| From: Eric | 6/14/2025 4:41:27 PM | | | | | | Invenergy breaks ground on 240MW Ohio solar PV plant
By Shreeyashi Ojha
June 13, 2025
Power Plants, Projects
Americas
Invenergy has selected Blattner to handle engineering, procurement, and construction (EPC) for the Pleasant Prairie Solar project. Image: Invenergy.
US renewables developer Invenergy has started construction of a 240MW solar PV plant in Franklin County, Ohio, US.
The Pleasant Prairie Solar Energy Centre, the company expects to generate up to 300 jobs during its development phase, with construction continuing through early 2027. Commercial operations are slated to begin shortly thereafter.
The Illinois-headquartered company has selected Blattner to handle engineering, procurement, and construction (EPC) for the Pleasant Prairie Solar project.
Over its lifetime, the project will bring in a total investment of around $230 million to Franklin County. It will be powered by US-made solar panels manufactured by Invenergy’s subsidiary Illuminate USA. These panels are also being used in other Invenergy projects across Ohio, including the recently operational 250MW Hardin III Solar project and the under-construction 240MW Cadence Solar project, which is forecast to begin operations in 2026.
Mick Baird, chief development officer at Invenergy, said the project is a partnership between the company, local landowners, Franklin County, the Pleasant and Prairie Townships, Illuminate USA, and Blattner to help meet rising energy demand with domestically produced power.
Pleasant Prairie Solar is part of Invenergy’s expanding solar portfolio in Ohio. So far, the company has 1GW capacity in Ohio across three operational solar plants with one under construction.
Recently, the firm commissioned the 250MW Hardin III Solar Energy Centre in Ohio. The electricity generated, along with the associated renewable energy credits (RECs), is being sold to Microsoft under a power purchase agreement (PPA). This follows the earlier commissioning of the 150MW Hardin I and II projects in the same county, which began operations earlier this year and supply power to Meta under a separate PPA.
In 2023, Invenergy partnered with Chinese solar module manufacturer LONGi to build a 5GW solar module assembly plant in Pataskala, Ohio, under a new joint venture called Illuminate USA. Invenergy committed over US$600 million to the project, including US$220 million for a 1.1 million square-foot facility. This marked as the first manufacturing investment in the US by LONGi.
According to data from the Solar Energy Industries Association (SEIA), Ohio’s total installed solar capacity stands at 5.6GW, with 2.4GW added in 2024 alone. Over the next five years, the state is projected to grow by an additional 8.9GW. Based on this forecast, the state ranks 9th nationally for solar growth potential among all states.
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| From: Eric | 6/15/2025 2:15:48 PM | | | | | | Another stellar day for RE generation (mostly solar) in California.
105% this minute:
caiso.com
Excess RE generation being fed to surrounding states displacing more and more fossil fueled generation there.
And battery storage charging up for later discharge:
caiso.com
Key stats for May:
caiso.com |
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| From: Eric | 6/16/2025 12:58:04 PM | | | | | | Tenders
India launches 2 GW solar, 4 GWh storage tender
The tender issued by government body the Solar Energy Corp. of India (SECI) requires developers to install at least 500 kW/2 MWh of energy storage for each megawatt of solar generation capacity allocated.
By
Uma Gupta
Jun 16, 2025
Grid-scale
Markets
Projects & Applications
Tenders
Image: Tata Power Solar Systems
SECI is tendering for 2 GW of grid-connected solar projects with 1 GW/4 GWh of energy storage systems (ESS). The projects, to be developed on a build-own-operate basis, can be set up anywhere in India.
The developer must install ESS capacity of at least 500 kW/2 MWh for each 1 MW of solar project capacity contracted. The ESS component may either be owned by the developer or tied-up separately with a third-party for the supply of power.
SECI will sign 25-year power purchase agreements (PPAs) with the selected developers.
A developer must bid for a minimum cumulative capacity of 50 MW of solar and a maximum 1 GW, in multiples of 10 MW.
The solar power developer is mandated to deliver 2 MWh of energy per megawatt of rated project capacity, in alternating-current terms, during peak grid demand hours, as per the schedule given by the buying entity (i.e., for each 100 MW of project capacity, the developer will supply up to 200 MWh of energy during peak hours), on a daily basis.
