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Xinhua 10 Feb 2026, 18:45 GMT+10 KUALA LUMPUR, Feb. 10 (Xinhua) — Malaysia’s biggest single floating photovoltaic (PV) facility, the Bestari Solar Project, begins construction on Tuesday following a launch and ground-breaking ceremony in Selangor state. The completed facility will generate approximately 640 million kilowatt-hours of electricity annually, meeting the power needs of 150,000 local households and is the first large-scale floating PV project by Edra Power Holdings, a subsidiary of China General Nuclear Power Group (CGN), which is among the largest independent power producers in Malaysia. Selangor state Chief Minister Amirudin Shari said in his keynote speech at the launch that the facility will accelerate Selangor’s commitment with the federal government’s agenda as set out in the New Energy Transition Roadmap (NETR) and in line with the energy demands to power its economic activities. “In Selangor’s context, solar is a practical solution because it can be delivered at scale and within a shorter timeframe. In Malaysia, solar has become one of the most rapidly expanding renewable sources in recent years, reflecting strong national support for clean energy. Solar supports energy reliability for growth,” he said. For his part, Zhang Chaoqun, president of CGN Energy International Holdings Co Limited, said smooth progress of the project would not have been possible without the concerted efforts of all parties involved and that this cooperation reflects effective public-private collaboration in delivering strategic infrastructure that serves long-term public interest. “We firmly believe that the Bestari Solar Project can serve as another model of China-Malaysia cooperation in clean energy, one that reflects the close collaboration and friendship between the governments, peoples, and enterprises of both countries, and our shared commitment to green and sustainable development,” he said. Developed under the government’s fifth Large-Scale Solar (LSS5) program, the project will contribute to Malaysia’s renewable energy capacity and support national efforts to achieve the target of 40 percent renewable energy capacity by 2035. The project also supports Selangor’s green economy through sustainable land use, investment attraction and long-term socio-economic benefits.
ACI Jet has completed and activated a 900-panel solar installation at its San Luis Obispo location. The system powers the company’s FBO, FAA Part 145 aircraft maintenance and repair station, and flight operations center at San Luis Obispo County Airport. The solar installation can produce up to 576 kilowatts of peak power throughout much of the year. The system was designed and installed by San Luis Obispo-based electrical contractor SLO Craft and spans the rooftops of ACI Jet’s aircraft maintenance and storage hangars. “Alternative and renewable energy already supports many of our modernized aircraft ground support systems,” said Andrew Robillard, head of FBOs and facilities for ACI Jet. “As the aviation industry moves toward increased electrification of aircraft, vehicles, and equipment, establishing a clean, reliable, and scalable energy source becomes not just beneficial, but essential.” San Luis Obispo County Airport recently completed installation of a 940 kilowatt solar system over its parking facilities. ACI Jet is a California-based network of fixed base operations and aircraft maintenance facilities.
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Allocation round 7a of the Contracts for Difference support scheme represents the highest number of individual projects and largest capacity awarded to solar PV projects in the UK since the scheme began. February 10, 2026 The UK government has awarded Contracts for Difference to 4.9GW of solar PV, securing income for a record number of solar projects. Allocation round 7a (AR7a) of the Contracts for Difference (CfD) support scheme represented the highest number of individual projects (155) and largest capacity awarded to solar PV projects in the UK since the CfD scheme began. The strike price for solar reached at auction was £65.23/MWh, over 10% cheaper than the last allocation round, AR6, when the previous record for solar capacity awarded was set. AR6 awarded 3.3GW of solar across 93 projects. We are reporting based on total export capacities, not peak. Of 155 PV projects secured in AR7a, 12 were in Wales and 11 in Scotland. Projects that received CfDs include Island Green Power’s Nationally Significant Infrastructure Project (NSIP) West Burton, approved at the start of 2025, awarded 480MW total across three contracts. Related:Ørsted sells European onshore business to Copenhagen Infrastructure Partners in £1.25 billion transaction Last week, at an event hosted by Solar Power Portal’s publisher Solar Media, IGP’s CEO Bob Psaradellis called the CfD the “gold standard” for investment opportunities. Notably, West Burton was the only NSIP to be awarded. Josh Cornes, analyst at Solar Media Market Research, said: “With this being the highest capacity allocated in a single CfD round, it was a surprise to see only one NSIP be awarded, with seven having been eligible. Whether this is due to several of those eligible projects being up for sale is yet to be seen. “Two NSIPs were awarded contracts in AR6, Little Crow and Longfield, and there was an expectation that at least two would also have been awarded in 2026,” he added. Also in receipt of contracts are Bicker Fen, energised March 2024, Lark Hill solar, energised 2024, and three of eight projects acquired by TotalEnergies in June last year: Cobwood, Bluebell Wood, and East End. Using 2024-benchmarked prices, the solar strike price was £64.09/MWh in AR4, £65.49/MWh in AR5, and £72.92/MWh in AR6. Bertalan Gyenes, consultant at LCP Delta, said that the notably lower strike price this round indicates that the capital cost reductions of the past year are feeding through to the CfD. In AR4, 67 projects totalled 2.2GW, in AR5, 56 projects totalled 1.9GW, and in AR6, 93 projects totalled 3.3GW. Cornes noted that “possibly the most surprising thing” about AR7a’s results was that average capacity per project was only 31.6MW, “the lowest seen in any allocation round previously”. Source: Solar Media Market Research. Prior to these results, it had been increasing steadily with AR6 having an average capacity of 35.3MW, Cornes said. Related:SSE Energy Markets secures 52MW solar capacity through Low Carbon PPAs An in-depth analysis of the results and breakdown of which developers have received contracts, using Solar Media Market Research analysis, will be published on Solar Power Portal tomorrow. UK energy secretary Ed Miliband said the results of AR7a show “once again” that clean power is the “right choice”. He noted that, according to figures from the Department for Energy Security and Net Zero (DESNZ), the price for new onshore wind and solar “is over 50% cheaper than the cost of building and operating new gas”. The strike price for onshore wind, also included in the AR7a auction, was £72.24/MWh, while DESNZ put £147/MWh as the cost of building and operating new gas power stations. Meanwhile, trade association Solar Energy UK estimated that this auction round will contribute £370 million to the UK’s economy as gross value added. Chief executive of Solar Energy UK Chris Hewett called the results a “milestone for the solar sector”, and “proof positive that [solar PV] provides the cheapest power available”. According to energy consultancy the Energy and Climate Intelligence Unit (ECIU), this auction round coupled with the offshore wind round (AR7, results of which were announced on 14 January) will reduce UK gas imports by over 80TWh annually. Related:Government asks businesses for feedback on GB corporate power purchase agreement market It also said that by 2030, when the final projects awarded in AR7 and AR7a come online, projects secured in this auction will provide around 10% of the UK’s generation. However, as pointed out by Lucy Dolton, renewable generation lead at energy consultancy Cornwall Insight, delivering on the projects’ timelines will be a challenge. “Historically, renewable projects in the UK have faced delays often due to grid connection backlogs and planning holdups. With AR7 and some of AR8 representing the only realistic pipeline for pre-2030 capacity, keeping to schedule will be essential. “AR7 is a step forward, but its impact will depend on the UK’s ability to deliver these projects on time, get the grid ready, and build the storage to support them.” Read more about: Molly Green Senior Reporter, Informa Molly joined the team in 2024 and has led coverage on the UK sites. Now shifting to a more global view, Molly is interested in how legislation shapes market dynamics, covering the intersection of policy design, investment patterns, and energy transition pathways. Featured Event
LOS ANGELES (KABC) — Streetlights are getting a solar-powered upgrade in Lincoln Heights and Cypress Park. The Bureau of Street Lighting is converting 91 existing LED streetlights. "We're adding resiliency to our neighborhood because every time we put one of these solar lights up, we're able to ensure that lighting happens regardless of whether the power grid goes out," said Miguel Sangalang with the Bureau of Street Lighting. City officials say the project is about more than lighting streets, it's also about safety and stability. They also eliminate underground copper wiring, which is frequently targeted by thieves. "When cities put the wires back in the ground, it just gets stolen again," said Dale Curtis with Fonroche Lighting America. The project also plays a key role to encourage residents to walk their neighborhoods and feel safe. "We are doing more than just installing poles," said Jimmy Kim with the Department of Recreation and Parks. "We are strengthening community, community connections and ensuring that the spaces our families rely on remain safe, welcoming and accessible." L.A. City Council member Eunisses Hernandez says the city has been stuck in an expensive cycle. "We're having to replace the copper wire, replace the light and reinforce with cement and other anti-theft infrastructure," Hernandez said. "That costs a lot of money. When we just replace the copper wire theft, it gets broken into. It's a pattern, over and over again." The technology is designed to last. Officials say it should be maintenance free for at least 10 years. "The solar panel during the day is charging the batteries, and then when the sun goes down, the solar panels are no longer generating energy. The system recognizes that, it's night time, light comes on to full brightness, and it runs full brightness throughout the duration of the night," says Curtis. The project will cost about $500,000. City leaders hope this pilot program becomes a model for future streetlight projects while helping residents feel safer.
