Enel Green Power starts building solar-plus-storage with 67MW BESS in Chile

An energy storage capacity (MWh) figure was not given either but projects in Chile are likely to have a duration of 4-5 hours meaning the Don Humberto BESS could have 268-335MWh of energy storage capacity.

The 4-5 hour duration is because BESS projects in Chile will primarily be monetised through capacity market payments, balancing out regional differences in supply and demand, and shifting solar PV production into the evening.

A local source told Energy-Storage.news that four-hour duration energy storage projects will receive 95% of the headline tariff for capacity market contracts, much higher than in the UK where they only receive 46%.

Our source added that the Chilean electricity market has the second-widest price spreads in the world, second only to ERCOT, Texas (where the energy storage market is also ballooning).

Chile is seeking multiple gigawatts of energy storage to be deployed before the end of the decade, to which end it passed a bill late last year to facilitate energy storage activity in the country’s electricity market.

However, the regulatory process to specify the norms and directives for energy storage to operate in the National Electrical System’s (SEN) capacity market and ancillary service market are still to be fully fleshed out, but final rules are set to come in later this year.

Alongside Enel, major actors in the country’s burgeoning energy storage market include AES, which recently turned on a 560MWh BESS, and developer Colbun which commissioned the first of an 800MW pipeline late last year.

Returning for the second edition in Santiago, Chile, the Energy Storage Summit Latin America will explore opportunities in countries such as Chile, Peru, Colombia, Argentina, Brazil and Mexico. Join Solar Media on October 17-18 to meet with investors, policy makers, developers, utilities, network operators, technology providers, EPCs, consultants, law firms and more to make sure you are a part of the rapidly evolving storage landscape in Latin America.

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HSBC Asset Management among investors in battery data analytics provider ACCURE

ACCURE gathers a combination of lab-level and field operation data to forecast and determine the health of batteries, yielding important insights on everything from battery lifetimes to optimal operating schedules. The company’s tech leverages a predictive analytics platform based on AI, field data and modelling.

As readers of Energy-Storage.news will likely know, ACCURE is one of a number of cloud-based battery analytics providers, with CEO Dr Kai-Philip Kairies an occasional commentator on related topics to the site, as well as author of a handful of contributed articles for Energy-Storage.news and our quarterly journal PV Tech Power.

While the largest target market segment for ACCURE and its rivals will likely be the electric vehicle (EV) and wider e-mobility sectors, the solution has an important role to play in the stationary energy storage system (ESS) industry too, CEO Kairies told Energy-Storage.news.

In a 2022 article for PV Tech Power (Vol.32), Kairies wrote about the way cloud-based analytics can be used to predict critical faults in battery energy storage system (BESS) assets and provide insights to correct them before any damage occurs.

“We see the BESS industry adopting a data-centric approach to safety that emphasises anomaly identification before an event occurs. Our customers understand battery data’s important role in maintaining a reliable and safe system,” Kai-Philip Kairies told Energy-Storage.news yesterday.

“With our predictive analytics platform, we can detect potential issues and threats several weeks before escalation into a thermal runaway event.”

The company claimed its solution has prevented more than 50 battery incidents, as well as improving performance and output of utility-scale energy storage systems worldwide. Kairies claimed more than 2.6GWh of battery assets have been onboarded to the platform to date.

According to Kairies, while the capabilities of the platform are “extremely valuable” to BESS asset owners, insurance companies have also taken note, the CEO claimed, with some insurers “offering reduced obligations, deductibles, or even lower premiums” for projects utilising analytics.

“It’s this sort of proactive approach to safety that is going to propel the industry forward,” Kairies said.

The news builds on a US$8 million fundraise for ACCURE in 2022. It also comes shortly after US battery analytics provider Peaxy raised US$12 million in July for its platform Peaxy Lifecycle Intelligence (PLI). Fellow Germany-based rival TWAICE raised US$26 million in 2021.

Cloud-based battery analytics at Energy-Storage.news

Articles

Read exclusive extracts of two articles from our quarterly journal, PV Tech Power (Vol.35) on battery analytics and their role in the commissioning and lifetime of BESS assets, one each from Twaice and ACCURE.