From pv magazine India.
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| From: Eric | 6/16/2025 1:00:12 PM | | | | | | T1 Energy begins site preparation for 5 GW solar cell factory in Texas
After acquiring the U.S. manufacturing assets of Trina Solar, Freyr Battery announced in February it was rebranding as T1 Energy and planned to produce both solar modules and cells in Texas.
June 16, 2025 Ryan Kennedy
Image: Pixabay
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T1 Energy announced it has selected Yates Construction as contractor for preconstruction services and site preparation for its $850 million solar cell manufacturing facility in Austin, Texas.
The G2 Austin factory is expected to begin producing solar cells in the second half of 2026 and is planned to reach an annual output of 5 GW of cells per year. The facility is expected to create up to 1,800 full-time jobs. T1 Energy said the site will produce advanced TOPCon solar cells.
Commissioners of Milam County, Texas unanimously voted to provide T1 Energy a long-term tax abatement package subject to the company meeting employment and investment thresholds at the facility.
“We’re thrilled to welcome T1 Energy to Milam County—this partnership brings not just innovation, but the kind of high-quality, good-paying jobs that empower our local families and strengthen our community,” said Milam County Judge Bill Whitmire.
Yates Construction joins SSOE Group, which has been providing project engineering for the project since December 2024.
Solar cell production is a critically underserved leg of the solar manufacturing supply chain in the United States. While facilities nationwide are actively producing over 56 GW of solar modules per year, only 2 GW of solar cell production capacity is operational and 19 GW under construction, according to the Solar Energy Industries Association. Solar cell production is a more advanced manufacturing process and typically requires more capital investment to launch than module assembly.
The U.S. has 2 GW of active cell production capacity, according to SEIA, with data updated June 2025.
Image: SEIA T1 Energy launched as a rebrand of Freyr Battery, acquiring solar manufacturing assets from major global supplier Trina Solar for $340 million in late 2024. In early 2025, Freyr Battery scrapped plans for a $2.6 billion battery energy storage system factory in the state of Georgia, pivoted to solar manufacturing, and rebranded as T1 Energy.
The acquisition from Trina Solar included a 5 GW, 1.35 million square foot automated solar module manufacturing facility in Wilmer, Texas. In Q1, 2025, T1 Energy reported production of 443 MW of solar modules at the site, called G1 Dallas.
In its Q1 2025 earnings report, the company reduced its production forecast for solar modules to a range of 2.6 GW to 3.0 GW, down from a previous expectation of 3.4 GW. The company cited “near term trade policy uncertainties that are obscuring Bill of Materials cost visibility and creating a temporary lull in bidding activity.” It said the lowered forecast is also due to its decision to convert production lines from PERC to TOPCon technology and a “potential 800 MW inventory build.”
“We are well positioned to manage this sales environment with 1.7 GW of 2025 contracted module offtake coverage, a robust cash and liquidity position, and the continued production and sales ramp up at G1 Dallas,” said Daniel Barcelo, chief executive officer, T1 Energy.
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| From: Eric | 6/16/2025 1:05:19 PM | | | | | | Grid-scale
US battery energy storage market boomed 67% in a year
A report by Norwegian analyst Rystad Energy stated battery energy storage system (BESS) deployment is set to continue growing, based on rises in planned inventory by leading energy storage state Texas.
By
Ryan Kennedy
Jun 16, 2025
Grid-scale
Projects & Applications
An energy storage project at the Monolith substation in Tehachapi, California. | Image: Sandia National Laboratories
The United States BESS market is growing rapidly, apparently breezing past ongoing federal policy headwinds.
A report from Rystad Energy said energy storage installations increased from about 6 GW in 2023 to 10 GW in 2024, growing over 60% year-over-year. The growth is due partially to falling battery manufacturing costs, a trend that Rystad expects to continue over the next five to seven years. The group estimates installations will grow to 16 GW per year by early 2026.
“As energy demand rises in the US due to increased electrification, grid resilience will continue to be critical, with batteries playing a key role in meeting this need, along with both traditional and renewable energy sources,” said Artem Abramov, head of new energies, Rystad Energy.