The adoption of solar energy systems in Nigeria has been on the rise, driven by the increasing need for a reliable power supply. With frequent power outages from the national grid, businesses and individuals, especially those working remotely, are turning to solar power as a dependable alternative source of electricity. Solar energy harnesses the sun’s light and heat using technologies such as photovoltaics (PV) and solar thermal collectors to generate electricity or heat. As a clean and renewable resource, solar power helps reduce greenhouse gas emissions and reliance on fossil fuels. Africa witnessed its most significant solar energy growth in 2025, with South Africa and Nigeria emerging as key players in terms of new capacity, policy advancements, and private-sector investments, according to the Africa Market Outlook for Solar PV: 2026–2029 report by the Global Solar Council (GSC). This growth signals a wider shift across the continent towards renewable energy as governments strive to close electricity access gaps, lessen reliance on imported fuels, and meet climate goals. The report forecasts that by 2029, Africa’s solar capacity could exceed 33 GW, over six times the total capacity added in 2025. The cost of installing a solar energy system in Nigeria can vary greatly based on factors such as system size, battery type, inverter quality, and installation complexity. Despite rapid technological advancements, the prices of solar systems have remained relatively stable in recent months. For instance, a Lagos resident named Daniel shared that he installed a solar system in August 2025 for N850,000, covering all his household appliances except for the fridge and security lights. He reported that the system has provided a reliable alternative to the grid. Mr. Theophilus, a solar expert, mentioned that prices have remained steady over the past six months, with some high-end products even becoming cheaper. He highlighted that the price difference between original and substandard products is now minimal, encouraging more customers to opt for premium systems for peace of mind. Several factors influence the price of solar installations, including: Wale Kassim, a solar energy expert, points out that while lithium batteries are gaining popularity due to their advanced technology, other options like tubular and dry cell batteries still perform well, and their suitability depends on available space and other factors. “There are different options of batteries, which can increase or decrease the price. We have dry cell, we have tubular, we have lithium,” says solar energy expert, Kassim, who is also the CEO of AA&O Solutions, told Nairametrics. Last month, the World Bank approved a $50 million investment to expand solar-powered agricultural solutions across Nigeria and five other African countries in a bid to further promote clean energy. The funds will support the deployment of solar-powered cold rooms, refrigerators, water pumps, and grain mills, which are expected to enhance productivity, reduce post-harvest losses, and expand access to clean energy. The project will be led by Clasp, a non-profit organization focused on energy efficiency and clean energy access. The initiative underscores the growing importance of solar energy in Nigeria and the broader African region. Israel Ojoko is a dynamic journalist renowned for his in-depth coverage and insightful analysis on a diverse range of topics. With a keen eye for detail and a passion for storytelling, Israel has penned impactful articles on the economy, political developments, fintech, and cybersecurity, among many others. His dedication to uncovering the multifaceted narratives has established him as a trusted voice and influential figure in contemporary journalism. Your email address will not be published.Required fields are marked *
Norwegian fire safety specialist Bridgehill has developed a fire-resistant roofing membrane designed for use beneath rooftop PV systems. The company says the product is intended to limit heat transfer and flame spread in commercial and industrial installations subject to strict fire safety and insurance requirements. Image: Bridgehill Bridgehill, a Norwegian developer of advanced fire blankets and related fire‑protection solutions, has developed a fire-resistant roofing membrane specifically for PV systems. It said its Fireblock membrane is incorporated into roof structures as an additional passive fire protection layer beneath PV systems. The company said it is designed for flat and pitched roofs and can be installed in both new-build and retrofit applications. According to Bridgehill, the membrane uses an intumescent mechanism that activates when exposed to high temperatures. The company said an acid-generating component decomposes under heat, triggering dehydration of a carbon-containing material and forming a stable carbon layer. A blowing agent embedded in the membrane releases gases, causing the material to expand and create a mechanically robust, thermally insulating barrier. Bridgehill said internal fire tests showed surface temperatures above the membrane reaching up to 900 C, while temperatures beneath the membrane remained around 150 C after 25 minutes of simulated fire exposure. The company said this performance is intended to protect load-bearing roof structures, insulation, and technical installations. The company said the membrane retains water-repellent and waterproof properties during a fire, reducing damage from extinguishing water. Bridgehill said the membrane’s white surface has a high albedo and can reflect light onto the rear of bifacial PV modules, potentially increasing energy yield. Bridgehill estimates installation costs at about €30 ($35) per square meter. The company said the product is in its final market launch phase, with country-specific certifications, test reports, and installation guidance to be released. Bridgehill said the membrane can be installed directly beneath PV systems on top of existing waterproofing, creating a continuous fire-resistant barrier without altering standard flat-roof structures. It can also be placed between insulation and waterproofing layers in flat roofs, primarily for new construction or major renovations. For pitched roofs, Bridgehill said the membrane can be installed under or over bitumen sheets during new construction or full renovations. For existing roofs, the company said it offers a retrofit option that places the membrane on top of existing bitumen waterproofing beneath the PV system without removing the roof covering. Bridgehill said the product can be integrated into common roof constructions to help planners and installers meet rooftop PV fire protection requirements. This content is protected by copyright and may not be reused. If you want to cooperate with us and would like to reuse some of our content, please contact: editors@pv-magazine.com. More articles from Marian Willuhn Please be mindful of our community standards. Your email address will not be published.Required fields are marked *
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FinDev Canada, the country’s bilateral development finance institution, has announced a US$56 million loan to support the development of a 396MW solar PV project in Peru. The loan will go towards Energía Renovable La Joya S.A. for the Illa project, which the company says will be the largest PV project in Peru upon completion. Energía Renovable La Joya is a special purpose vehicle for the Illa project wholly owned by Spanish energy and agriculture developer Enhol Energía. Get Premium Subscription The money forms part of a wider US$289 million loan, led by Santander CIB, and Enhol Energía expects to start operations at the project by the end of this year. “FinDev Canada’s commitment is a clear vote of confidence in project Illa and in our ability to execute,” said Diego Lovier and Gonzalo Oliver, co-CEOs of Grupo Enhol, of which Enhol Energía is a subsidiary. “It reinforces the facility’s strength and supports the timely delivery of a landmark solar asset for Peru.” The Peruvian solar sector has seen considerable growth in recent months, including the launch of commercial operations at Zelestra’s 300MW San Martín project, the largest in the country. Other project news includes the start of construction work at Acciona Energía’s 177.9MW project in southern Peru, dubbed San José. Latin America could be positioned to receive “billions” in clean energy investment, according to trade association SolarPower Europe, which published a report into investment opportunities in Latin American solar last year. Peru was one of five countries profiled by the report, and comes at a time of cautious optimism for new renewable energy investments from Europe’s financiers; at last week’s Solar Finance & Investment Europe summit, attendees expressed optimism about the strong market fundamentals behind solar that underpin many of the investment decisions being made by European investors at present.
