fed into the grid. Beyond this basic role, modern inverters also manage voltage, frequency, safety disconnections, and system monitoring.
Over time, the technology has diversified into several formats, including central inverters, string inverters, and micro inverters, each designed for specific project sizes and performance requirements. Central inverters dominate utility-scale projects due to their ability to handle very high capacities, often ranging from 100 kW to several megawatts. String inverters are widely used in commercial, industrial, and residential installations because of their flexibility and cost-effectiveness. Micro inverters, though still a smaller segment, are gaining attention for rooftop systems where panel-level optimization and monitoring are valuable.
In India, utility-scale solar projects have historically driven the market, with massive solar parks and grid-connected plants relying heavily on central inverters. However, as rooftop solar and distributed generation grow, the demand for string and micro inverters is also rising steadily.
India’s Solar Growth Story: Setting the Stage for Inverter Demand
India’s solar energy consumption and installed capacity have increased dramatically over the past decade. From a relatively small base in the early 2010s, solar power has become one of the fastest-growing segments of the country’s energy mix. Government initiatives, falling equipment costs, and increasing awareness of clean energy have all played a role in this transformation.
The government’s earlier target of 175 GW of renewable energy capacity by 2022—including 100 GW of solar—created a strong foundation for market growth, even though timelines were adjusted. Looking ahead, the more ambitious 500 GW non-fossil fuel target by 2030 is expected to keep investment momentum strong across the solar value chain, including inverters.
As solar installations scale up across residential, commercial, industrial, and utility segments, the need for reliable, efficient, and smart inverters is becoming more critical than ever. Inverters are no longer just hardware components; they are now central to grid integration, energy storage management, and performance optimization.
Key Growth Drivers for the India Solar Inverter Market
1. Government Initiatives and Policy Support
India’s strong policy push toward renewable energy remains one of the biggest drivers of the solar inverter market. Programs under the National Solar Mission, along with schemes for grid-connected rooftop solar and small solar power plants, have created a favorable environment for investment. Subsidies, tax benefits, net metering policies, and state-level incentives continue to encourage adoption across residential, commercial, and industrial segments.
These initiatives directly translate into higher demand for solar inverters, as every new solar installation—whether a small rooftop system or a large solar park—requires efficient and compliant inverter solutions. Policy stability and long-term targets also give manufacturers and investors the confidence to expand production, distribution, and technological development within India.
2. Declining Costs of Solar Equipment
One of the most important enablers of solar adoption in India has been the steady decline in the cost of solar panels and inverters. Advances in manufacturing, economies of scale, and increased competition have significantly reduced the overall cost of solar systems over the past decade.
As upfront costs fall, solar energy becomes more accessible to households, small businesses, and large industrial users alike. This affordability is driving higher installation volumes, which in turn boosts demand for inverters across all capacity segments. Lower costs also make it easier for consumers to invest in more advanced inverter technologies, including hybrid and smart inverters with storage integration and monitoring features.
3. Technological Advancements and Energy Storage Integration
Technology is reshaping the solar inverter market in India. Modern inverters now offer higher efficiency, better grid compatibility, remote monitoring, and advanced safety features. One of the most significant trends is the integration of inverters with energy storage systems, especially batteries.
Hybrid inverters allow users to store excess solar energy and use it during nighttime or power outages, making solar systems more reliable and attractive—particularly in regions with unstable grid supply. Smart inverters also support real-time monitoring, predictive maintenance, and improved grid interaction, which enhances overall system performance and user confidence.
As India’s energy ecosystem becomes more complex and decentralized, the demand for intelligent, flexible, and storage-ready inverters is expected to grow rapidly.
Challenges Facing the India Solar Inverter Market
1. Skilled Workforce Shortage
Despite strong market growth, India faces a significant shortage of skilled professionals in the renewable energy sector. The rapid expansion of solar capacity has created high demand for trained technicians, engineers, and system designers, but workforce development has struggled to keep pace.
This skills gap can lead to project delays, higher operational costs, and potential quality issues in installation and maintenance. Addressing this challenge will require coordinated efforts from industry, government, and educational institutions through training programs, certification initiatives, and skill development partnerships.
2. Supply Chain Constraints and Import Dependence
India’s solar inverter market is still heavily dependent on imported components, particularly from countries like China. This reliance exposes the industry to risks such as shipping delays, geopolitical tensions, currency fluctuations, and changes in trade policies.
Customs duties, logistics bottlenecks, and global supply disruptions can increase project costs and extend timelines, especially for small and medium developers. Strengthening domestic manufacturing under initiatives like “Make in India” and improving supply chain infrastructure will be critical for building a more resilient and cost-effective solar ecosystem.