Texas was the largest installer of energy storage, adding about 4 GW in 2024, said the report. Looking ahead, Rystad said planned inventory is a strong indicator of actual capacity additions. Texas’ planned inventory for battery installations has increased from 5 GW to more than 7 GW over the last 12 months, suggesting further growth this year.
Outside of Texas, planned energy storage inventories are experiencing a boom. Led by Arizona, inventories grew from 3 GW in the second quarter of 2024 to 7 GW currently. The actual installation rate currently stands at about 3 GW, in line with the year-ago planned inventory, said Rystad.
Image: Rystad Energy
“While some construction delays are expected, there is no doubt that these emerging markets will drive most of the growth in the second half of this year and first half of next year, and even beyond,” said the report.
California
Batteries are playing an increased role during peak power demand periods in mature markets. During peak demand events, the batteries “extend” solar generation curves into evening hours. Over the past three months, batteries have met 13% of California Independent System Operator (CAISO) demand during battery discharge hours. The 90-day average peak-hour contribution from batteries currently stands at 26%, adding 10 percentage points over the last 12 months.
Rystad noted that renewable energy sources, including solar, wind, and hydropower, have increased their average annual grid contribution in CAISO from less than 30%, in 2021, to more than 40% over the last 12 months. Renewable energy contributions are peaking in the spring, meeting more than 65% of daily demand but winter contributions remain low, contributing only 20% to 25% of demand. This has lessened CAISO’s dependency on energy imports, reducing from about 27% to 16% over the last four years.
As both solar and battery installed capacity grow in California, Rystad said it is important to consider what power system challenges are being met by batteries, and what challenges batteries cannot realistically help with.
“Whether it is theoretically possible to have all renewable plus BESS systems in CAISO and what kind of overbuild – and economic implications for project developers and end consumers – will be associated with it remains to be seen,” said Abramov.
From pv magazine USA
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| From: Eric | 6/16/2025 1:10:53 PM | | | | | | Grid-scale
Egypt’s first utility-scale battery, Africa’s biggest solar-plus-storage project underway
Two major announcements within just five days signal the rapid acceleration of Egypt’s battery storage market, with 500 MWh expected to be added to the grid by October 2026.
By
Max Hall
Jun 16, 2025
Finance
Grid-scale
Industry
Projects & Applications
Cheick-Oumar, seated left, IFC director for North Africa and the Horn of Africa; and Samir Nacef, CEO of AMEA Power Egypt, sign the papers for Egypt's first utility-scale BESS. | Image: Amea Power
Dubai-based renewables developer AMEA Power is set to commission Egypt’s first utility-scale battery next month, after going from project development agreement to completion of construction in a record six months.
The 300 MWh battery energy storage system (BESS), at AMEA’s 500 MW solar field at Kom Ombo, in Egypt’s Aswan governorate, will be integrated with the solar site with the help of a $72 million loan from the International Finance Corporation (IFC) private sector operation of The World Bank.
IFC Managing Director Makhtar Diop said, “Meeting Egypt’s rising energy demand – especially in the summer – requires bold solutions and we are proud to deepen our collaboration with a ready-to-scale partner like AMEA Power.This investment delivers sustainable infrastructure that strengthens the grid today while laying the foundation for a cleaner, more resilient energy future in Egypt. This is modelling efficient transition – one that brings value for the country through advanced technologies and skills.”
The BESS is being added to a solar field which has been operational since December and is being developed under Egypt’s 4 GW Emergency Renewable Energy Program, which aims to reduce the nation’s reliance on imported natural gas.
News of the BESS came just five days after the African Development Bank (AfDB) announced it will co-ordinate the supply of an up-to $184.1 million finance package for Africa’s biggest solar-plus-storage project.
The $590 million Obelisk project, in Qena governorate, in the south of Egypt, will feature 1 GW of solar generation capacity plus a 200 MWh BESS.
Set to be operational in the third quarter of next year, Obelisk will generate an estimated 2.77 TWh of clean electricity per year and will remove a million tons per year of energy-generation related carbon emissions. The AfDB said the site would require around 4,000 construction workers and 50 permanent positions, once operational, with a focus on recruiting women and young workers.