Using battery analytics to support BESS commissioning: A technical deep dive, by Dr Kai-Philip Kairies, ACCURE

Cloud-based analytics for de-risking BESS deployment and operation, by Dr Stephan Rohr, Sebastian Becker, Dr Matthias Simolka, TWAICE

Read the full versions of both articles with a subscription to PV Tech Power, either purchased separately or as part of a subscription to Energy-Storage.news Premium.

Webinars

Watch Energy-Storage.news’ 2023 webinars on battery data analytics and closely related areas. Click the headline to access the on-demand recording (registration required) and get presentation materials, or watch via the embedded YouTube windows below:

How to use AI & machine learning to predict battery lifecycles Q4 2022

This webinar looked at how to build a data-driven foundation for BESS asset management using cloud-based battery analytics, how to leverage existing data from the battery management systems (BMS) and differentiate the role of the BMS from analytics.

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Sponsored by HMS Networks, featuring an appearance from ACCURE Battery Intelligence battery expert Jan Figgener

De-risk and protect your battery storage asset from the very start with Digital Commissioning and In-Life Analytics Q2 2023

This webinar looked at the role of cloud-based battery analytics in ensuring battery storage assets get the right commissioning and in-life management.

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Sponsored by TWAICE.

The economic benefits of cloud-based battery analytics for energy storage assets Q2 2023

By providing actionable insights into battery performance and enabling predictive maintenance, cloud-based battery analytics can significantly reduce costs and improve the overall efficiency of battery storage systems. This webinar explored the economic benefits of cloud-based battery analytics for battery storage operators.

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Sponsored by PowerUP!

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Northvolt raises US$1.2 billion and produces first BESS at Poland plant

The Gdansk facility spans 25,000 square feet and finished construction in May this year, with production line validation set to conclude soon for customer deliveries to commence later in 2023. It received an EU grant last year.

Northvolt’s new debt funding was provided by the Investment Management Corporation of Ontario (IMCO), global asset manager BlackRock, Canada Pension Plan Investment Board (CPP Investments), and pension investor Omers. Omers took part in last year’s convertible note funding while IMCO concluded a US$400 million note with Northvolt in June.

It means Sweden-headquartered Northvolt has now secured over US$9 billion in equity and debt to deliver on over US$55 billion in orders from key customers mainly in the automotive space, including BMW, Scania, Volvo Cars and Volkswagen Group, but also more recently the world’s largest BESS provider Fluence.

Alexander Hartman, CFO of Northvolt, said: “We have found a committed group of investors that understands both the urgent need and massive financial potential in enabling the swift electrification of society. However, there is a long road ahead if Europe and North America are to reach their full potential as leaders of the energy transition. To create a pathway for global warming below 1.5°C, both the private and public sector need to mobilize resources at an unprecedented scale.”

Northvolt is also developing a gigafactory in Germany, a dedicated cathode material production facility in Sweden, while it started operations at a battery recycling facility also in its home country last year.

Europe has a substantial pipeline of lithium-ion gigafactory projects, with annual production capacity set to hit 1,117GWh by 2030 according to Benchmark Mineral Intelligence, while the US’s figure is 1185.6GWh, as of June this year.

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The challenges for BESS optimisation firms

The past possibility of successfully monetising a BESS by having it simply sit in one or two different ancillary service markets is fast disappearing, with those markets’ saturation forcing a rapid diversification of the revenue stack. That diversification requires a more sophisticated trading strategy, most likely with the help of AI-based forecasting, which is where BESS optimisation firms’ value proposition comes in.

“Energy price forecasts, especially with confidence intervals, will increasingly be used as inputs for batteries as they must decide the extent to which they bid into ancillary services, the day ahead energy market, or save capacity to capture real-time volatility,” says Enertel cofounder David Murray.

Firms can either simply provide price forecasts to enable in-house decision-making, like Enertel, or go one step further and offer to take over management of the BESS, like Habitat does, while sometimes each part may be offered by a different third party. No model is without its challenges.

Optimisation firms’ lack of transparency

The first, which Energy-Storage.news has written about extensively, is optimisers’ lack of transparency into the AI algorithms which forecast the prices underpinning trading decisions, and then even the forecasts themselves which typically won’t be provided either.