Regional Outlook: How Different Parts of India Are Shaping the Market
North India Solar Inverter Market
North India plays a leading role in the country’s solar landscape, driven by large-scale projects in states such as Rajasthan, Uttar Pradesh, and Punjab. Mega installations like the Bhadla Solar Park and other utility-scale projects have created strong demand for high-capacity central inverters.
Government support, improving grid infrastructure, and the adoption of smart and hybrid inverters are further strengthening the region’s position. With continued investments in large solar parks and grid-connected projects, North India is expected to remain a major revenue contributor to the national solar inverter market throughout the forecast period.
South India Solar Inverter Market
South India is one of the fastest-growing regions for solar energy, supported by favorable climate conditions, high solar irradiation, and proactive state policies. Karnataka, Tamil Nadu, Andhra Pradesh, and Kerala are at the forefront of this expansion.
Karnataka, with large projects like the Pavagada Solar Park, and Tamil Nadu, with ambitious capacity expansion plans, are driving strong demand for both utility-scale and rooftop inverters. The region is also seeing increasing adoption of hybrid and smart inverters, particularly in commercial and residential segments, where reliability and grid compatibility are key concerns.
West India Solar Inverter Market
West India, especially Rajasthan, Gujarat, and Maharashtra, represents one of the most dynamic solar markets in the country. Rajasthan leads in installed solar capacity, followed closely by Gujarat, which has also emerged as a leader in rooftop solar adoption.
Maharashtra continues to expand its solar footprint across residential, commercial, and industrial sectors. Rising electricity costs, strong policy support, and abundant sunlight make West India a highly attractive market for solar installations—and, by extension, for solar inverters across all categories.
Market Segmentation: Understanding the Structure of Demand
By Inverter Type:
Central Inverters
String Inverters
Micro Inverters
By Application:
Residential
Commercial & Industrial (C&I)
Utility Scale
By Region:
East India
West India
North India
South India
Each segment reflects different technical needs, investment scales, and growth dynamics. While utility-scale projects still dominate in volume, rooftop and distributed solar systems are steadily increasing their share, especially in urban and industrial areas.
Competitive Landscape: Key Players Shaping the Market
The India solar inverter market is highly competitive, with both global and regional players actively expanding their presence. Major companies include:
Schneider Electric SE
Siemens AG
Mitsubishi Electric Corporation
ABB Ltd
SMA
Delta Electronics, Inc.
Fronius International GmbH
Sungrow
These companies compete on technology, efficiency, reliability, service networks, and pricing. Many are also investing in local manufacturing, R&D, and partnerships to strengthen their position in the Indian market and align with the country’s long-term renewable energy goals.
Future Outlook: A Smarter, More Resilient Solar Ecosystem
Looking ahead to 2033, the India solar inverter market is set to play a central role in the country’s clean energy transition. The shift toward smart grids, energy storage integration, and decentralized power generation will make inverters more intelligent, more connected, and more critical than ever before.
As policies remain supportive, costs continue to fall, and technology keeps evolving, solar inverters will move beyond being simple conversion devices to become the “brains” of solar power systems—managing energy flows, stabilizing the grid, and maximizing returns on investment for users.
Final Thoughts
The India Solar Inverter Market, projected to grow from US$ 682.86 million in 2024 to US$ 1,632.69 million by 2033 at a CAGR of 10.17%, reflects the broader momentum of India’s renewable energy revolution. Driven by policy support, declining costs, technological innovation, and the rising importance of energy storage, the market is entering a phase of sustained and strategic growth.
While challenges such as skill shortages and supply chain constraints remain, the long-term outlook is undeniably positive. As India moves closer to its ambitious clean energy targets, solar inverters will continue to be a cornerstone of the nation’s journey toward a more sustainable, resilient, and energy-secure future.

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India Solar Energy Market Size and Forecast 2025–2033
India Solar Energy Market is expected to reach 284.14 Giga Watt by 2033 from 92 Giga Watt in 2024, with a CAGR of 13.35% from 2025 to 2033. Government initiatives, declining solar technology costs, rising energy demand, growing environmental consciousness, supportive laws, technological breakthroughs, and the move towards clean and renewable energy sources are all factors driving the growth of the Indian solar energy industry.

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The report India Solar Energy Market & Forecast covers by Technology (Solar Photovoltaic, Concentrated Solar Power), Application (Residential, Commercial, Industrial), Region (East India, West India, North India, South India) and Company Analysis, 2025–2033.
India Solar Energy Market: Industry Overview
Driven by ambitious climate commitments and a growing focus on sustainable development, India has emerged as one of the world’s fastest-growing solar energy markets. Thanks to its geographical advantage, the country receives abundant sunlight for most of the year, making it ideal for large-scale solar deployment. This natural advantage, combined with proactive government policies, has turned solar energy into a cornerstone of India’s clean energy transition.
