Strata Clean Energy Buys Crossover Energy Partners

Joshua Rogol

Strata Clean Energy, a nationwide provider of utility-scale clean energy projects, has acquired Crossover Energy Partners, a clean energy solutions company experienced in developing end-to-end energy transition products for utilities and large energy users. This acquisition expands Strata’s offerings and execution capabilities by incorporating Crossover’s customer origination and power offtake competencies and other proficiencies that deliver on renewable energy initiatives, decarbonization strategies, and the development of new technologies like green hydrogen.

“Strata’s acquisition of Crossover bolsters our ability to bring high-value energy solutions to our clients across several market segments and geographies,” says Joshua Rogol, chief development officer for Strata. “The Crossover team has a well-defined track record of innovative product development and financing of differentiated power offtake structures. The combination of our platforms will be valuable to Strata as we grow our development pipeline to over 15 GW this year.”

The acquisition will enhance Strata’s growth, leveraging key Crossover relationships with numerous clients such as municipalities, co-ops, community choice aggregators (CCAs), investor-owned utilities (IOUs) and large industrial entities.

“Crossover’s track record illustrates the importance of product design and offtake origination to maximize value for renewable projects,” adds Tiago Sabino Dias, CEO of Crossover. “Combining our team with the expert development capabilities at Strata will be a win-win and an evolution that our entire team is looking forward to.”

While specifics of the deal remain confidential, Strata is purchasing 100% of Crossover’s assets and interest in its development platform. Sabino Dias and President Michael Grunow will take on senior roles within Strata, and all Crossover employees will merge with the Strata platform.

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BlackRock buys US battery storage developer Jupiter Power

Jupiter Power has quickly grown to have the largest operational battery storage capacity in Texas. Image: Jupiter Power.

Asset manager BlackRock has acquired US battery energy storage developer Jupiter Power from EnCap Investments.

The largest asset management firm in the world, with around US$10 trillion under management, has agreed to buy Jupiter through its BlackRock Alternatives arm.

The selling parties are EnCap’s EnCap Energy Transition Fund I (EETF I) and co-investors Yorktown Partners and Mercuria Energy. The transaction should close in late 2022, and will see Jupiter become part of a fund managed by BlackRock’s Diversified Infrastructure business.

Founded in 2017, Jupiter only started commissioning battery storage projects last year but has quickly built up a 11,000MW development pipeline including 655MWh of operational projects in the ERCOT, Texas market, making it the largest player there.

It also has 340MWh of projects in or ‘near’ construction including its first in California, while it recently signed a 2.4GWh deal with Energy Vault for US domestic content-qualified battery storage projects to 2024-25, capitalising on incentives provided by the Inflation Reduction Act.

“Jupiter is a pioneer in the utility-scale battery energy storage industry in the US. We are proud to have been their capital provider and partner as they grew the platform and facilitated the integration of renewables onto the US power grid,” said EnCap Energy Transition managing partner Kellie Metcalf, who is also chairwoman of the Jupiter board of directors.

White and Case and Lazard served as legal and financial advisors, respectively, to the sellers while Simpson Thacher & Bartlett provided legal advisory services to BlackRock. The New York-headquartered asset management firm has been expanding its energy storage investments recently.

In August, it acquired Australian developer Akaysha Energy and committed AU$1 billion (US$675 million) to its battery storage buildout, covered by Energy-Storage.news at the time. It is also active in solar-plus-storage projects in the US through DSD Renewables which it bought through its Real Assets division in 2020.

But it also, unsurprisingly given its size, makes venture capital-type (VC) investments. In April, it took part in a US$125 million fundraising round by energy storage-integrated EV charging solution FreeWire Technologies alongside several VC firms.

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BloombergNEF: China dominates global battery supply chain again with followers in flux

China is home to most of the world’s biggest manufacturers, like CATL (pictured) as well as having a controlling hand in much of the global raw materials extraction and processing capacity. Image: CATL

China continues to lead rankings for involvement in the global battery supply chain, but the chasing pack of other countries is in flux, according to BloombergNEF.

The research firm’s annual rankings of countries by involvement in the global battery supply chain found that unsurprisingly, for the third year in a row since it began, China dominates in manufacturing capacity as well as raw materials extraction, refining and processing.

Of the world’s battery cell manufacturing capacity, 75% is in China, and 90% of anode and electrolyte production. Meanwhile the Chinese market has rapidly responded to elevated lithium prices and invested in lithium carbonate and lithium hydroxide refining facilities.