DÜSSELDORF, Germany, Feb. 10, 2026 /PRNewswire/ — Zendure, the global pioneer of plug-in Home Energy Management Systems (HEMS), today unveils three new SolarFlow models — SolarFlow 2400 Pro, SolarFlow 2400 AC+, and SolarFlow 1600 AC+. These launches complete an industry-leading product matrix that spans flagship to entry-level solutions, addressing diverse consumer needs from balcony solar storage and rooftop PV integration to Time-of-Use (TOU) tariff arbitrage.
SolarFlow 2400 Pro – Flagship Performance SolarFlow 2400 Pro is a 2400W bi-directional AC, AI-driven balcony solar storage system designed for high-power balcony or rooftop installations. It supports up to 3000W DC input (4×750W MPPT), with total PV input reaching 4800W when combining DC+AC coupling. It delivers 2400W continuous on-grid output (upgradable from 800W default), 3200W max AC input, and battery capacity expandable from 2.4kWh to 14.4kWh(up to 16.8kWh in premium configurations), with 2400W discharge power. SolarFlow 2400 AC+ – Premium Retrofit Solution Optimized for existing rooftop PV systems, the SolarFlow 2400 AC+ is an AC-coupled storage upgrade. It provides 2400W AC input and continuous on-grid output (upgradable from 800W), up to 3200W maximum AC input, 2400W battery discharge, and expandable storage from 2.4kWh to 14.4kWh (up to 16.8kWh in premium setup), enabling higher self-consumption and cost savings. SolarFlow 1600 AC+ – Affordable Entry-Level Option The entry-level SolarFlow 1600 AC+ targets homes with existing rooftop PV and moderate energy needs. It delivers 1600W AC input and output, with 800W default on-grid output (upgradable to 1400W per device or 3600W in premium mode). Battery capacity starts at 1.92kWh and expands to 11.52kWh, with up to 1600W discharge. HEMS 2.0 & ZENKI™ 2.0 Zendure’s next-generation HEMS 2.0 integrates solar panels, batteries, heat pumps, and EV chargers into a unified intelligent platform. Powered by ZENKI™ 2.0 AI, it predicts and optimizes energy flows, automates cost savings, and supports over 840 European energy providers. In ZENKI™ Mode, households can reduce energy bills by up to 73%. All models feature ZenGuard™ battery protection with dual BMS, self-maintenance, and fire suppression, plus full smart home integration via MQTT (Home Assistant and Homey compatible). From Hardware to Complete Ecosystem As the original pioneer that introduced plug-and-play balcony energy storage to Europe, Zendure has evolved from a hardware manufacturer into a complete smart energy solutions provider. Central to this transformation is ZenWave™, Zendure’s dynamic electricity retail service, first launched in Germany and now expanding across Europe. It offers real-time market prices and 100% certified green energy. Combined with HEMS 2.0 scheduling and ZENKI™ AI, energy optimization shifts from manual adjustments to fully system-managed intelligence, yielding potential annual savings of up to €2,121 and reducing carbon footprints in markets like Germany. Today, Zendure is the only brand offering an integrated ecosystem that unites extreme‑performance hardware, intelligent HEMS software, and ZenWave™‑centered energy services. These innovations empower families with all-day energy independence, maximum economic returns, and a more sustainable lifestyle. Availability & Pricing The new SolarFlow series will be available for pre-sale starting February 10, 2026. MSRP pricing is market-specific, with differentiated structures in Germany, France, and the Netherlands to align with local regulations and preferences. For detailed pricing, specifications, and purchasing information, visit zendure.de. About Zendure Zendure is the global pioneer of plug-in Home Energy Management Systems (HEMS) based in the technology centres of Silicon Valley, USA, the Greater Bay Area in China, Japan, and Germany. Zendure’s mission is to deliver reliable and affordable clean energy for households worldwide by popularizing the latest EnergyTech. Its revolutionary SolarFlow balcony energy storage system transforms sunlight into a safe, reliable and resilient energy source for everyday living. CONTACT: Chris Patrick, [email protected] Analysis News Opinion Overviews Q&A and interviews Startup profiles Thought leadership Video About TNGlobal Our Services Partner With Us Join Us Write For Us / Tips Subscribe: Community newsletter Subscribe: Daily Telegram updates TechNode EN 动点科技 TechNode Russian
Advertisement NTPC Green Energy Limited has commenced commercial operations of an additional 14.43 MW solar power capacity under its 1,255 MW Khavda-I Solar PV Project in Gujarat. The newly commissioned unit became operational at 00:00 hours on February 10, 2026, strengthening the company’s renewable portfolio and supporting India’s clean energy transition. The latest 14.43 MW unit marks the eleventh phase of the Khavda-I Solar PV Project, being developed under the CPSU Scheme Phase-II Tranche-III. The project is being implemented by NTPC Renewable Energy Limited, a wholly owned subsidiary of NTPC Green Energy Limited. With this commissioning, the group’s commercial renewable energy capacity has risen to 8,813.25 MW, while the total installed capacity now stands at 8,827.68 MW. This steady expansion reflects NTPC Green Energy’s commitment to scaling up clean power generation across India. Located in Gujarat, the Khavda-I Solar PV Project is a flagship initiative aligned with India’s ambitious renewable energy targets. The large-scale project contributes significantly to national efforts to reduce dependence on fossil fuels while enhancing grid stability through diversified energy sources. As a part of the CPSU Scheme Phase-II Tranche-III, the project plays a critical role in supporting public sector participation in renewable capacity creation, helping accelerate the country’s energy transition agenda. The commercial operation declaration was made in accordance with Regulation 30 of the SEBI (Listing Obligations and Disclosure Requirements) Regulations, 2015, ensuring transparency and timely disclosure to investors and stock exchanges. The operational milestone highlights NTPC Green Energy’s execution capabilities and disciplined project delivery, which remain key drivers for long-term investor confidence. NTPC Green Energy Limited, the renewable energy arm of NTPC Ltd, continues to expand aggressively across large-scale solar and wind projects. The addition of capacity at Khavda reinforces its strategic focus on building a robust green energy platform and positioning itself as a leading player in India’s renewable power sector. The commissioning of the 14.43 MW unit at the Khavda-I Solar PV Project marks another milestone in NTPC Green Energy’s renewable expansion journey. With growing commercial capacity and consistent project execution, the company remains well-positioned to benefit from India’s accelerating shift toward sustainable power generation. NTPC Green Energy added 14.43 MW of solar capacity under the Khavda-I Solar PV Project. The group’s commercial renewable capacity has reached 8,813.25 MW. The project is being implemented under the CPSU Scheme Phase-II Tranche-III. 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Vietnamese solar manufacturer Boviet Solar has said it will continue its commitment to US solar PV manufacturing despite plans by its parent company to divest its ownership. Ningbo Boway Alloy Material Co., a Chinese technology and manufacturing firm, has said it is “evaluating strategic alternatives” to its ownership of Boviet Solar, having bought the company in 2016. Get Premium Subscription Despite this uncertainty, Boviet Solar has said it will continue plans for US solar manufacturing. The company issued the following statement: “Our US manufacturing activities reflect a deliberate, long-term commitment to the American solar market. We are investing in real capacity, real jobs and real infrastructure because we believe in the future of US solar manufacturing and in supporting our customers with dependable, domestic supply.” The company said that the shareholder situation does not change its day-to-day operations and that it remains “fully operational”. It did not mention any potential new buyers. The divestment is related to “ongoing trade and policy challenges” for US solar products and the “changes to US subsidy eligibility, which have influenced parent-level capital allocation considerations,” Boviet Solar said in a statement. The US introduced new “Foreign Entity of Concern” (FEOC) restrictions in last summer’s “Big, Beautiful” budget reconciliation bill. While the industry is still waiting for guidance on these, the bill already limits the ownership of US solar and energy storage companies by Chinese companies. Companies that infringe on FEOC restrictions are not eligible for tax credits for manufacturing or deployment that were introduced under the Inflation Reduction Act (IRA). Modules produced at Boviet Solar’s 3GW module assembly factory in North Carolina would not be eligible for 45X advanced manufacturing tax credits while the company is owned by Ningbo Boway Alloy. As well as FEOC, US companies are faced with challenges over supply and procurement, with specific tariffs on solar cell and module imports from Southeast Asian countries and looming restrictions on imports of polysilicon products under the ongoing Section 232 investigation. Ownership models in the US solar manufacturing industry have shifted as a result of these trade and policy changes. Back in 2024, ahead of Donald Trump’s inauguration, the first mover was Chinese sector giant Trina Solar, which sold its PV module production facility to T1 Energy (then Freyr Battery). More recently, fellow Chinese manufacturer JA Solar sold its US module facility to US chemical giant Corning. In late 2025, Canadian Solar announced plans to restructure the ownership of its North American solar and storage manufacturing operations. The company is listed on the NASDAQ stock exchange and headquartered in Ontario, Canada but has a large operational presence in China, with its manufacturing subsidiary CSI Solar listed on the Shanghai stock exchange. The company established a new joint venture between CSI Solar and Canadian Solar to take ownership of its US manufacturing operations. The news followed the replacement of founder and long-time president Shawn Qu with Colin Parkin.