The project holds a 25-year power purchase agreement signed by the Egyptian Electricity Transmission Company.
The AfDB finance package includes $125.5 million from the lender; $20 million from the Sustainable Energy Fund for Africa, which has received contributions from the governments of Denmark, the United States, United Kingdom, Italy, Norway, Spain, Sweden, and Germany; $18.6 million from the Canada-AfDB Climate fund established with CAD 123 million ($90.5 million) concessional loans and a CAD 10 million grant from the government of Canada; and $20 million from the Climate Investment Funds’ Clean Technology Fund, which is financed by international public money.
The AfDB said the $405.9 million balance of the project cost would be “mobilized from a consortium of development finance institutions.”
The Obelisk project is being developed under the energy part of the Nexus of Water, Food, and Energy (NWFE) initiative launched by the Egyptian government at the COP27 United Nations climate change summit held in Sharm El Sheikh, Egypt, in 2022. The AfDB said the NWFE has already driven 4.2 GW of “privately-financed renewable energy investments,” worth around $4 billion, of the 10 GW – worth $10 billion – it is targeting by 2030.
“Obelisk is another landmark development under [the] NWFE that leverages on Egypt’s and the African Development Bank’s leadership as well as commitment to harnessing the country’s renewable energy to enhance the resilience of the country’s energy supply to meet its fast-growing energy demand sustainably,” said Kevin Kariuki, AfDB vice president for power, energy, climate, and green growth
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| From: Eric | 6/16/2025 1:33:11 PM | | | | | | Neoen begins commissioning process for 350 MW solar plant in NSW
One of Australia’s largest solar projects has been energised with developer Neoen confirming that its 350 MW Culcairn Solar Farm in the New South Wales Riverina Murray region has entered the commissioning phase.
June 16, 2025 David Carroll
Image: Neoen Australia
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The Australian arm of France-headquartered renewable energy and storage developer Neoen has announced that the 350 MW (440 MWp) Culcairn Solar Farm project built in southern New South Wales (NSW) has commenced the commissioning process.
“It is time to start supplying our first electrons from this asset into NSW’s electricity network,” Neoen Australia said in a linkedin post. “We are excited to commence the commissioning of Neoen’s second largest solar farm in Australia.”
The Culcairn solar plant, located about 40 kilometres north of Albury, comprises nearly 760,000 panels and 100,000 piles installed across more than 1,000 hectares. The project, that also includes an option for an up to 800 MWh battery energy storage system, will connect to the National Electricity Market (NEM) via an existing 330 kV transmission line that crosses the project area.
Neoen Australia says the Culcairn Solar Farm is expected to be fully operational by 2026 and is forecast to generate 822,000 MWh of clean energy per annum – sufficient to power 160,000 homes.
The project is underpinned by a four-year power purchase agreement (PPA) with independent energy retailer SmartestEnergy that has agreed to purchase 50% of the project’s capacity. SmartestEnergy said the contract will help it meet the growing demand for renewable energy solutions from commercial and industrial customers.
The PPA is complemented by a Long-Term Energy Services Agreement under the NSW government’s Electricity Infrastructure Roadmap, which provides Neoen with financial certainty through a fixed minimum price.
The Culcairn Solar Farm is the second largest solar asset in Neoen’s global portfolio, edged out by the 400 MW PV project that forms part of the Western Downs Green Power Hub, that is already in operation in southwest Queensland.
Neoen, which has agreed to a majority takeover from Canadian asset manager Brookfield, is arguably Australia’s most successful solar, wind and storage developer with more than 4 GW in operation or under construction across the country.
Its operational assets include the Coleambally, Griffith, Parkes and Dubbo solar farms in NSW, along with multiple battery energy storage systems and wind farms in NSW, Queensland, Victoria and Western Australia.
The company is aiming to have 10 GW of large-scale solar and wind and battery energy storage capacity in Australia by the end of the decade as part of a multi-billion-dollar forward investment plan
pv-magazine-australia.com |
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| From: Eric | 6/16/2025 1:33:50 PM | | | | | | Amazon’s $20 billion investment to support three new solar farms
Cloud computing giant Amazon will invest $20 billion over the next five years to expand its data centre network in Australia with the funding to also support the development of three new solar farms with more than 250 MW capacity.
