Ascent Solar Brings in Jeffrey Max as New CEO

Jeffrey Max

Ascent Solar Technologies Inc., a developer and manufacturer of lightweight, flexible thin-film photovoltaic (PV) solutions, has named Jeffrey Max as its new CEO, succeeding Victor Lee. 

“It is a privilege to welcome Jeff as our new CEO,” David Peterson, the newly appointed board chair of the company. “He is a proven business leader with a wealth of knowledge and experience in building technology companies and advancing their market positions internationally. As we continue our transition as a newly listed company on Nasdaq, Ascent will benefit greatly from Jeff’s leadership.

“In addition to his extensive background as a CEO, serial entrepreneur and technology investor, Jeff has been a disruptive innovator in today’s evolving space industry. While Jeff understands the space and near space opportunities in front of us, we expect he will also be able to develop other verticals for Ascent’s PV solutions, such as agrivoltaics and sustainably powered infrastructure.”

“Ascent has an incredible group of engineers, led by an incredible innovator and thought leader in PV technologies – Dr. Joe Armstrong,” states Max. “This team, along with the committed dedication of Ascent’s previous leadership, has laid a strong foundation that allows me to integrate a mission-driven, industrial scale culture with the incredible experience and expertise of the Ascent team. This team has the innovation, execution and performance bona fides to ‘meet the moment’ with transformative solutions across a broad range of industries, from agriculture to deep-space missions.”

From 2019 to 2022, Max was chairman and CEO of Agile Space Industries, an in-space propulsion solutions provider. Under his leadership, Agile grew from a team of six to over 60, and acquired Tronix3D, a contract based additive manufacturer specializing in 3D printing of exotic metal alloys.

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Altus Power Acquires 97 MW of Solar Assets Across Nine States

Aerial view of Altus Power’s Hinsdale, Mass. facility

Altus Power Inc. has signed definitive agreements to acquire approximately 97 MW of operating solar assets for approximately $220 million funded by a combination of cash on hand and assumed liabilities. The largest of these portfolios includes 88 MW of generating assets and the acquisition is subject to certain closing conditions. The acquisition of the remaining approximately 9 MW has recently closed and such assets are currently operating as part of Altus Power’s portfolio. Combined, these recently and soon to be acquired portfolios represent approximately 97 MW of solar assets operating across nine U.S. states.

These commercial and industrial-scale (C&I) assets include rooftop, ground and carport-mounted solar arrays. They deliver clean electricity under long-term contracts to predominantly investment-grade customers. Following the closing of these acquisitions, Altus Power expects to own, operate and service these new assets and new customer relationships over the long-term with the potential to offer additional electrification solutions, including battery storage, as well as electric vehicle or fleet charging stations.

“We are excited to bring these new long-term customer relationships and operating assets to our portfolio of C&I solar and storage assets,” says Gregg Felton, co-CEO of Altus Power. “We welcome the opportunity to serve customers in new markets including Pennsylvania, Indiana, Arizona and Nevada, as well as to grow our footprint in existing markets. Altus Power will continue to focus on expanding our customer base as well as profitably increasing the size of our portfolio of commercial-scale assets by leveraging our specific expertise of executing both development and operating opportunities.”

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Battery storage product launches at RE+, the US’ biggest clean energy industry event

EVE’s stand at the event in Anaheim, California. Image: EVE Energy Storage.

Sungrow, EVE Energy Storage and Saft were amongst the big names exhibiting new battery energy storage products at RE+ in California last week.

Sungrow, EVE, Hithium, Trina Storage, AlphaESS and Saft

Around 27,000 people attended last week’s RE+ 2022 event in California, marking the return of the Solar Power International and Energy Storage International events for the first time in three years, under a new unified brand name.

With more than 750 exhibitors across both strands, many were presenting new products, or bringing products launched in the US for their North American debuts.

Of course, we’re not able to present you details on everything that was launched at the show, hosted at a stone’s throw away from Disneyland at Anaheim Convention Center. Nonetheless, here are a few examples from leading industry players.