Initiatives such as the National Solar Mission, Production Linked Incentive (PLI) schemes for domestic solar manufacturing, and supportive regulations like net metering and subsidies have significantly accelerated adoption. At the same time, the steadily declining cost of solar panels, inverters, and balance-of-system components has made solar power increasingly attractive across residential, commercial, and industrial segments. Rising tariffs for conventional electricity have further strengthened the business case for switching to solar.
States such as Rajasthan, Gujarat, Tamil Nadu, and Karnataka have taken the lead in solar deployment, supported by both rooftop installations and utility-scale solar parks. The integration of advanced technologies, including energy storage systems, smart inverters, and digital monitoring tools, is improving efficiency, reliability, and grid stability. As energy demand continues to rise and environmental concerns become more urgent, solar energy is expected to play a decisive role in shaping India’s energy-secure and low-carbon future.
According to IRENA, India’s installed solar PV capacity increased from 49.3 GW in 2021 to approximately 62.8 GW in 2022, representing around 31% year-on-year growth. This expansion was driven mainly by large utility-scale projects, reflecting the government’s strong focus on capacity additions. The Indian government continues to pursue ambitious targets for solar photovoltaic installations, reinforcing the sector’s long-term growth outlook.
In August 2022, NTPC commissioned a photovoltaic solar facility near Hazira in Surat. With the 56 MW Kawas solar PV project, NTPC expanded its solar footprint to 68,454 MW of commercial and group-installed capacity. Projects like these are expected to further increase the share of solar PV in India’s overall solar energy market during the forecast period.
Growth Drivers for the India Solar Energy Market
Government Initiatives and Policy Support
Strong and consistent policy backing has been one of the most important catalysts for the growth of India’s solar energy sector. The National Solar Mission laid the foundation for large-scale adoption by setting clear targets and providing a stable policy framework. Meanwhile, the Production Linked Incentive (PLI) scheme aims to boost domestic manufacturing of solar cells and modules, reducing dependence on imports and strengthening supply chain resilience.
In addition, many state governments offer tax incentives, capital subsidies, and net metering policies, particularly for rooftop and decentralized solar systems. Policies supporting solar parks, open access solar projects, and renewable purchase obligations (RPOs) have further improved market visibility and investor confidence. Together, these measures help reduce regulatory uncertainty, attract long-term investments, and create a favorable environment for sustained growth across the solar value chain.
Rising Electricity Demand
India’s rapid urbanization, industrial expansion, and population growth are driving a sharp increase in electricity consumption across all sectors. As the country works toward its long-term economic goals, energy demand is expected to rise substantially in the coming years. Relying solely on conventional power sources to meet this demand would not only strain resources but also worsen environmental challenges.
Solar energy offers a clean, scalable, and increasingly cost-effective solution to bridge this growing energy gap. With falling technology costs and faster project execution timelines, solar power is now one of the most competitive sources of new electricity generation in India. This makes it an attractive option for commercial and industrial users seeking cost savings, as well as for households looking to reduce their power bills and carbon footprint.
Grid Modernization and Storage Solutions
The modernization of India’s power grid and the growing adoption of energy storage technologies are playing a crucial role in enhancing the reliability and flexibility of solar energy. Since solar power generation is inherently intermittent, advanced grid infrastructure is needed to manage fluctuations in supply and demand.
Investments in smart grids, digital substations, automated load management, and real-time monitoring systems are helping improve grid stability and support higher levels of renewable energy integration. At the same time, the rapid development of battery energy storage systems (BESS) allows excess solar power to be stored and used during periods of low sunlight or peak demand. These advancements are transforming solar energy from a daytime-only solution into a more dependable, round-the-clock power source.
Challenges in the India Solar Energy Market
Land Acquisition Issues
One of the most persistent challenges facing India’s solar sector is the acquisition of land for large-scale projects. Utility-scale solar installations require vast areas, often in rural or semi-arid regions where land ownership can be fragmented or legally complex. High land costs near urban and industrial hubs further complicate project economics.
In many cases, developers also face delays due to lengthy approval processes, local opposition, and regulatory hurdles. Disputes over compensation, environmental concerns, and community displacement can slow down project execution and increase overall costs. Addressing these issues will require clearer land policies, streamlined approval mechanisms, and stronger stakeholder engagement at the local level.
Financing and Investment Barriers
Although the solar sector has attracted significant investment in recent years, access to affordable and long-term financing remains a challenge, especially for small and mid-sized developers. Solar projects typically involve high upfront capital expenditure, and securing loans at competitive interest rates is not always easy.