When BloombergNEF (BNEF) first ran the rankings table in 2020, China was top, followed by Japan and then South Korea second and third respectively. Last year, China remained top, but the US had moved from sixth into second place and Germany came in third.

This time out, the US placed third, and Canada, due to heavy investment to capitalise on its abundant resources of raw materials, in second place. However, BNEF noted that Canada’s capacity for manufacturing battery cells and other components remains limited, although some recent factory announcements have been made.

The rankings include an assessment of 2022 supply chain involvement, but also project out five years, to forecasted rankings for 2027. Due to its continued investments into raw materials and support for electric vehicles (EVs), China will retain its leading position by that time, BNEF said.

Overall, 30 leading countries with supply chain involvement were assessed across five criteria: raw materials, battery manufacturing, ESG, industry, innovation and infrastructure, and downstream demand.

From last year to this year, the biggest changes in the rankings were driven by countries that gained greater access to raw materials and manufacturing capacities, BNEF metals and mining analyst Allan Ray Restauro, the report’s lead author, said.

“Countries that are not necessarily the largest producers or manufacturers but have significant presence across several areas in battery metals and minerals extraction, as well as manufacturing, fared better than countries that excel mostly in a single commodity or component. Success in the battery supply chain is increasingly determined by more than one category or metric,” Restauro said.

“A solid foundation on domestically realised resource wealth, bolstered by responsible and ethical production, is the main theme of the rankings this year as countries and the industry strive for a sustainable supply chain.”

BNEF’s global battery supply chain ranking table 2022. Image: BNEF head of metals and mining Kwasi Ampofo via Twitter.

In other words, as has been highlighted with previous editions, being rich in natural resources like lithium doesn’t necessarily equate to a high ranking. In fact, many resource-rich countries like Chile, South Africa, and the Democratic Republic of Congo rank lowly due to their lack of battery manufacturing capabilities and low end-user demand for electric vehicles.

Conversely, South Korea and Japan remain among the top ranked countries in terms of battery cell manufacturing, whether from domestically sited factories or those invested in abroad, but lower scores in other areas, most notably raw materials supply chain involvement, dropped them down to sixth and ninth in the overall table respectively.

Meanwhile European countries experienced a drop in their overall rank this year, again largely due to a lack of raw materials involvement, even though manufacturing capacity is set to grow rapidly in key territories including Germany and Sweden.

Finland, for its investment in raw materials supply chains, high quality infrastructure and large percentage of renewable energy available to power production processes, was one of the only European countries to climb the table to fourth place, after a sixth placed finish last year.

“Many European countries are successfully capitalising on their supply chain potential but the trend of decline in the region this year indicates that growth in Europe is starting to be outpaced by North American and Asian countries,” Ellie Gomes-Callus, another metals and mining analyst at BNEF, said.

Gomes-Callus added that certain European countries like Czechia, Poland and Hungary, able to provide “cleaner and more sustainable supply chains” than other countries, are becoming “preferred destinations for investments in batteries manufacturing”.

While Europe has dozens of battery gigafactories planned, according to various reports some may struggle in the near-term with the high and volatile cost of electricity and other factors including inflation and fluctuating currency rates.

Finally, as has been highlighted by BNEF previously the US’ supportive policy landscape, particularly the Inflation Reduction Act (IRA), is likely to drive that country to greater levels of deployment of batteries for transport as well as for the grid.

“The Inflation Reduction Act is a major upside for battery demand in the US but, more importantly, it will change the supply landscape in the coming years. The law is the closest thing to industrial policy for batteries that the US has ever had and makes this the most exciting decade yet for the American battery industry,” BloombergNEF head of energy storage Yayoi Sekine said.

“Companies are looking to maximise battery cell, module and material production incentives and comply with electric-vehicle credit requirements, which will bring more capacity to the country and its allies.”

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Philippines: Aboitiz Power turning on 49MW BESS this month, starts building another

The battery storage system adjoins a floating thermal plant. Image: Aboitiz Power / AB Capital Securities via earnings call presentation on Youtube.

Philippines power generator and utility Aboitiz Power will put a 49MW battery energy storage system into commercial operation this month, and has started construction on another.

In the firm’s Q3 2022 earnings call with AB Securities, IR Manager Ivy Manalang revealed that the 49MW Maco Hybrid Battery Energy Storage System had acquired the necessary certifications and permits to go online during November.