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India’s state-owned solar power developer Rewa Ultra Mega Solar Limited (RUMSL) has extended Letters of Award (LOA) to Ceigall India and ACME Solar to each develop 220MW of solar-plus-storage capacity in Morena, Madhya Pradesh. The developments will form part of the larger Morena solar PV project. Get Premium Subscription Designed to deliver up to four hours of peak power daily with a 35% capacity utilisation factor, the project is scheduled to begin construction in 2026 and reach commercial operation between 2027 and 2028. Renewable energy company Ceigall India secured the project through a tariff-based competitive bidding process. The winning tariff was INR2.70 per kWh, implying a total project value of around INR1,700 crore (US$187 million). According to the firm, the project will have a construction period of 24 months followed by an operational life of 25 years. Ramneek Sehgal, managing director, Ceigall, said: “As India progresses toward its 500GW non-fossil capacity target, integrated solar and storage solutions are essential for delivering reliable, dispatchable renewable power.” Punjab-based Ceigall India has expanded its renewable energy portfolio to over 550MW of solar capacity as of February 2026. In Maharashtra, it secured 337MW across two Mukhyamantri Saur Krushi Vahini Yojana (MSKVY) 2.0 projects awarded by Maharashtra State Electricity Distribution Company Limited (MSEDCL), each with an 18-month execution timeline and 25-year power purchase agreements (PPAs). Indian solar developer ACME Solar said the solar plant will charge the battery for the evening peak in demand, while the procurer will supply power free of cost during night hours to meet the morning peak. Land and evacuation infrastructure above 33kV will be provided by RUMSL as part of the solar park facilities. The project also benefits from reduced goods and service tax (GST) rates already passed through and will be required to comply only with Approved List of Models and Manufacturers (ALMM) List I requirements. Gurugram headquartered ACME Solar Holdings Limited is an integrated renewable energy developer with a total portfolio of 8,071MW across solar, wind, storage, hybrid and firm and dispatchable renewable energy projects. The company has 2,966MW of contracted operational capacity and 5,105MW under construction, including around 17GWh of battery energy storage.
By navigating our site, you agree to allow us to use cookies, in accordance with our Privacy Policy. Ceigall India Limited has received a Letter of Award (LOA) from Rewa Ultra Mega Solar Limited (RUMSL) for the development of Unit 1 (220 MW) at Morena Solar Park, Madhya Pradesh. The project, awarded on a tariff-based competitive bidding mechanism, comprises a 220 MW Solar Power Project integrated with a Battery Energy Storage System (BESS). The tariff quoted for the project is ₹2.70 per kWh, with an approximate project value of ₹1,700 crore (including GST). The construction period for the project is 24 months, followed by an operational period of 25 years. The project is expected to contribute significantly to Madhya Pradesh’s renewable energy capacity and support India’s broader clean energy transition goals. The Morena Solar Park is a key renewable energy initiative in the state and is designed to enhance grid stability through integrated storage solutions. The addition of BESS alongside solar generation will enable efficient peak power management and improved dispatch reliability. Commenting on the development, Ramneek Sehgal, Chairman & Managing Director, Ceigall India Limited, said: “We are pleased to secure the 220 MW Solar and BESS project at Morena Solar Park from Rewa Ultra Mega Solar Limited. As India progresses toward its 500 GW non-fossil capacity target, integrated solar and storage solutions are essential for delivering reliable, dispatchable renewable power. This project strengthens our presence in the clean energy segment, and we are committed to executing it efficiently while supporting India’s energy transition and decarbonisation objectives.” This order further strengthens Ceigall India’s growing order book and marks a strategic expansion into large-scale renewable energy infrastructure. The project aligns with the Company’s long-term vision of participating in nation-building initiatives across transportation and energy infrastructure. Ceigall India Limited is an infrastructure engineering, procurement, and construction (EPC) company undertaking specialized structural works such as elevated roads, flyovers, bridges, railway overbridges, tunnels, highways, expressways, and runways. The Company’s principal business operations are broadly divided into EPC projects and hybrid annuity model (HAM) projects. With a strong execution track record and robust order book, Ceigall continues to expand its footprint across diversified infrastructure segments, contributing to India’s long-term growth and development.