June 16, 2025 David Carroll
Image: Amazon
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Danish renewables developer European Energy has signed power purchase agreements (PPAs) with the Australian arm of United States-based global technology provider Amazon to deliver a combined capacity of more than 170 MW from three large-scale solar farms.
Amazon has pledged to invest $20 billion (USD 12.97 billion) over the next five years to expand its Australian cloud computing business by 2029, an almost $7 billion increase on the $13.2 billion investment the company announced earlier this year.
The money will also underwrite two new solar farms in Victoria and one in Queensland to help generate the huge amounts of energy required to feed the power-hungry data centres in Melbourne and Sydney.
European Energy said it has signed PPAs to provide Amazon with a combined capacity of more than 170 MW across the three solar projects.
The agreements cover the operational 58 MW Mokoan Solar Farm near Winton in northern Victoria and the Winton North and Bullyard PV projects, both of which are currently in the pre-construction phase.
European Energy said procurement is underway at the 100 MW Winton North solar park being developed near Glenrowan in northeast Victoria and the 100 MW Bullyard solar farm, located near Bundaberg on the central Queensland coast.
Catriona McLeod, Country Manager for Australia at European Energy, said the PPAs are part of the company’s broader approach to partner with organisations that are committed to the energy transition.
“We’re proud to support Amazon’s renewable energy goals while contributing clean energy to the Australian grid through these projects,” she said.
Amazon said the offtake agreements align with the company’s commitment to match 100% of its electricity consumption with renewable energy across its global operations, including Australian data centres, as part of its plans to achieve net zero by 2040.
“From 2020 to 2022, Amazon invested an estimated $467 million in renewable energy projects in Australia,” the company said in a statement. “In 2024, Amazon was the third-largest corporate purchaser of renewable energy in Australia.”
Data centres have emerged as one of the largest consumers of power in Australia. According to Morgan Stanley analysts, data centres are currently using 5% of the electricity on Australia’s main grid and that is expected to grow to 8% by 2030. Other forecasts suggest they could represent up to 15% of demand on the National Electricity Market (NEM) by then.
Amazon said it has already invested in eight solar and wind projects across New South Wales (NSW), Queensland, and Victoria, that are helping power its Australian operations. Once all European Energy solar farms are operational, it is estimated the 11 renewable energy projects will generate more than 1.4 million MWh of renewable energy annually.
European Energy Deputy Chief Executive Officer Jens-Peter Zink said the Amazon deal helps cement Australia as one of the company’s key markets.
“Our Australian operations are just ramping up, and we are delighted to be able to already now deliver this scale of renewable energy to our partners there,” he said.
The company currently has more than 5 GW under active development in Australia and a further 3 GW in screening. Among the projects it is progressing are the 1.1 GW Upper Calliope, 1 GW Sawpit, 484 MW Ticoba, and 500 MW Leichardt solar farms in Queensland. Other projects on its books include the 106 MW Lancaster Solar Farm in Victoria and the 31 MW Mulwala Solar Farm in New South Wales. Both of these projects are due to start construction this year
pv-magazine-australia.com |
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| From: Eric | 6/16/2025 1:35:49 PM | | | | | | Longi unveils 700 W back-contact PV panel with world record silicon solar cell
Chinese solar manufacturer Longi has unveiled a new PV module with 25.9% efficiency, produced using both low- and high-temperature passivation techniques.
June 16, 2025 Vincent Shaw
Image: Vincent Shaw, pv magazine
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Longi has unveiled a new solar module that utilises the company’s proprietary hybrid interdigitated back contact (HIBC) crystalline silicon solar cell based on a full-size silicon wafer, and reached a world-record power conversion efficiency of 27.81% in mid-April.
The company said the 2,382 mm x 1,134 mm module offers 25.9% efficiency and 700 W power output, with a power density of 259 W/m². The temperature coefficient is -0.24%/C.