The project integrates a BESS provided by Finnish energy tech firm Wärtsilä with a 100MW diesel-powered floating power plant in Maco on Mindanao island, run by Therma Marine Inc, a customer of Aboitiz’s, as previously reported by Energy-Storage.news. The BESS will reduce the power barge’s ramping time from 15 to three minutes and previous reports have indicated it is a 0.6 hour system.

“It will serve as a model for future battery investments and hybrid renewable energy projects,” said Manalang.

The system is coming online slightly later than expected, with previous statements by Aboitiz saying it would be online during the first half of this year. It will also be used for ancillary services to help balance the local grid.

The company, the largest power generator in the Philippines along with San Miguel Corporation (SMC), also provided an update on another BESS project it is developing.

Construction started on the 24MW Magat BESS in August, a system being provided by Hitachi Energy on behalf of overall project contractor Scatec, the Norway state-owned renewable energy firm. Previous reports said it would be a 20MW system with the potential to expand to 24MW, and Aboitiz still expects it to enter commercial operation in Q1 2024.

That BESS, in Ramon on Luzon island, will be used for ancillary services but will also provide power to the grid during peak demand periods.

Aboitiz has a long-term plan to deploy around 250MW of BESS capacity in the Philippines.

San Miguel meanwhile, through subsidiary SMC Global Power, is rolling out 1,000MW/1,000MWh of projects across the country and recently reached the halfway milestone in its aims as reported by Energy-Storage.news in July.

Fluence is delivering half of the pipeline, with its first system online in January, while Wärtsilä is also delivering part of it.

See all previous coverage of energy storage developments in the Philippines here.

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India’s Greenko and Serentica offer pumped hydro-backed round-the-clock renewable energy

Chief minister YS Jagan Mohan Reddy pours first concrete at Greenko’s Andhra Pradesh project earlier this year. Image: CMO Andhra Pradesh via Twitter.

Greenko will provide 1,500MWh of pumped hydro energy storage (PHES) in India to back Serentica Renewables’ round-the-clock renewable energy service for corporates.

Self-described as “India’s first dispatchable renewables company,” independent power producer Greenko is building off-stream closed loop PHES capacity at two sites, one in Pinnapuram, Andra Pradesh and the other at Gandhi Sagyar, Madha Pradesh.

In May, Andhra Pradesh Chief Minister YS Jagan Mohan Reddy ceremonially poured the first concrete at the Pinnapuram site, which will combine 3,000MW of solar, 550MW of wind power and and 1,680MW/10,800MWh of PHES. When Greenko won a government tender for the Andhra Pradesh project in 2018, it was considered the lowest cost renewable energy-plus-storage tariff in the world at ₹4.07 (US$0.054).

In September, Greenko appointed global technology services company Andritz as electromechanical works contractor on the Gandhi Sagyar 1,440MW long-duration PHES project.

Greenko has created a business model that the company claimed leverages digital technology platforms, renewable energy resources and PHES to offer dispatchable power from solar PV and wind throughout the day and night, including smoothing out peaks and troughs in solar production during the daytime.

The company has already contracted with a number of off-takers and partners for the offering. That includes a deal with major metals company ArcellorMittal to smooth out 975MW of co-developed renewable generation using the Andhra Pradesh plant. There is also a tie-up with fellow IPP Ayana Renewable Power to offer round-the-clock renewable energy to industrial customers.

The deal with Serentica is along the lines of the latter collaboration. Serentica will combine the Greenko pumped hydro capacity with new-build renewable energy capacity to offer firm, dispatchable renewable power 24/7 to industrial entities and corporates.

Serentica has entered three long-term power purchase agreements (PPAs) already and is developing 1,500MW of wind and solar PV assets in Karnataka, Rajasthan, Maharashtra, and other Indian states, targeting a longer-term goal of building a 5,000MW portfolio of low carbon assets.

Serentica Renewables recently received a US$400 million investment commitment from KKR, the investment fund currently reported to be mulling a half-billion-dollar investment into European lithium-ion battery manufacturing start-up FREYR Battery.

India’s demand for round-the-clock renewable energy

The developments speak to a growing demand for 24/7 renewable power in India. In October, Prime Minister Narendra Modi inaugurated a symbolic flagship project to turn the historic “Sun Temple” town of Modhera into a fully solar-powered town.