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PR Newswire Zendure Launches Advanced SolarFlow Series, Marking Evolution into a Complete Smart Energy Ecosystem Published : Feb. 10, 2026 – 17:20:12
Link copied! DÜSSELDORF, Germany, Feb. 10, 2026 /PRNewswire/ — Zendure, the global pioneer of plug-in Home Energy Management Systems (HEMS), today unveils three new SolarFlow models — SolarFlow 2400 Pro, SolarFlow 2400 AC+, and SolarFlow 1600 AC+. These launches complete an industry-leading product matrix that spans flagship to entry-level solutions, addressing diverse consumer needs from balcony solar storage and rooftop PV integration to Time-of-Use (TOU) tariff arbitrage. SolarFlow 2400 Pro – Flagship Performance SolarFlow 2400 Pro is a 2400W bi-directional AC, AI-driven balcony solar storage system designed for high-power balcony or rooftop installations. It supports up to 3000W DC input (4×750W MPPT), with total PV input reaching 4800W when combining DC+AC coupling. It delivers 2400W continuous on-grid output (upgradable from 800W default), 3200W max AC input, and battery capacity expandable from 2.4kWh to 14.4kWh(up to 16.8kWh in premium configurations), with 2400W discharge power. SolarFlow 2400 AC+ – Premium Retrofit Solution Optimized for existing rooftop PV systems, the SolarFlow 2400 AC+ is an AC-coupled storage upgrade. It provides 2400W AC input and continuous on-grid output (upgradable from 800W), up to 3200W maximum AC input, 2400W battery discharge, and expandable storage from 2.4kWh to 14.4kWh (up to 16.8kWh in premium setup), enabling higher self-consumption and cost savings. SolarFlow 1600 AC+ – Affordable Entry-Level Option The entry-level SolarFlow 1600 AC+ targets homes with existing rooftop PV and moderate energy needs. It delivers 1600W AC input and output, with 800W default on-grid output (upgradable to 1400W per device or 3600W in premium mode). Battery capacity starts at 1.92kWh and expands to 11.52kWh, with up to 1600W discharge. HEMS 2.0 & ZENKI™ 2.0 Zendure’s next-generation HEMS 2.0 integrates solar panels, batteries, heat pumps, and EV chargers into a unified intelligent platform. Powered by ZENKI™ 2.0 AI, it predicts and optimizes energy flows, automates cost savings, and supports over 840 European energy providers. In ZENKI™ Mode, households can reduce energy bills by up to 73%. All models feature ZenGuard™ battery protection with dual BMS, self-maintenance, and fire suppression, plus full smart home integration via MQTT (Home Assistant and Homey compatible). From Hardware to Complete Ecosystem As the original pioneer that introduced plug-and-play balcony energy storage to Europe, Zendure has evolved from a hardware manufacturer into a complete smart energy solutions provider. Central to this transformation is ZenWave™, Zendure’s dynamic electricity retail service, first launched in Germany and now expanding across Europe. It offers real-time market prices and 100% certified green energy. Combined with HEMS 2.0 scheduling and ZENKI™ AI, energy optimization shifts from manual adjustments to fully system-managed intelligence, yielding potential annual savings of up to €2,121 and reducing carbon footprints in markets like Germany. Today, Zendure is the only brand offering an integrated ecosystem that unites extreme‑performance hardware, intelligent HEMS software, and ZenWave™‑centered energy services. These innovations empower families with all-day energy independence, maximum economic returns, and a more sustainable lifestyle. Availability & Pricing The new SolarFlow series will be available for pre-sale starting February 10, 2026. MSRP pricing is market-specific, with differentiated structures in Germany, France, and the Netherlands to align with local regulations and preferences. For detailed pricing, specifications, and purchasing information, visit zendure.de. About Zendure Zendure is the global pioneer of plug-in Home Energy Management Systems (HEMS) based in the technology centres of Silicon Valley, USA, the Greater Bay Area in China, Japan, and Germany. Zendure’s mission is to deliver reliable and affordable clean energy for households worldwide by popularizing the latest EnergyTech. Its revolutionary SolarFlow balcony energy storage system transforms sunlight into a safe, reliable and resilient energy source for everyday living. CONTACT: Chris Patrick, chris.qiu@zendure.com China rules the yards, but Korea leads in high-end ships, geopolitics Washington-Beijing tensions create strategic opening for Korean shipbuilders Gov’t calls Coupang breach of 33.7m records worst ever SK, Nvidia chiefs talk AI chips over ‘chimaek’ in Silicon Valley What counts as literature? Korea’s Literature Museum says web novels should, too [Survive & Thrive] Banking in Korea (1) – Opening an account How to work in Korea with student visa (4) – Application process and official information Survive & Thrive How to work in Korea with student visa (3) – Jobs that are prohibited Survive & Thrive Herald Interview A series of in-depth interviews. Inside Gen Z Giving Korea’s new generation a voice Oddities From the funny to the strange and downright unbelievable Celeb Reads The books celebrities love — and the ones that might become your next read iQIYI Original "Running Man Thailand" Set to Ignite Global Screens with Star-Studded Lineup and Non-Stop Surprises Globe Telecom Seals Agreement with Starlink to Launch First Southeast Asia Direct‑to‑Cell Satellite Service COSRX's Viral Peptide Eye Patch Gets a Pink Makeover for Limited Valentine's Skincare Drop Now on Amazon EVE Energy "Mr Big" Big Battery Delivers Reliable Energy Storage Power to KLIA Carro deepens its Brand New Car strategy, expands product line as it becomes Dongfeng Motor Corporation's newest authorised dealer in Singapore and Malaysia China rules the yards, but Korea leads in high-end ships, geopolitics Meet Ha Ye-rin, Korea's first 'Bridgerton' sweetheart Teenager gives S. Korea 2nd snowboard medal South Korea's slow shift for single mothers, through their eyes It took me an hour to write book with AI. Is that a good thing? Address : Huam-ro 4-gil 10, Yongsan-gu,Seoul, KoreaTel : +82-2-727-0114Online newspaper registration No : Seoul 아03711 Date of registration : 2015.04.28Publisher. Editor : Choi Jin-YoungJuvenile Protection Manager : Choi He-suk The Korea Herald by Herald Corporation. Copyright Herald Corporation. All Rights Reserved.
When I first met John Holbrook at his office in northeastern Kentucky, the region seemed to be on the cusp of a revival. It was a scorching summer day in 2024, and Century Aluminum was considering building an enormous smelter in this corner of Appalachia — one that would create thousands of jobs in an area where employment was steadily drying up. Holbrook, who heads the Tri-State Building and Construction Trades Council, called the $5 billion project a “life-changing” opportunity. He’d joined a coalition of labor organizers, environmentalists, and local officials who supported Kentucky Gov. Andy Beshear’s attempt to hammer out an agreement to supply Century’s new smelter with clean electricity. Two weeks ago, Century finally announced its plans. The Chicago-based manufacturer said it will build an aluminum plant in Oklahoma instead, in partnership with Emirates Global Aluminium. The jointly developed facility will be America’s first new smelter since 1980 — and the largest in the country — if completed as planned by the end of the decade. “It’s very disappointing for the Kentucky craftspeople that I represent,” Holbrook said recently on a video call from his office in Ashland, which was blanketed in ice from a major winter storm. “It’s tough,” he added. “But we are resilient people.” The news of Century’s decision had barely sunk in for Kentuckians when the company made another surprising announcement. Last week, Century said it had sold its idled Hawesville smelter in western Kentucky to a data center company, squashing any possibility that the aluminum plant would be restarted. The developer, TeraWulf, will now have access to the site’s 480 megawatts of existing grid capacity for bitcoin mining and high-performance computing — tasks that are less sensitive to power prices than smelting aluminum. When Century shut down production in Hawesville in 2022, cutting more than 600 jobs, the company pointed to “skyrocketing energy costs” as the primary reason. Energy has always been the Achilles’ heel of smelters. The facilities consume tremendous amounts of electricity to transform raw materials into a versatile metal that’s used in cars, planes, power cables, solar panels, and beverage cans. Producers must secure long-term contracts with utilities for affordable, reliable power in order to compete in global markets. But those deals are hard to come by, and smelters that rely on fossil fuel–heavy grids are particularly vulnerable to spikes in coal and gas prices. For its new smelter, Century had been scouting locations where it could access not only competitive rates but also ample supplies of carbon-free electricity. In 2024, the company was awarded up to $500 million from the Biden administration’s Department of Energy to build a “modern, low-emission” facility as part of a broader federal effort to demonstrate cleaner manufacturing technologies for domestic industries. It’s unclear whether the terms of Century’s grant have changed under the Trump administration, which is propping up aging coal plants as it works to block renewable-energy projects. But Century recently pointed to Oklahoma’s abundant wind generation and solar power potential in explaining its decision to partner with Emirates Global Aluminium on a smelter near Tulsa. “Oklahoma is very well located, from a total energy perspective,” Matt Aboud, Century’s senior vice president of strategy and business development, said during a Feb. 2 panel at the S&P Global Aluminum Symposium in Miami. “Yes, this administration is very much promoting fossil fuels and very much de-emphasizing renewables. But you have to take a 30-to-50-year horizon,” he said. “Ultimately, to really operate a smelter here [in the U.S.], you need an energy strategy that incorporates all the different fuel mixes.” Aboud didn’t mention Kentucky. But for clean energy advocates, the decision to build in Oklahoma and not the Bluegrass State felt like an indictment of Kentucky’s power system. Coal-fired power plants supplied 67% of the state’s electricity generation in 2024, and gas plants generated another 26%. Hydroelectric dams provided most of the rest, though dozens of solar projects are in development, including ones atop old mining sites. “Kentucky needs to learn from this and understand that our infrastructure, too, is an economic development tool,” said Elisa Owen, a Louisville-based senior energy organizer with the Sierra Club’s Beyond Coal Campaign. “We cannot remain invested in 19th-century energy if we want to attract 21st-century business. It’s just as simple as that.” She said her focus now is ensuring that Century’s last smelter in the state, Sebree, continues operating for years to come. That means pressuring state officials and legislators to usher more renewables onto the grid. “If we understand that Century needs clean energy to be viable in the United States, then that is a story we can tell in Kentucky,” she said. “The Oklahoma smelter snafu needs to be a wake-up call.”