This is, according to some, because of a fear that providing the pricing forecasts to customers will allow those customers to reverse-engineer the optimisers’ algorithms – their ‘secret sauce’ – and steal their competitive advantage.

The lack of transparency might be fine for some developers who are happy for “results to speak for themselves”, as one optimiser Gridmatic put it to Energy-Storage.news a few months ago, but won’t be for others.

Habitat Energy cofounder and CEO Ben Irons says the company takes a similar approach to managing BESS projects: “With our model, you give us the keys and we’ll generate the revenue. Transparency isn’t as much of an issue as long as the revenue comes in. The project owners don’t necessarily need reporting on a day-by-day basis since they are not the ones pushing the buttons.”

There obviously need to be conversations with the asset owner on their specific requirements around BESS’ lifetime warranty, and any physical constraints that might bring, as well as their risk-return appetite, he says.

“But once the asset goes live we give regular performance updates but we resist letting them get involved in trading because that’s a responsibility they’ve assigned to us.”

Irons says that it’s actually when you separate the forecasting and optimisation pieces to separate third-parties that the lack of transparency becomes a big issue, which is why Habitat only offers the wrapped service and not just forecasting alone.

“If you’ve got one company sending a stream of instructions saying you should discharge at 4pm, and the other company which is receiving those instructions and responsible for pushing the buttons thinks it should be at 5pm, you can see why tension arises. The trader will call up the forecaster and ask for some transparency behind the recommendation, and the forecaster will say ‘that’s our suggestion, take it or leave it’.”

Habitat’s own forecasting and trading desks work very closely with each other to this end, Irons says.

Giving away ‘secret’ strategy

Another potential challenge is related to that need to keep a distance between owner and optimiser. One source said project owners have the conundrum of wanting to work closely with an optimiser to come up with a good trading strategy for their BESS portfolio, only for the optimiser to then apply that strategy to other assets in its portfolio.

Irons doesn’t see much in this though: “There’s no code to crack. Everyone’s trying to make as much money as possible by sticking their battery in whatever revenue stream makes the most sense on a given day. That’s not a secret.”

“It ultimately comes down to your forecasting, your trading team’s experience and your ability to switch in and out of these services. And it’s changing all the time, from week to week and day to day. We can all see this trading performance anyway. If something was a secret briefly, it wouldn’t stay so for long.”

Preference for in-house control of assets

It’s fairly obvious that if you can make the same returns on your BESS asset, you would prefer to keep the management of it in-house.

Larger asset owners won’t want an automated solution because of over-reliance on a software provider when they have GW+ of capacity, and will want to retain agency over optimisation decisions, Enertel’s cofounder David Murray claims.

However, Irons says that even as asset owners get larger and more familiar with BESS, there will still be plenty of value for third-party firms to add. It takes around 2GW of operational capacity before the in-house model gets even remotely cost-competitive and even that is with some significant caveats, Irons says.

“If you’re a battery owner or developer, your skills are in raising money, procurement and EPC. Do you really want to have to go and hire data scientists and compete with Silicon Valley by creating a tech team within your asset ownership company? You’d need to be very committed and confident to do that.”

He also points out that many large asset owners, like UK energy storage fund Gresham House, use many different optimisers in order to see how each is performing.

Commoditisation of BESS optimisation

Some sources have suggested the widespread use of third-party optimisation for BESS can be seen as a form of commoditisation but Irons refuted this, saying there is still a very wide range in performance of as high as 50% more revenues.

“I think we will see consolidation in the BESS space and that raises the question about whether we will start to look more and more the same over time? Quite possibly because that process will remove all the low performers so the difference between the top and bottom performers will reduce.”

There are as many as 20-25 companies offering third-party BESS optimisation in the UK, for example.

Habitat Energy was founded in 2017 and acquired by Quinbrook Infrastructure Partners in 2019, and is currently active in the UK, ERCOT (Texas) and Australia.

Read all recent coverage of the BESS optimisation space here, including a guest blog on AI in optimisation by developer Spearmint Energy, contract wins in the UK for Habitat Energy and Danske Commodities, US player Gridmatic making a big push to expand its tolling business, where it pays developers a fixed fee for to take on the management (and all upside) of BESS projects.