In September the Solar Energy Corporation of India (SECI), a government-administered agency, launched a 2,250MW tender for round-the-clock renewables, offering 25-year PPAs to winning projects. That call came just a few days after a subsidiary of state-owned NTPC, one of the country’s biggest power producers, invited expressions of interest (EOI) for its own round-the-clock tender.

And in August, another IPP ReNew Power secured US$1 billion financing for a round-the-clock renewables-plus-storage project, claiming it to be the biggest deal of its kind in India’s energy market history.

Most recently, Ambri, a US start-up behind a novel long-duration liquid metal battery, signed an agreement with Reliance Industries, India’s biggest industrial conglomerate, to investigate using Ambri’s tech for round-the-clock renewables.

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Battery storage eligible in New South Wales tender for firming resources

Rendering of a New South Wales battery storage project currently under construction through Shell and state-owned energy developer Edify Energy. Image: Edify.

The Australian state of New South Wales is tendering for firming resources that can dispatch energy to the grid for two hours or more, with battery storage among the eligible technologies.

The tender is also expected to contract for long-duration energy storage (LDES) with dispatch capability of at least eight hours, in later procurements.

The competitive tender is being administrated by AEMO Services, the independent subsidiary of the Australian Energy Market Operator (AEMO) that performs key services to maintain the functioning of the National Electricity Market (NEM) that AEMO oversees.

The second in a series of tenders that AEMO Services has been appointed to run as Consumer Trustee for New South Wales (NSW), the competitive solicitation will award long-term energy service agreements (LTESA) for firming infrastructure.

Three separate products will be competed for:

Firming LTESAs for resources with dispatch at registered capacity for 2-hour duration or longer. Resources are being sought specifically in the sub-region of Sydney-Newcastle-Wollongong. AEMO Services seeks 380MW for firming LTESAs, which must be in service before December 2025.

Long duration storage (LDS) LTESAs: While tender size is yet to be determined and will be decided based on outcomes of the firming tender round, AEMO Services will seek long-duration resources with at least 8-hour continuous dispatch at registered capacity. Resources will be sought in all regions of NSW.

Generation LTESAs for resources with a generation capacity of at least 30MW per unit, AEMO Services will seek 2,500GWh throughout all NSW.

The intention is to establish sufficient energy supply for the state in time for the 2025-2026 timeline when demand is projected to start edging out firm capacity available for meeting NSW’s Energy Security Target.

AEMO Services has invited stakeholders to provide feedback and comments on draft term sheets it has published for firming LTESAs as well as demand response and other aspects of the tender. Feedback should be sent by 25 November.

For the firming tender, any resource that qualifies as a Scheduled Generator under market rules is eligible. That includes battery storage, diesel generators, thermal storage, gas peaker plants, biomass and wholesale demand response assets.

Battery storage projects must be capable of discharging for two 1-hour cycles with charging in between.

LTESAs are designed to provide financial incentives to invest in assets that will help meet the long-term needs of electricity customers in NSW. AEMO is responsible for scheduling all firm infrastructure under National Electricity Rules.

Tendering will take place in Q2 2023.  

As reported by our colleagues at PV Tech yesterday, New South Wales is currently also tendering for large-scale renewable energy and energy storage resources to feed Renewable Energy Zones (REZs) included in a state energy transition roadmap.

The state government said this week that it has received bids for over 5.5GW of wind and solar generation projects and over 2.5GW of long-duration energy storage.

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IRENA Debuts Energy Education Network to Increase Skilled Workforce

The energy transition will transform the economy, creating millions of new renewable energy and transition jobs, while also requiring the mainstreaming of green skills and competences in many existing occupations. These activities require tremendous efforts to be made in the areas of education and workforce training to produce a new generation of energy professionals, reskill the current workforce and create informed consumers.

Acknowledging this, IRENA, with the support of the government of the United Arab Emirates (UAE), has established the Energy Transition Education Network (ETEN). The network unites governments, intergovernmental organizations, educational and training institutions, teaching associations, professional bodies, and other local and international stakeholders working at the forefront of education and skilling for a more sustainable future.

Founding partners include the United Nations Educational, Scientific and Cultural Organization (UNESCO), Teach for All, the United Nations International Children’s Emergency Fund (UNICEF), the Institute of Electrical and Electronics Engineers, and the Higher Education and Sustainability Initiative.