Gov. Beshear, a Democrat, stressed the need to diversify Kentucky’s energy mix in response to Century’s Oklahoma pivot. But GOP state legislators in recent years have adopted measures — Senate Bills 4 and 349 — that are designed to prolong the life of fossil-fueled power plants and make it harder to build renewable energy projects in their place. Opponents of the rules, including investor-owned utilities and manufacturing groups, have warned that the restrictions will jeopardize grid reliability and increase energy costs. The Kentucky Resources Council and a coalition of other nonprofit groups commissioned an independent study to examine the lawmakers’ claims that relying on fossil fuels is the only way to ensure an affordable, reliable grid. The analysis, by Current Energy Group, found that Kentucky is presently pursuing a high-cost, high-risk path by keeping uneconomic coal plants running and hamstringing efforts to pursue alternatives. Researchers identified the “least-cost” strategy as one that involves building renewable energy capacity, deploying energy storage, and adding demand-side resources like energy-efficiency programs and rooftop solar to reduce pressure on the utility grid. Using these cleaner resources to replace coal-fired power could save Kentucky customers $2.6 billion by 2050, according to the report, published in December. This approach is also considered the lowest risk, given that a costly, dirty grid threatens to push out more industries, and since it leaves utilities vulnerable should the state or country ever decide to penalize carbon-dioxide emissions, said Byron Gary, an attorney at the Kentucky Resources Council who helped spearhead the report. He said that the analysis didn’t include Century’s new smelter when modeling the state’s future power demand. But it did assume that some of the data centers proposed for Kentucky will get built, further increasing the need for carbon-free, lower-cost electricity resources — “which Kentucky clearly doesn’t have right now,” Gary said.
Pro-coal policymakers have framed the AI boom as a godsend for Kentucky’s long-suffering mining industry, as the massive facilities will need lots of around-the-clock power. For now, though, the biggest winner seems to be fossil gas. Last fall, state lawmakers gave Kentucky’s largest utility approval to spend $3 billion on building 1.3 gigawatts’ worth of new gas power capacity to serve future hyperscalers. Still, that power likely won’t be online anytime soon, given order backlogs: Just getting the turbines needed for new gas plants can take three to five years. By contrast, large-scale solar and wind projects represent the lowest-cost and fastest path to add power to the grid, experts say. Many residents are pushing back against the megaprojects over concerns of how data centers will affect farmland and raise living costs and electricity prices. For environmentalists who were hoping for a new green smelter, or who were surprised by Hawesville’s rebirth as a server farm, the tech infrastructure is little consolation. Lane Boldman, executive director of the Kentucky Conservation Committee, said she doesn’t think that data centers will revitalize the state’s hard-hit industrial and mining communities in the same way that the Department of Energy had initially intended when awarding Century’s $500 million smelter grant. “What the Biden administration had been trying to do with a lot of these grants was not just to provide economic development or drive cleaner technology but also to do something to restore communities that had been working in the energy sector before, so that they’re not abandoned,” she said. “You want to be able to bring the communities along in that transition,” she added. “And what they will now get instead is either nothing or a data center, and that just wasn’t the plan.” Holbrook, for his part, said he welcomes the potential influx of data centers in Kentucky and the regions of Ohio and West Virginia that his tristate labor council represents. As he sees it, the multibillion-dollar developments could provide well-paying construction jobs for the next decade and beyond as tech companies expand their footprints. “We’re trying to embrace it, and we want to be at the table and building these campuses,” he said. “You kind of have to dance with the person that brought you. So that’s how we are with this situation.”
More solar farms are on the way around the UK, in a move that boosts the country's clean power goals but could spark anger from local opponents. The government awarded contracts to a record supply of renewables projects, including 157 solar developments across England, Scotland and Wales. The results have been welcomed by climate and clean energy groups, who see solar as a relatively cheap way to reduce the UK's reliance on fossil fuels during the summer months. But some local communities oppose such large developments on their doorstep. The West Burton solar farm planned for the Lincolnshire and Nottinghamshire border has become the largest ever to win a government contract, but local opponents fear it could cause "mass industrialisation" of the countryside. All of the solar projects had already been granted planning permission, and are now due to be delivered in the next few years. Other renewable energy projects to get contracts include onshore wind – mainly in Scotland – and a small number of tidal power developments. In January the government announced contracts for a record supply of offshore wind, which is widely seen as the backbone of the UK's future clean power system. By 2030 the government wants at least 95% of Great Britain's electricity to come from "clean" sources, including renewables – such as solar and wind – and nuclear energy. While solar cannot be relied on throughout the year – for example on short, dull winter days – it can complement wind power, particularly during the summer months when wind speeds tend to be lower. Last year, solar energy provided more than 6% of Great Britain's electricity – rising to more than 40% for a small number of half-hour periods in July. The government is targeting 45-47 gigawatts (GW) of solar power capacity by 2030, to help meet its clean power goal, potentially rising to 54-57GW with extra rooftop solar. That would be up from 21GW as of autumn 2025, according to government figures, although the solar industry puts current capacity at 24GW. The government also wants more batteries and other storage systems, to be able to make use of solar energy outside of sunny periods. Today's haul of solar farms secures another 4.9GW of capacity across 157 projects, higher than the 3.3GW across 93 projects in the previous auction in 2024. The results have been broadly welcomed by clean energy groups as a major step-forward for the solar industry. However, most analysts still have serious doubts about whether the government will meet its 2030 clean power target, given the number of renewables projects that still need building and connecting to the grid. The solar and onshore wind projects awarded contracts are given a guaranteed price – for 20 years for solar and wind in this auction – and linked to inflation. That certainty is designed to reassure developers that they will get a return on their upfront investment. The solar projects have been awarded a fixed price of £65 per megawatt-hour of electricity generated, in 2024 prices. That is down from the £70/MWh awarded at the last auction in 2024, also in 2024 prices. About 1.3GW of onshore wind projects were also awarded contracts. They have risen slightly in price, to £72/MWh, up from £71/MWh in the last auction, both in 2024 prices. These projects can end up raising or lowering household bills, partly depending on how they compare to the price of electricity on the wholesale market. Wholesale market prices are usually driven by gas today. But the final impact on bills is difficult to calculate as it depends on future gas prices, grid upgrades and how much our demand for electricity rises, among other factors. The government says that the solar and wind prices are much cheaper than the alternative of building and fuelling a new gas power plant. Energy Secretary Ed Miliband said: "By backing solar and onshore wind at scale, we're driving bills down for good and protecting families, businesses, and our country from the fossil fuel rollercoaster controlled by petrostates and dictators." But shadow energy secretary Claire Coutinho said: "Ed Miliband is loading more and more wind and solar on to the grid before the grid can handle it. "The true cost of this power, once you add in network charges and back up is far higher, so all this will do is make our electricity even more expensive," she claimed. Reform UK has also questioned the cost of and need for net zero. Meanwhile the Lib Dems and the Greens want to see an expansion of renewables around the country to tackle the threat of climate change and boost green jobs, although some councillors have raised local objections. The SNP supports renewables and has long argued for Scotland to have control over its energy resources. Plaid Cymru says it recognises the need for a range of renewable technologies but has opposed some large solar farms covering agricultural land. A small number of contracts have also been awarded to tidal power projects. They are expensive but the government sees them as an investment in a technology which could become cost-effective in future, as well as boosting green jobs. Separately, the government has announced the launch of its "Local Power Plan", which it says will allow communities around the UK to "own and control their own energy". It has committed up to £1bn of funding – part of the money already pledged for its state-owned Great British Energy company – for local energy projects, such as solar panels on community buildings like leisure centres. Sign up for our Future Earth newsletter to keep up with the latest climate and environment stories with the BBC's Justin Rowlatt. Outside the UK? Sign up to our international newsletter here. Ministers indicate they could deviate from agreed plans to phase out carbon-emitting vehicles from 2030. A community energy scheme is expected to raise about £1m which will be spent on projects in the Wallacetown area of Ayr. Opponents of the scheme say the island's natural beauty needs to be protected. Experts call for urgent action by businesses to restore the natural systems that keep them running. The council says Scarborough Hospital can fit a total of 1,085 solar panels on the site. Copyright 2026 BBC. All rights reserved. The BBC is not responsible for the content of external sites. Read about our approach to external linking.