Sungrow

Solar PV inverter and energy storage system (ESS) solutions provider Sungrow brought its liquid cooled large industrial and utility-scale battery storage systems to the show.

Sungrow’s PowerStack 500kWh product is aimed at the commercial and industrial (C&I) segment, while PowerTitan is a utility-scale system available in 2.2MWh to 2.7MWh configurations.

Both are equipped with a cluster controller which can charge and discharge battery racks individually, which the manufacturer claimed increases overall performance, they also feature automatic state-of-charge (SoC) calibration and automated coolant refuelling.

EVE Energy Storage

EVE Energy Storage, a subsidiary of Chinese lithium battery manufacturer EVE Energy, made its North American debut at RE+ 2022.

The company showcased products for utility-scale, residential and telecommunications applications, including a 1500V liquid cooling system that EVE claimed enables extended cycle life, higher energy density and increases self-consumption of onsite generated power and energy utilisation efficiency.

EVE Energy Storage’s products cover the full gamut from cell to pack to system and battery management system (BMS). The company also presented its new prismatic lithium iron phosphate (LFP) cells and cylindrical battery cells, among other products, at the show.

Hithium

Another Chinese battery maker exhibiting prismatic and cylindrical cells, Xiamen Hithium Energy Storage Technology (Hithium), launched a new 300Ah prismatic cell and a 46mm cylindrical cell.

Hithium focuses primarily on lithium iron phosphate (LFP). The company claimed the new prismatic cell won’t experience capacity fade over the first three years of operation, equivalent to 1,000 daily cycles. It has a total expected 12,000 cycle lifetime and a claimed efficiency of 95%.

Meanwhile the cylindrical cell has a “revolutionary shape” that would be typically 10% cheaper than prismatic form factor cells and has a high explosion-proof rating. Both products will be available from the first quarter of 2023.

Hithium, which was only founded in 2019, is targeting 135GWh of annual battery production capacity by 2025.

Trina Storage

Trina Storage, the energy storage arm of solar PV firm Trina Solar which launched last year, launched the New Elementa battery energy storage system for the US market.

The battery storage unit uses the company’s in-house lithium iron phosphate (LiFePO4) battery cells and battery management system (BMS). Similar to Hithium, it claimed a battery lifetime of over 12,000 cycles.

“Trina Storage views the US as a strategic market. The BESS industry in the US and North America is poised for substantial growth in the coming years,” said Terry Chen, head of Overseas Energy Storage Business.

AlphaESS

Energy storage solutions firm AlphaESS launched a residential energy storage system for the US market, following the launch of its new US subsidiary and head office in Colorado earlier in September.

The SMILE-SP and SPB series are available with AC and DC coupling, with a 7.6/9.6kW hybrid inverter and a standard 8.2kWh battery pack which can support max 11.5kWp/15kWp PV input and is expandable to 49.2kWh. The systems, which use lithium iron phosphate (LFP) battery cells, are suited for retrofitting as well grid forming function fits for all PV inverter brands.

Products showcased at RE+ included the Almighty Knight SMILE-G3 (5kW/10.1-60.5kWh), all-in-one system SMILE-B3-PLUS (3kW/5.04-30kWh), the Three-Phase Warrior SMILE-T10-HV (10kW/8.2- 49.2kWh) and new portable power stations – BlackBee 1000 and 2000 (1-1.6kW/1-2kWh).

Saft

Oil and gas major TotalEnergies’ energy storage subsidiary Saft presented its new generation Intensium Shift utility-scale energy storage system.

The 3MWh unit is a scaleable building block which can be installed with power conversion equipment with a footprint 50% lower than the previous model, while also halving site-related activities, the company claimed.

The product also uses lithium iron phosphate (LFP) cells and will be available from mid-2023, with a duration on offer between two to eight hours.

The company has manufacturing hubs in France, US and China from where the product will be shipped.

A render of a large-scale Saft energy storage system. Image: Saft.

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Wärtsilä supplying two 10MWh energy storage systems in Cayman Islands

Wärtsilä’s Edmund Phillips (left) and CUC’s Sacha Tibbetts signed the order for the delivery of 20 MWh total energy storage capacity to Cayman Islands in May 2022. Image: CUC.