Longi said the cells are manufactured using both low- and high-temperature passivation on the front side. It added that the cell design features an “advanced” moisture barrier with a densely cross-linked polymer matrix.
“The Tairay wafer uses a one-line welding structure with improved any-cracking performance,” Longi Chairman Zhong Baoshen said, without providing further details.
In April, the company said its Central Research Institute independently developed the record-setting HIBC cell.
“By redesigning both the cell architecture and material systems, we achieved simultaneous breakthroughs in optical management and carrier transport efficiency,” a spokesperson told pv magazine at the time. “This opens a new frontier for enhancing module power density and sets a benchmark for the next generation of photovoltaic performance.”
Back-contact solar cells, known for high efficiency and compatibility, have led efficiency rankings since SunPower’s 20.3% record in 2007 using interdigitated back contact (IBC) technology. BC technology has achieved eight consecutive world records in crystalline silicon module efficiency over the past 30 years
pv-magazine-australia.com |
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| From: Eric | 6/17/2025 12:47:40 PM | | | | | | Super battery sets Australian grid output record as owner snaps up staff laid off by bankrupt supplier
Waratah Super Battery. Image: Akaysha Energy.
Giles Parkinson
Jun 17, 2025
Battery, Storage
The Waratah Super Battery, the biggest unit of any technology to be connected to the Australian grid, set a grid output record for a big battery this week, as its owners snapped up staff laid off by its newly bankrupted battery supplier.
The Waratah battery, designed to act as a kind of giant “shock absorber” to the grid, will be sized at 850 MW and 1680 MWh. While the storage number will be overtaken quickly enough by the two giant batteries being built at Collie in Western Australia, its 850 MW makes it the biggest machine of any type to send power to the grid.
On Tuesday, on multiple occasions in the middle of the day, it sent up to 369 MW to the grid – the limit allowed at its newly attained “hold point 3” – part of the process of working through the lengthy commissioning process.
For good measure, the Waratah Super Battery also charged at a rate of up to 369 MW soon after as part of its testing. These numbers are higher than the rated capacity of the current biggest battery on Australia’s grid, the 350 MW, 450 MWh Victoria Big Battery, built by Neoen and now owned by HMC Capital.
Source: OpenNEM.
The Waratah Super Battery was originally scheduled to be finished by the end of March, in time for the anticipated closure of the nearby Eraring coal generator, the country’s biggest at 2.88 gigawatts in August this year.
Waratah has a 5.5 year contract to reserve the bulk of its capacity to act as a kind of giant “shock absorber”, allowing the big transmission lines feeding into the main load centres in Sydney, Newcastle and Wollongong to operate at greater capacity.
But the closure of Eraring has been delayed for at least two years, after a deal struck by a NSW state government anxious not to be caught short of power or battered by high wholesale electricity prices, and the timeline for Waratah was allowed to slip – first to August and more recently to the end of the year.
Owner Akaysha Energy has cited bad weather, and heavy rains, for the delays, although the battery obtained its grid registration in good time last year and even made a surprising appearance when called up as an emergency reserve by the market operator in November.
Since then, however, there have been issues with the commissioning process – not uncommon in Australia given the complexity of rules on the main grid – and last week Powin, its US-based battery supplier, added to the complexity by filing for bankruptcy protection, having flagged a potential collapse late last month.
Akaysha says, however, that the collapse of Powin has had minimal impact on its project – the company has also supplied the batteries at the smaller Ulinda Park battery project in Queensland – as the batteries had already been installed.
Akaysha managing director Nick Carter, however, has been in Oregon, Powin’s home base, snapping up Powin staff, including software engineers Bora Akyol, Anna Zybina and Zeke Rogers, and development ops engineers Doug Ford and William Krause.
Carter said on LinkedIn that he also had the opportunity this week to speak about the Powin issues and the Waratah battery to prime minister Anthony Albanese and Australian ambassador to the US Kevin Rudd, as they came through Seattle en route to the G7 conference in Canada.
The Waratah battery will need to work its way through at least another two hold points in coming months as it seeks to complete the commissioning process. There is no word on how the delays, and the extended closure date for Eraring, will affect its contracts with EnergyCo, the details of which have not been released.
reneweconomy.com.au |
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