By Vivek Dubey By Vivek Dubey Published Feb 10, 2026 Published Feb 10, 2026 CNBC-TV18.com CNBC-TV18.com Prosumer push Smart meters Surplus sales Trading platform Payment link Data record Price setting Grid use Network fees Bill format Expected gains Thanks For Reading RBI MPC Meet: Rate at 5.25%, Q1 growth seenat 6.9% Key highlights from FM Sitharaman’s Union Budget 2026 Click Here For More Webstories
by Trade Brains | Feb 10, 2026 Synopsis: From the scorching deserts of Rajasthan to the sunny plains of Andhra Pradesh, India is home to some of the largest and most innovative solar parks in the world. These mega installations are not only harnessing solar power but also contributing to India’s ambitious renewable energy goals of reaching 500 GW of non-fossil fuel electricity capacity by 2030. In this article, we will be looking into the largest solar parks in India. Solar power has been emerging as renewable energy strategy of the country. India has positioned itself in the global scene for solar-generation across various states. The solar parks not only helps in reducing dependence on fossil fuels but also supports climate commitments and large scale investments. This solar park is located in a village named Bhadla of Jodhpur, Rajasthan. The highest temperature of this village reaches 48 to 50 degree celsius in summers. There are 1 crore solar panels making it the the largest solar park in India with capacity of 2,245 MW. Solar panels are spread across 14,000 acres (56.6 sq km). Extreme high solar radiation levels are controlled due to this park benefits. It has helped achieve low solar tariffs in India. This is India’s second-largest solar park covering an area of 53 sq km (13,000 acres) situated in Tumakuru district, Karnataka. It is developed using a leasing model that pays farmers annual rent and has become a model for renewable development too. The park has a capacity of 2,050 MW. The Kurnool Ultra Mega Solar Park is a 1,000 MW (1 GW) operational solar photovoltaic park in Kurnool district, Andhra Pradesh. It covers 5,932.32 acres (approx. 24 sq km), it was commissioned on March 31, 2017. Key developers of this park include Greenko (500 MW), Soft Bank Energy (350 MW), Azure Power (100 MW), and Prayatna Developers (50 MW). NP Kunta Ultra Mega Solar Park, also known as Kadiri Ultra Mega Solar Park, occupies a total area of 32 sq km in Annamayya district Andhra Pradesh. This is also known as Ananthapuramu solar park and its capacity is 978.5 MW. The proximity of the park to other solar zones made it emerge as a major renewable energy hub. Kadapa Ultra Mega Solar Park is a solar park spread over a total area of 5,927.76 acres in the Kadapa district, Andhra Pradesh. The project is being implemented by the Andhra Pradesh Solar Power Corporation Private Limited (APSPCL), a joint venture of Solar Energy Corporation of India (SECI), Andhra Pradesh Power Generation Corporation and the New & Renewable Energy Development Corporation of Andhra Pradesh Ltd. This is part of Andhra Pradesh’s long-term solar expansion plan which records for around 1000 MW. Some of the units were commissioned earlier and the park continues to scale up capacity, positioning it India’s largest operational solar facilities. Also read:6 Fast-Growing Greenfield Cities in India Emerging as New Investment Hubs in 2026 The Rewa Ultra Mega Solar is of 750 MW and spread across 1,590-acre solar park in Madhya Pradesh, inaugurated in July 2020 as one of the world’s largest single-site solar projects. This solar park gained national attention for achieving record low-tariffs at the time of commissioning. This park is worth ₹4500 crores and has become the first solar park India to supply power to Delhi metro and highlights the inter-state renewable power transmission. This solar park is located in Patan district and is one of India’s large-scale solar parks recording 730 MW and covers an area of 5,384-acre. Gujarat’s strong policy support and grid infra helped Charanka maintain relevance despite other projects incoming. The park features 730 MW of capacity installed by 36 different companies. Kamuthi Solar Power Project is spread over an area of 2,500 acres in Kamuthi district, Tamil Nadu, India. The project was commissioned by Adani Power. It generates capacity of 648 MW at a single location. This was once the world’s largest single-location solar plant and a landmark in India’s solar journey. It records for 600 MW and the location and development have enabled steady capacity addition and improved stability in India. It includes major installations such as the NTPC Mandsaur Solar Power Plant (covering 250 acres). The HPCL Galiveedu Solar PV Park is a 100 MW solar power project located in the Annamayya district of Andhra Pradesh. This project is developed by Hindustan Petroleum Corporation Limited (HPCL) through its subsidiary, HPCL Renewable & Green Energy Ltd, aiming for completion around 2027. In conclusion, the largest solar parks represent the solar ecosystem on India. These parks are central to India’s economic growth strategy. India’s solar park model is set to remain the country’s renewable energy in future. Written by Vijai Krishna
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Solar Power World By Kelly Pickerel | The Oregon Dept. of Energy has selected 24 recipients to receive nearly $12 million in Community Renewable Energy Grant Program funds. The program supports planning and construction of renewable energy or energy resilience projects for Tribes, public bodies and consumer-owned utilities. ODOE received 76 applications requesting over $46 million to support projects for this fourth round of grant funding. Awards were chosen on a competitive basis with the help of a grant application evaluation committee, which included community-based organizations, renewable energy advocates, industry leaders and technical experts from across the state. Committee members considered project feasibility and strength, equity considerations, cost savings, economic development and other features to select the 24 awarded projects. A previous grant recipient, a solar project at the Pendleton Wastewater Treatment and Resource Recovery Facility. The Salem Housing Authority has been awarded about $295,000 to construct a net-metered solar system that will offset energy costs for 114 apartments for seniors at two low-income housing locations. Pinehurst School District’s $219,500 award will support installation of a 19-kW solar array, along with 71.5 kWh of energy storage to mitigate routine power interruptions at Pinehurst Elementary School. The school serves as an emergency resilience hub for a remote community in the mountains east of Ashland. The City of Pendleton has also been awarded $1 million to install a 500-kW energy storage system that will pair with an existing micro-hydropower generation system at the Byers Aquifer Storage and Recovery Well Site. The added battery storage will optimize grid operations, particularly during outages or emergencies. The Confederated Tribes of Coos, Lower Umpqua and Siuslaw Indians has been awarded a $100,000 planning grant for a Tribal-wide renewable solar and storage resilience project at the Three Rivers Health Center. A $63,811 grant award to Oakridge School District will support planning for solar and energy storage, including a potential solar and biomass combined heat and power system at three area schools and a Parent Resource Center. ODOE was also pleased to see program participants that received previous planning grants return to request construction funds to put those plans into action. The Curry Public Library District was awarded a planning grant in 2024, and will now receive nearly $1 million to install three solar canopies paired with energy storage. In addition to producing energy savings, the library will serve as a community emergency center during potential outages or other emergencies. The City of Cascade Locks also received a planning grant in 2024 and is now awarded nearly $778,000 to install rooftop solar and paired battery storage that will support Cascade Locks Fire Station operations during outages and emergencies. In total, ODOE’s program is supporting eight planning and 16 construction projects. “The Oregon Department of Energy is proud to announce these new grant awardees,” said ODOE Director Janine Benner. “This grant program supports projects across the state that bolster clean electricity and strengthen resilience in Oregon communities – two of five pathways we’ve identified in