Wärtsilä will supply two 10MW/10MWh battery energy storage systems to a utility in the Cayman Islands.

The Finland-headquartered technology company will provide the BESS units under an engineering, procurement and construction (EPC) contract for the Caribbean Utilities Company Ltd (CUC).

They will be located on Grand Cayman, the largest of the country’s three islands, and will be the country’s first utility-scale projects. They are expected to be operational by mid-2023.

Wärtsilä will provide its modular utility-scale energy storage product, GridSolv Quantum, which will be controlled using its energy management system (EMS), the GEMS Digital Energy Platform. The GEMS platform has numerous capabilities for island power systems, including short term overload capacity, voltage support, black starts and peak shaving.

The energy storage facilities will allow CUC to better utilise existing power plants as well as integrate some 29MW of customer-sited distributed renewable energy resources, without impacting the stability of the grid.

The new systems will connect to the Hydesville, West Bay and Prospect sub-stations, which will provide power system optimisation services like spinning reserve capacity.

Until now, the three-island nation’s power system has been made up of 161MW of diesel generation and 14MW of solar PV.

“Energy storage has proven to be a game changer for our numerous island-based customers in the Caribbean and beyond to simultaneously lower energy costs, reduce greenhouse gas emissions, increase renewable energy consumption, and improve grid reliability,” said Jon Rodriguez, Director, Engine power plants, Wärtsilä Energy in North America.

Wärtsilä has a strong track record in delivering BESS solution and grid optimisation services to island power systems. Projects previously reported on by Energy-Storage.news include those on the US Virgin Islands, Roatan (Honduras), the Bahamas and most recently Hawaii.

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EPC Sterling & Wilson working on solar projects in Nigeria with 455MWh of battery storage

A PV project Sterling & Wilson worked on, in Australia. Image: Sterling & Wilson.

A subsidiary of solar EPC Sterling and Wilson has signed a memorandum of understanding with the government of Nigeria to develop and construct a portfolio of PV and battery energy storage system (BESS) projects in the country.

Sterling and Wilson Solar Solutions, along with its consortium partner Sun Africa, will develop 961MWp of solar at five locations along with BESS with total installed capacity of 455MWh.

Financing for the projects is under negotiation between the US Export-Import Bank, ING and the government of Nigeria.

The installations will ultimately be owned and operated by Niger Delta Power Holding Company, a Nigerian government-owned entity.

To read the full version of this story, visit PV Tech.

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US Department of the Interior announces completion of 485MW California project on public land

The Bureau of Land Management is processing 64 utility-scale onshore renewable projects on public lands in the western US. Image: NextEra Energy.

NextEra’s Energy’s 485MW solar PV co-located plant has reached full commercial operation in Riverside County, California, according to the US Department of the Interior (DOI).

The “Blythe Solar Power Project”, located on public land managed by the Bureau of Land Management (BLM), includes a 387MW battery energy storage system (BESS).

This is the latest solar-plus-storage project to start operations on public land in California, with EDF’s 475MW solar-plus-storage reaching full power operation and NextEra commissioning the 230MW battery portion of its Desert Sunlight project, both in August , while the BLM issued approval for the 500MW solar-plus-storage Oberon project that is expected to be operational in 2023.

To read the full version of this story, visit PV Tech.

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UL1973 safety certification opens doors, speeds up project development, flow battery maker Invinity says

Invinity VRFB units at the Energy Superhub project in England, where the technology is paired with a 50MW lithium-ion BESS in a hybrid configuration. Image: Invinity Energy Systems.

Anglo-American flow battery provider Invinity Energy’s recent attainment of a key safety certification will open up doors for its technology and streamline complicated project development steps.

While projects can be done without them, being certified to standards like UL1973 and NFPA855 makes the “mind numbing” process of going through site-level permitting, commissioning and other development stages much shorter, Invinity chief commercial officer (CCO) Matt Harper said.