The network aims to advance energy education for both social transformation and training of the energy transition workforce.

“Progress on the energy transition cannot be achieved without equipping young people with the skills needed to succeed in a green economy. More broadly, we need to make sure that everyone in society is empowered to demand and contribute to change. This must start early within our education systems,” says Gauri Singh, deputy-director general of IRENA.

Educators are at the heart of building the knowledge, values and skills needed for a sustainable future. With its emphasis on “Educating the Educators,” the network will provide educators with the tools, capacity building and innovative practices needed to successfully integrate renewable energy into their teaching practices.

“Empowering our teachers with the tools and knowledge to engage young people in the energy transition at an early phase of their learning is a crucial next step on the journey to a climate resilient, net zero future,” says Dr. Nawal Al-Hosany, permanent representative of the UAE to IRENA.

Actors participating in energy and sustainability education can join the network and contribute to its working groups as well as share their tools, innovations and good practices.

The launch was followed by a series of discussions bringing together panelists at the forefront of renewable energy education and training. The panel, comprising of representatives from the founding partner organizations as well as the International Labour Organization, Alliance for Rural Electrification, Student Energy, Mahila Housing Trust, Teach for Lebanon and the Bezos Earth Fund, shared their related initiatives and discussed how cooperation through ETEN could enhance overall impact and address gaps in skilling.

“Sustainable energy is an enabler of equitable results for children,” states Maria Osbeck, senior program specialist at UNICEF. “It also strengthens the social services that children need to improve their lives.” “Energy transition is at the heart of climate action and greening education makes it happen,” stresses Won Jung Byun, UNESCO’s senior project officer, speaking about the connection between the energy transition and education.

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Vistra wins MISO interconnection exemption for Illinois coal-to-battery storage projects

Vistra is owner and operator of Moss Landing Energy Storage Facility in California, the world’s biggest lithium-ion BESS project to date, also built at a legacy fossil fuel plant site. Image: LG Energy Solution.

Plans by Vistra Energy to build battery storage in the place of retiring fossil fuel plants in Illinois have been handed a boost by the Federal Energy Regulatory Commission (FERC).

US electricity retail and generation company Vistra has proposed to build battery energy storage system (BESS) projects at its Joppa and Edwards power stations. The state of Illinois is currently running a programme to transition away from coal to renewable energy, the “Coal-to-Solar Energy Storage Grant Program”.

As part of that programme, in June this year, state grants totalling US$280.5 million were confirmed for power companies looking to build such facilities. Vistra’s Joppa BESS in Massac County and Edwards BESS in Peoria were among five large-scale BESS projects to be approved for grants.

Joppa would be converted from housing a 948MW coal-fired plant and 239MW gas-fired plant and Edwards from 560MW of coal-fired generation, with Vistra planning a 37MW BESS at each site.

Illinois agreed for each Vistra project to get US$40.7 million of grant funding, as reported by Energy-Storage.news in June. Vistra would own and operate them.

However, while Coal to Solar emphasised the urgent need to get new resources built, aiming for in-service dates during 2025, Vistra said that rules around connection to the regional Midcontinent Independent System Operator (MISO) grid made it difficult to meet the agreed timeline.

MISO generator interconnection procedure (GIP) rules have since 2019 allowed for owners of generation units connected to the grid an expedited route to replacing older, polluting generators with newer, more efficient resources.

However, provisions put into place to prevent queue-jumping ahead of other projects in the interconnection process in the new rules include requirements to file interconnection requests more than a year ahead of the outgoing facility’s retirement date. It also has various restrictions around sale or transfer of projects.

With Joppa and Edwards scheduled to go into suspension and then retirement between September this year to the beginning of 2023, Vistra pointed out that it is unable to use the MISO generation facility process for the two BESS projects.

That’s because the BESS projects are being developed by project business entities that are technically separate from the owners of the thermal power plant assets and the rules on replacement state that only the same owners can get an expedited grid interconnection agreement.

Putting the two BESS projects through a standardised interconnection study process instead would severely hamper Vistra’s ability to bring them online by an agreed June 2025 deadline for the Coal-to-Solar grant, the company argued.

Regular readers of Energy-Storage.news may remember that Vistra advocated for the introduction of the grant programme and associated policies back in April 2021 as the company brought forward Joppa’s closure date to this year from 2025, in response to complaints about the pollution it caused.