the Oregon Energy Strategy.” ODOE will finalize performance agreements with the awardees, which outline their responsibilities for receiving the funds. After finalizing the agreements, the agency can release up to 30% of the grant, with the remaining funds released upon project completion and verification. The Community Renewable Energy Grant Program was created by the Oregon Legislature in 2021 to support projects outside Portland city limits. ODOE also announced grant awardees in 2022, 2023 and 2024. Silver Falls Library District | Construction Resilience | $589,147 Installation of a 71-kW PV solar system, estimated to produce 82,359 kWh annually, along with a 240-kWh battery storage system to supplement energy use. The project will offset costs and allow the building to act as an emergency response and community support center during outages. This project is a prior grant recipient to support planning activities for this construction project. City of Gresham | Construction Resilience | $998,766 Installation of a net-metered, 155-kW PV solar system capable of producing up to 173,160 kWh annually, including 480 kWh of battery energy storage. The project will support four buildings at the Rockwood Village Apartments. Project partners included Feed’em Freedom Foundation, Community Development Partners and the City of Gresham. This project is a prior grant recipient for planning activities for this construction project. Salem Housing Authority | Construction Renewable | $294,967 Installation of a net-metered PV solar system estimated to generate 163,000 kWh annually to support and offset energy costs for 114 one-bedroom apartments for seniors at two low-income housing locations. Umpqua Indian Utility Cooperative | Construction Renewable | $1,000,000 Installation of 4-MW of solar generation across five site locations to provide electricity for the Cow Creek Band of the Umpqua Indians, resulting in an estimated annual savings of $706 per Tribal member households. Pinehurst School District #94 | Construction Resilience | $219,500 Installation of a 19-kW solar photovoltaic array generating up to 25,825 kWh per year, along with 71.5 kWh of energy storage to mitigate routine power interruptions at Pinehurst Elementary School. The school serves as a community emergency resilience hub for a remote community in the mountains east of Ashland. Central Oregon Intergovernmental Council | Construction Resilience | $292,923 Installation of a 37-kW PV solar system generating up to 53,389 kWh annually, including 111 kWh battery energy storage system and 12 publicly available electric vehicle charging ports at the Heart of Oregon Corps’ new youth workforce development central campus in Redmond. The organization serves disadvantaged youth and the broader community. Klamath County | Construction Renewable – $321,988 Installation of a 148-kW solar system estimated to produce up to 243,028 kWh annually to offset utility costs for the Klamath County Juvenile and Public Departments, as well as the Veterans Services Office. City of Pendleton | Construction Resilience | $1,000,000 Installation of 500-kW nameplate energy storage system paired with an existing micro-hydro generation system at the Byers Aquifer Storage and Recovery Well Site. The project will optimize grid operations and sustain power during outages or emergencies. Curry Public Library District | Construction Resilience | $999,161 Installation of three ground-mounted PV solar canopies, totaling 90 kW nameplate capacity, that are able to produce up to 131,100 kWh annually. They will be paired with a 184-kW energy storage setup to offset energy costs. The building will serve as a community emergency incidence center during outages and emergency events. This project is a prior grant recipient for supporting planning activities for this construction project. Rogue River Rural Fire Protection District | Construction Resilience | $603,630 Installation of an 87-kW PV storage and 184-kWh storage capacity pole mount system that will allow critical fire, EMS and 911 operations to continue uninterrupted in the event of a major disaster without the need for diesel fuel deliveries. Ochoco Irrigation District | Construction Renewable | $700,000 Installation of a 764-kW floating solar project on a reservoir to provide affordable energy to local residents. Confederated Tribes of the Warm Springs | Construction Resilience | $1,000,000 Installation of community-scale solar and battery storage systems at 34 Tribe-owned affordable and supportive housing locations, as well as a community center. The project will be capable of generating up to 239,000 kWh of renewable energy annually. Central Oregon Intergovernmental Council | Construction Resilience | $380,000 Installation of a 30-kW photovoltaic array estimated to produce 41,483 kWh per year, paired with a 240-kWh battery storage system. The project will support 40 low-income households at a new affordable housing project in Sisters developed by partner Northwest Housing Alternatives. Oregon State University Cascades | Construction Renewable | $1,000,000 Installation of solar at five campus locations, including classroom and residence halls and the Student Success Center. The projects are estimated to generate 1,128,000 kWh annually to provide clean campus energy and offset costs. City of Cascade Locks | Construction Resilience | $777,851 Installation of a 64-kW rooftop solar array, generating 76,891 kWh per year, paired with a 125-kW battery storage system. The project will offset energy costs and support facility operation during outages and emergences at the Cascade Locks Fire Station. This project is a prior grant recipient for planning activities for this construction project. Multnomah County | Construction Resilience | $998,763 Installation of a net-metered 31-kW PV solar system with estimated annual renewable energy production of 340,109 kWh, paired with a 33-kWh battery energy storage system in Troutdale. The project will support an onsite walk-in cooler and refrigeration trailer, and provide barn lighting in partnership with Feed’em Freedom Foundation, the county’s CROP program, which also serves as a Black Community Food Center. City of Gresham | Planning Resilience | $100,000 Planning for a microgrid solar power and storage system linking four non-profit agencies at the Rockwood Community Campus in Gresham. Coos County Area Transportation District | Planning Resilience | $100,000 Planning for a microgrid with multi-type solar arrays and energy storage systems for a new transit hub, including possible planning and consideration of a modern hydrogen methane pyrolysis system. Confederated Tribes of Coos, Lower Umpqua, and Siuslaw Indians | Planning Resilience | $100,000 Planning for a Tribal-wide renewable energy resilience project at the Three Rivers Health Center using solar and battery energy storage systems. Oakridge School District 76 | Planning Resilience | $63,811 Planning for solar and energy storage, including a potential photovoltaic and biomass combined heat and power system at three area schools and a Parent Resource Center. Hood River County School District | Planning Resilience | $100,000 Planning for a net-metered rooftop 110-kW photovoltaic system with 300-kWh battery storage potential at the elementary school, including possible addition of vehicle-to-building EV charging system. Tualatin Hills Park & Recreation District | Planning Resilience | $100,000 Planning to conduct comprehensive feasibility studies for solar systems and potential resiliency options at multiple building sites at the Howard M. Terpenning Recreation Complex. Eugene Water & Electric Board | Planning Renewable | $100,000 Planning to design expanded EV charging infrastructure at EWEB’s headquarters to support the long-term electrification of its light-duty fleet, which typically includes 50 pickup trucks and 14 SUVs. East Fork Irrigation District | Planning Renewable | $100,000 Planning for an in-conduit hydropower facility of approximately 850-950 kW that would generate approximately 2.6 million kWh annually. Kelly Pickerel has more than 15 years of experience reporting on the U.S. solar industry and is currently editor in chief of Solar Power World. Email Kelly.
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Ceigall India Limited has received a Letter of Award (LOA) from Rewa Ultra Mega Solar Limited (RUMSL) for the development of Unit 1 (220 MW) at Morena Solar Park, Madhya Pradesh.
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