Harper spoke to Energy-Storage.news at last week’s RE+ 2022 industry event in California, a few days after vanadium redox flow battery (VRFB) provider Invinity announced that its third-generation battery modules, VS3, got UL1973 certification.

UL1973 concerns the safe operation of stationary battery energy storage systems, evaluating their ability to withstand simulated abuse conditions within charge and discharge parameters specified by the manufacturer.

As such, it has become the major standard for battery storage system safety, alongside the US National Fire Protection Association (NFPA) standard NFPA855, which covers safe installation practices, UL9540, UL’s installation safety guidelines and UL9540A, the famous test to induce thermal runaway and assess likelihood of fire spreading, or propagating, from one cell to others.

Unlike lithium-ion batteries which store energy inside the cells, VRFBs store energy in tanks of liquid electrolyte separately to the cell stack. They do not go into thermal runaway, which means it might be assumed going through safety tests would be relatively easy for a flow battery provider to pass through.

“They are fairly easy to get through, but it doesn’t mean that the tests themselves don’t have this massive amount of stuff wrapped around them,” Harper said.

While UL9540 and specifically UL9540A focus directly on fire safety, UL1973 is a “much broader” standard, and required the Invinity team to spend a lot of time preparing for a test that examines “every aspect of battery safety”.

In some ways, therefore the company benefitted from its tech having certain key differences to lithium-ion, but also meant various aspects of the technology needed to be explained to testers less familiar with the flow battery technology.

In other words, a lot of the work behind getting the certification “is less standard than what gets done by a lot of the other battery companies out there,” Harper said.

“But it allows us to really sort of emphasise some of the unique advantages of the technology, especially around fire safety.”

Having the right certifications is important for bankability, making it much easier for developers to get project financing and therefore playing a vital role in their decision-making process on selecting technologies and technology providers.

According to Matt Harper though, certifications matter from end-to-end throughout the whole development process.

“Even before you get to questions of bankability, if you’re trying to install a battery in the grid that doesn’t have those kinds of certifications, you could do it and we’ve done it, but it’s just a mind-numbing process. It takes a lot longer to go through the site-level permitting, go through the commissioning process, to get everything signed off.

“Whereas if you’ve got, UL1973 or UL9540 certification, then the local electrical inspector is going to look at and say, ‘Ok, you’ve met that, you’ve met the national standard, just go ahead’.”

Important proof point for bankability

To think about the broader question of bankability, providers need to be able to show customers their technology will do what it’s claimed it can do over the lifetime of the project. For companies working in a less mature technology like VRFBs, as opposed to lithium-ion batteries, there is no “magic bullet” that will make a system bankable.

However, alongside third-party verifications of system performance or of various aspects of system performance, safety standards and certifications “start to build a case” for bankability.

Battery storage system integrator and technology provider Fluence, which does typically work with lithium-ion battery chemistries, recently announced results of its UL9540A burn tests, as reported by Energy-Storage.news a few days ago.

Also speaking to the site at RE+ last week, Fluence’s VP of growth and head of commercial Kiran Kumaraswamy also pointed out the different ways in which testing, standards and certification matter.

Being able to point to verified test results helps build confidence for the industry around “many aspects of the technology,” Kumaraswamy said.

“From a financing perspective, from an insurance perspective, from so many dimensions, it proves conclusively what the technology can do for you, in a safe manner and I would also say in a highly differentiated manner against competition and deliver the benefits for the customers.”

Recent updates have been made to UL1973. This week, we will be learning about those and holding a discussion about various aspects of the standard from experts at CSA Group, which carries out tests and helps industry stakeholders to understand the process.

Our webinar with CSA Group will take place live on Thursday 29 September and you can sign up to attend free of charge (no pun intended) here.

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Ørsted and ‘CO2 Battery’ company Energy Dome sign MOU for 200MWh system

Energy Dome’s CO2 Battery facility. Image: Energy Dome.

Danish energy company Ørsted will run a feasibility study on the deployment of a 20MW/200MWh energy storage system using Italian startup Energy Dome’s ‘CO2 Battery’ technology.