Originally called the Illinois Coal to Solar and Energy Storage Act, it was tabled in 2019. Vistra, as an operator of 5.5GW of coal power plants, equivalent to about 40% of MISO’s summer peak load is obviously more exposed to it than most.

The company warmly welcomed the programme’s introduction as part of Illinois’ Climate and Equitable Jobs Act in September 2021, which commits to 50% renewable electricity by 2040 and 100% carbon-free electricity by 2045.

FERC ruling ‘moves the line again’

Vistra applied in early August for a one-time limited waiver of MISO’s Open Access Transmission, Energy and Operating Reserve Markets Tariff.

FERC granted the waiver on 8 November, permitting the two projects to be built to replace the Joppa and Edwards generation facilities with energy storage systems at the same point of interconnection.

The Commission was satisfied that Vistra acted in good faith in making its request so that its BESS projects be executed in a “more timely, cost-effective and efficient manner” and that the waiver would be applicable this once only.

FERC also acknowledged that Vistra’s argument was well-founded. Requiring the BESS projects to go through the standard interconnection process without a waiver would indeed jeopardise the ability to get them commissioned on time to get the Coal-to-Solar funding.

MISO’s generation facility replacement process meanwhile would make it harder for Vistra to get external financing for the systems, given the restrictions on ownership transferability and changes.

FERC was also satisfied that Vistra was not effectively proposing a queue jump.

FERC Commissioner Allison Clements noted in remarks that while the transferability restrictions may be well-intentioned to prevent generation facility owners from selling on grid interconnection rights to unconnected third parties, “they need a fresh look”.

“In today’s order we allow two Vistra companies to fully transfer their existing generators and associated interconnection rights to new, non-subsidiary affiliated entities and allow those new entities to nonetheless use the fast-track generator replacement process,” Clements said.

“This essentially moves the line again—existing owners of generation need not retain any ownership or control over a retiring generator, but that generator’s interconnection rights can still be re-used on a fast-track basis for a replacement generator at that site.”

In some ways, interconnection to the grid is considered the most valuable part of a front-of-the-meter (FTM) utility-scale energy storage project, being the means through which assets can access the various revenue streams open to them through wholesale markets.

In this way, legacy power plant assets present a prime opportunity for redevelopment into battery storage sites, enabling the new resources to access the grid from an existing connection. Another major factor making this an attractive prospect is that, as hinted by Vistra’s waiver request, interconnection queues are congested and lengthy.

Various initiatives are underway to try and streamline the interconnection process, including through a multi-stakeholder programme with participants including the US Department of Energy and the Interstate Renewable Energy Council.

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DOE Releases $350 Million for Energy Storage Demonstration Projects

U.S. Secretary of Energy Jennifer M. Granholm

The Biden-Harris administration, through the U.S. Department of Energy (DOE), has released nearly $350 million for emerging long-duration energy storage (LDES) demonstration projects capable of delivering electricity for 10 to 24 hours or longer to support a low-cost, reliable, carbon-free electric grid. Funded in part by President Biden’s Bipartisan Infrastructure Law, this funding opportunity will advance new renewable energy technologies, enhance the capabilities of customers and communities to integrate grid storage more effectively, increase grid resilience, and more.

“Advancing energy storage technologies is key to making energy generated from clean renewable resources—like wind and solar—available for 24/7 use, and is critical to achieving a decarbonized power grid and reaching President Biden’s ambitious climate goals,” says U.S. Secretary of Energy Jennifer M. Granholm. “DOE is taking huge steps to lower the cost and increase the duration of energy storage technologies so that clean, reliable, affordable electricity is available whenever and wherever to everyone, especially Americans living in remote and underserved communities.”

As the U.S. moves towards a carbon-free electric grid that relies more on diverse renewable energy generation, the need for reliable LDES that can supply enough energy for long periods of time and during periods when energy generation is reduced or unavailable becomes more essential. Today’s energy storage technologies are not sufficiently scaled or affordable to support the broad use of renewable energy on the electrical grid. Cheaper, longer duration energy storage can increase community involvement in local power systems, build resilience for communities, and minimize power grid disruptions.

The LDES Demonstrations Program will be managed by DOE’s Office of Clean Energy Demonstrations (OCED) and will fund nearly $350 million for up to 11 demonstration projects—projects that will contribute to the department-wide goal of reducing the cost of grid-scale energy storage by 90% within the decade. DOE will fund up to 50% of the cost of each project to catalyze impactful LDES demonstrations and open enormous new possibilities for clean, baseload power. The program aims to fund projects that will overcome the technical and institutional barriers that exist for full-scale deployment of LDES systems by focusing on a range of different technology types for a diverse set of regions. 