Concerns around payment delays by distribution companies (DISCOMs), tariff uncertainty, and regulatory risks also make some investors cautious. In the rooftop and decentralized solar segments, the creditworthiness of off-takers can further complicate financing. Overcoming these barriers will require innovative financial instruments, stronger risk mitigation mechanisms, and greater involvement from green finance institutions and government-backed guarantee programs.
Regional Outlook
North India Solar Energy Market
North India is witnessing rapid growth in solar installations, supported by strong solar radiation levels, supportive policies, and the development of large-scale projects. States such as Rajasthan, Punjab, and Uttar Pradesh are leading contributors to this expansion. Rajasthan, in particular, stands out due to massive capacity additions and landmark projects like the Bhadla Solar Park, one of the largest solar parks in the world.
Punjab and Uttar Pradesh are also expanding their solar footprints through a mix of rooftop and utility-scale projects. Government initiatives such as the PM Surya Ghar Muft Bijli Yojana have further accelerated residential adoption. With abundant land availability, strong solar insolation, and favorable policy frameworks, North India is set to remain a key driver of the country’s solar growth story.
South India Solar Energy Market
South India continues to play a pivotal role in India’s renewable energy transition, supported by progressive policies, significant investments, and favorable climatic conditions. States such as Tamil Nadu, Karnataka, and Andhra Pradesh are at the forefront of solar capacity additions and power generation.
Tamil Nadu recently achieved a record 6,561 MW of solar power generation, surpassing its previous peak, and now has a total installed solar capacity of 9,414 MW. Karnataka accounts for a significant share of open access solar installations, reflecting strong participation from the commercial and industrial segments. Andhra Pradesh is also attracting major investments, including large-scale green energy projects that combine solar, wind, and hybrid solutions. These developments underline South India’s strategic importance in India’s clean energy roadmap.
West India Solar Energy Market
West India is a cornerstone of India’s solar landscape, with Rajasthan, Gujarat, and Maharashtra leading in capacity additions. In 2024, these three states accounted for more than 70% of India’s utility-scale solar installations, highlighting their dominant position in the market.
Rajasthan’s Bhadla Solar Park remains one of the largest in the world, while Gujarat’s Khavda Renewable Energy Park is expected to become the world’s biggest renewable energy project by area. Maharashtra is also expanding its solar capacity through large power purchase agreements and partnerships with leading renewable energy developers. Together, these states are setting the pace for large-scale solar deployment in India.
India Solar Energy Market Segmentation
By Technology
Solar Photovoltaic (PV):
Solar PV dominates the Indian solar market due to its modular nature, declining costs, and wide applicability across rooftop and utility-scale projects. Continuous improvements in module efficiency and manufacturing scale are expected to further strengthen this segment.
Concentrated Solar Power (CSP):
Although smaller in market share compared to PV, CSP offers advantages such as integrated thermal storage and potential for stable power output. However, higher costs and land requirements have limited its adoption so far.
By Application
Residential:
Driven by rising electricity tariffs, government subsidies, and net metering benefits, rooftop solar adoption among households is gaining momentum.
Commercial:
Commercial establishments are increasingly turning to solar to reduce operating costs, meet sustainability goals, and improve energy security.
Industrial:
Energy-intensive industries are adopting large-scale and open access solar solutions to hedge against power price volatility and reduce carbon emissions.
By Region
East India
West India
North India
South India
Each region contributes uniquely based on resource availability, policy support, and industrial demand patterns.
Competitive Landscape and Company Analysis
The Indian solar energy market features a mix of established players and fast-growing companies. Key players covered in the market analysis include:
Adani Solar
Emmvee Solar
Mahindra Susten Pvt. Ltd.
Sterling and Wilson Pvt. Ltd.
Tata Power Solar Systems Ltd.
Vikram Solar Limited
ReNew Power Pvt. Ltd.
NTPC Ltd.
Azure Power Global Ltd.
Each company is evaluated across four key dimensions: Overview, Key Persons, Business Strategy, and Financial Insight. These players are actively expanding their project portfolios, investing in manufacturing capacity, and exploring new technologies such as energy storage and hybrid renewable solutions to strengthen their market positions.
Final Thoughts
India’s solar energy market is entering a decisive growth phase. With capacity expected to rise from 92 GW in 2024 to 284.14 GW by 2033, the sector is set to become a central pillar of the country’s energy system. Strong policy support, falling technology costs, rising power demand, and rapid improvements in grid and storage infrastructure are creating a powerful momentum for long-term expansion.
While challenges such as land acquisition and financing constraints remain, ongoing reforms and innovative business models are steadily addressing these issues. As India continues its transition toward a cleaner and more resilient energy future, solar power will not only help meet growing electricity needs but also play a crucial role in reducing carbon emissions, enhancing energy security, and supporting sustainable economic growth.

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