The two companies announced a memorandum of understanding (MOU) today, signalling the start of a partnership that Energy Dome said aims to use long-duration energy storage to provide baseload renewable energy to Ørsted’s end-use customers.

Ørsted, which is majority owned by the Danish state, is a primarily renewable energy company with the world’s largest portfolio of offshore wind power. It has made small forays into energy storage including a 20MW system that went online in the UK three years ago.

The first project, a ten-hour system, would be built in continental Europe with construction to commence in the second half of 2024. The MOU includes the possibility of deploying systems at multiple Ørsted sites.

Kieran White, VP Europe Onshore at Ørsted, said: “We consider the CO2 Battery solution to be a really promising alternative for long-duration energy storage. This technology could potentially help us decarbonise electrical grids by making renewable energy dispatchable.”

Energy Dome’s solution, pictured above, uses a thermodynamic cycle to store and dispatch energy with a duration between four and 24 hours. It charges by drawing carbon dioxide from a large atmospheric gasholder and storing it under pressure, and dispatches by evaporating and expanding the gas into a turbine to generate electricity and return it back to the gasholder.

Its 2.5MW/4MWh demonstrator project in Sardinia, Italy, went online in June this year as reported by Energy-Storage.news, which was followed a few weeks later by US$11 million in bridge financing between a Series A and Series B, expected later this year.

Milan-based Energy Dome is also bringing a larger, 20MW/100MWh project to fruition in partnership with utility A2A, using money from its Series A.

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Australian state of Victoria introduces bigger energy storage deployment target than New York

The 300MW/450MWh Victorian Big Battery, Australia’s largest BESS project to date. Image: Victoria State government.

Victoria, Australia, will target the deployment of 6.3GW of renewable energy storage by 2035, one of the most ambitious policy goals set by a state or national government anywhere in the world.  

State Premier Daniel Andrews and energy minister Lily D’Ambrosio announced the target yesterday, describing it as a measure that will lower power prices, create employment and enable increased uptake of renewable energy in their state.

Offering a reaction to Energy-Storage.news, energy economics expert Dr Bruce Mountain of the Victoria Energy Policy Centre (VEPC) thinktank called it “an excellent and significant step in the right direction”.

“Though the details of delivery have not yet been worked out, its establishes a solid foundation. It signifies the Government’s recognition of the importance of storage to the energy transition and will surely boost investor and consumer confidence,” Mountain told Energy-Storage.news.

It comes off the back of the Climate Change strategy introduced by the pair’s Labor Party. That targets 50% of Victoria’s electricity coming from renewable energy by 2030, in a state that currently relies on coal for about 60% of its power.

The energy sector made up about 70% of Victoria’s emissions in 2019, with transport accounting for about a quarter. Labor has set a policy target for net zero emissions from the state by 2050 and is working towards that goal in four-year blocks. In 2020, it exceeded its target to reduce emissions 15% – 20% from 2005 levels, getting closer to 30%.

The government sees energy storage as critical to enabling climate, energy security and economic goals, including large-scale battery energy storage system (BESS) projects and distributed battery storage with rooftop solar PV at peoples’ homes and businesses.

Victoria’s new target is greater than New York’s, which is 6GW by 2030 – currently the highest target in the US, the world’s leader in battery storage growth – albeit Victoria does have an extra five years to deliver.

The Andrews government has also set an interim target of 2.6GW by 2030. The target includes eight hour-plus long-duration energy storage (LDES) as well as shorter duration.

“Victoria is already the renewable energy capital of Australia, and now, we’ll have the biggest energy storage targets in the country too,” Andrews said yesterday.

“We’ve cut emissions by more than any other state, tripled the amount of renewable energy and created thousands of jobs. We’re not just talking about climate action – we’re getting on with it.”

Energy minister D’Ambrosio meanwhile noted that the targets will create “up to 12,700 jobs” in the state, but more importantly will save families money on their energy bills and “slash our state’s emissions for generations to come”.

The target was announced alongside a AU$157 million (US$101.77 million) support package for renewables and storage projects in the state.