To ensure these projects create good jobs and benefits for communities, the funding announcement includes a community benefits plan from each applicant. Community benefits plans are based on a set of four core policy priorities: investing in America’s workforce; engaging communities and labor; advancing diversity, equity, inclusion, and accessibility; and implementing the Justice40 Initiative. These key principles, when incorporated comprehensively into project proposals and executed upon, will help de-risk these projects to ensure that the transition to a clean energy economy benefits all Americans.

Letters of Intent are due by December 15, 2022, and full applications are due by March 3, 2022. Additional funding opportunities may follow this announcement to validate and accelerate commercialization of LDES technologies. 

In October, DOE issued a $30 million Lab Call Announcement for Long-Duration Energy Storage Demonstrations. Remaining funding for LDES programs will be covered at a later date.

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FREYR accelerates US gigafactory plans amidst KKR investment reports

FREYR CEO Tom Jensen and members of the company’s US team. Image: FREYR.

Lithium-ion gigafactory company FREYR Battery has chosen the state of Georgia for its planned US production facility amidst reports it is in talks to raise US$500 million from private equity firm KKR.

The Norway-based company has selected and purchased a 368-acre site at the Bridgeport Industrial Park in Coweta County, Georgia, for its multi-phase US gigafactory project, ‘Giga America’.

The factory will open in phases with an initial battery cell production module with 34GWh of annual capacity, requiring a preliminary US$1.7 billion of investment.

FREYR Battery said that “strong tailwinds” in US clean energy market dynamics, including the Inflation Reduction Act, have brought the company to accelerate its expansion plans there.

Meanwhile, Bloomberg has reported that the company, which listed on the NYSE through a SPAC merger in mid-2021 late last year, is in talks with private equity firm KKR to raise US$500 million. KKR is one of the largest private equity firms in the world and often described as one of the first too.

FREYR declined to comment when asked by Energy-Storage.news, while Bloomberg’s report added that the financing discussions could be disclosed as soon as this week.

FREYR will now undertake detailed plant engineering, finalising the module plans and evaluating evaluating additional ‘value accretive’ upstream and downstream modules as well as a second cell production phase. A second cell production phase would bring the investment total to US$2.6 billion by 2029.

It said that the State of Georgia and Coweta County are collectively providing strong financial incentives for the project and that the development of the US gigafactory positions the firm to meet the rapidly growing demand for energy storage systems (ESS) applications with US-based offtake partners. CEO Tom Jensen told Energy-Storage.news earlier this year that, at the group-level, at least half of its capacity could go the ESS sector (since which it has more than doubled its capacity target).

FREYR co-founder and CEO Tom Jensen commented: “Today’s landmark announcement underscores FREYR’s ambition to develop a very strong and near-term operational footprint in the United States.”

“Expanding into the US has been a foundational aspect of FREYR’s long-term strategy from our inception, and with the recent passage of the Inflation Reduction Act, we expect US demand for ESS, passenger EV and other electric mobility applications to grow rapidly over the next decade.”

The firm is targeting an annual production capacity across the Nordics and the US of 200GWh by 2030. It is accelerating its US plans based on strong tailwinds including growing renewable energy deployments, grid stability initiatives and tax incentives associated with the Inflation Reduction Act, it said.

It added that it is evaluating clean power supply solutions for Giga America with utility providers in the region, including developing a dedicated solar-plus-storage facility. Its Norwegian gigafactories will be powered by hydropower facilities, which account for nearly all electricity generation in the Nordic country.

Giga America’s production will be based on the proprietary lithium-ion battery production technology from 24M, a spinout from MIT, as for its Nordic facilities which are set to start production in early 2024 (slightly later than first announced when the company was raising funds from the capital markets before listing).

It hasn’t revealed whether the US facility will produce nickel manganese cobalt (NMC) batteries or lithium iron phosphate (LFP) ones, with the first Nordic facility producing the latter.

Read previous Energy-Storage.news coverage of FREYR here, including the firm recently upsizing its battery agreement with system integrator Nidec ASI to 50GWh, appointing a US head of operations and establishing a technology campus in Japan to explore new technology partnerships.

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