That included AU$119 million for a 125MW battery storage and advanced inverter project in one of Victoria’s planned Renewable Energy Zones (REZ) and AU$7 million funding for another 100MW battery storage and advanced inverter project at an earlier stage of development.

Victoria is already home to Australia’s largest BESS to date, the 300MW/450MWh Victorian Big Battery, which went into action at the beginning of this year.

Expert view: Dr Bruce Mountain, Victoria Energy Policy Centre

In June, Energy-Storage.news spoke with Mountain about VEPC’s proposal for the introduction of a national electricity storage target policy.

That was shortly after Australia’s Prime Minister Anthony Albanese, then newly elected after running on a platform that included climate action, pledged the creation of a AU$20 billion programme to enable the country’s grid network to transition to renewables.

VEPC said at the time that an electricity storage target would be a wise and targeted use of Albanese’s billions in funding for what the Prime Minister’s national Labor Party had dubbed the ‘Rewiring the Nation Corporation’. Today, we asked Bruce Mountain for some views on Victoria’s state target.

What’s your immediate reaction to the setting of the target?

BM: This is an excellent and significant step in the right direction. Though the details of delivery have not yet been worked out, it establishes a solid foundation. It signifies the Government’s recognition of the importance of storage to the energy transition and will surely boost investor and consumer confidence.

Are the 2035 target and the interim 2030 target set at appropriate benchmarks?

BM: The target signals an implied complete decarbonisation by 2035. I would imagine 6.3GW, and assuming weighted-average storage duration of around 5 hours (around 18GWh), should be sufficient to ensure reliable supply in Victoria with a completely decarbonised system dominated by variable renewable supply. I would not be surprised if the 2030 target is expanded in due course.

Are the right mechanisms and funding in place for the targets to be achieved?

BM: At this stage the target might be described as an insurance mechanism. I think it will almost certainly develop in time into a proactively managed programme. What has been announced is a solid platform that will facilitate the development of such a programme.

Which are best for Australia: state-by-state storage targets, national targets, or both?

BM: The electricity system is decentralising in response to technology change, administrative capacity in government, and in Australia also constitutional power i.e., electricity supply is the responsibility of the States.

The States are getting ever more actively involved in the key parts of the energy transition. Victoria took the lead, but other States are actively following suit.

The Commonwealth has an important role to play in facilitating co-ordination and in supporting the States including through policies to improve the financial attractiveness of storage. The States are leading, but there is increasing awareness by the Commonwealth of the magnitude of its renewable electricity targets (82% by 2030) and I hope that this will translate into storage policies that support the lead taken by Victoria, and of the other States that follow in its wake.

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Boviet Solar, Vesper Energy Sign PV Module Master Supply Agreement

Boviet Solar’s Vega Series

Boviet Solar Technology Co. Ltd., a global solar energy technology company specializing in manufacturing of PERC PV cells, Gamma Series Monofacial and Vega Series Bifacial PV Modules, has entered into agreement with Vesper Energy, a developer of utility scale renewable energy projects with a 12 GW pipeline of solar and storage projects in North America.

The PV Module master supply agreement will utilize Boviet Solar’s Vega Series BVM7612M 545-555-H-HC-BF-DG and BVM7612M 545-550-H-HC-BF-DG Mono-Bifacial PERC Double glass PV modules for Vesper Energy projects located in Texas and Ohio totaling 680 MW AC.

“The mission of Vesper Energy is to help our customers transition to sustainable, secure, clean energy,” says Craig Carson, president and CEO. “This partnership between Vesper Energy and Boviet Solar will do just that and allow us to enhance the local communities where we work. The partnership is aligned with our goal to create a carbon-free energy future. Vesper Energy is confident in Boviet Solar as a major PV module supplier, and we are proud to enter into an agreement to service more 680 MWAC of our near-term portfolio.”

“We are honored to be awarded this large PV module supply agreement by Vesper Energy,” says Jimmy Xie, Boviet Solar’s general manager. “It is another significant milestone for Boviet Solar’s achievements in the U.S.A market, where we see the demand for solar energy continue to increase. We thank Vesper Energy for their trust in our organizations and our PV modules.”

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