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AGL, Wärtsilä complete 250MW Torrens Island BESS project in South Australia

AGL announced its plan to build the BESS back in late 2020. The company is seeking to transform Torrens Island into a “low carbon energy hub” and after decommissioning two out of three units at the gas plant, will retire the third in 2026.

Meanwhile, it has also invested in a new 211MW gas-fired reciprocating power plant, Barker Inlet, on the island, which together with the BESS is part of a AU$475 million (US$304.85 million) commitment to major energy projects there from the utility.

Also in the works is a planned large interconnector between the states of South Australia and NSW which could be online in mid-2026. AGL said last November in announcing the final Torrens plant unit’s closure that the interconnector would reduce the economic viability of the former 800MW plant.

AGL first floated that the BESS could have up to 1,000MWh capacity for 250MW output, but by the time contracts were signed to bring Wärtsilä onto the project in August 2021, it had been revised to its present sizing.

The Torrens Island BESS will help integrate local renewable energy generation, to help maintain the stability of the grid, and Wärtsilä noted the option remains to increase its duration to up to 4-hour.

According to a Wärtsilä release at that time, the contract to supply the BESS equipment and carry out engineering, procurement and construction (EPC) duties was worth more than €100 million (US$109 million). Marking AGL’s first project, it was also the first contract to be handed out by the utility after selecting Wärtsilä as well as rival Fluence as battery contractors through a competitive solicitation.

Wärtsilä, which makes fuel-fired engines as well as energy storage solutions, was also a key contractor on AGL’s Barker Inlet flexible power plant.

AGL CEO Damien Nicks said today that the project was constructed in just 18 months, calling it a “a great example of what can be achieved when government, regulators and the private sector are all working together”.

The system is thought to be second in size only to the Victorian Big Battery (VBB) in the state of Victoria, which is 300MW/450MWh and went online in late 2021 through developer Neoen. However larger projects are already underway, with the Waratah Super Battery in New South Wales (NSW) at an output of at least 850MW and capacity of 1,680MWh the standout.

Inertia from ‘virtual synchronous generation’

It is also the largest BESS in Australia which will provide synchronous inertia to the grid through the application of advanced inverter technology, Wärtsilä claimed. The vital grid service has been traditionally provided on grids around the world by the large rotating mass of thermal generators.

With thermal generation being replaced with variable renewable energy (VRE) from solar PV and wind, the need to replace that inertia has led to numerous large-scale battery projects in Australia being equipped with advanced inverters.

Including retrofits and new-builds, the Australian Renewable Energy Agency (ARENA) has for example directly financially supported the addition of so-called ‘synthetic inertia’ capabilities to BESS projects.

On the Torrens Island project, which will operate in grid-forming mode to deliver the so-called ‘virtual synchronous generation’ (‘VSG’), inverters have been supplied by German PV inverter maker SMA.

However, although the Victorian Big Battery was chosen by ARENA to receive funding for an advanced inverter upgrade, the Torrens Island project was not among eight selected in late December 2022 by the agency. That means once the VBB’s upgrade is complete, that will also be the largest BESS with advanced inverters providing inertia in the country.

“Australia’s energy transition is all about balance. Wärtsilä is partnering with AGL to help balance intermittency of renewables and provide flexible energy capacity, while reducing their operational and lifetime costs,” Andrew Tang, VP of energy storage and optimisation at Wärtsilä said.

Wärtsilä is currently working on another large-scale Australian BESS project. Near the site of Eraring, a black coal power plant set to retire in 2025, the energy storage provider is delivering a 460MW BESS for another major utility, Origin Energy. Construction is thought to be underway, after an update in April said the start was “weeks away”.

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Smarter Grid Solutions Chosen for NREL ESIF Project

The U.S. Department of Energy’s National Renewable Energy Laboratory (NREL), based in Golden, Colo., has chosen software provider, Smarter Grid Solutions (SGS) to implement a Strata Grid Distributed Energy Resource Management System (DERMS) at NREL’s Energy Systems Integration Facility (ESIF).

The ESIF is one of the nation’s premier energy systems integration laboratory facilities focused on development and deployment of clean energy technologies and resilient distribution systems. NREL sought a DERMS capable of replicating utility control and the monitoring of distributed devices from small residential systems to the grid substation level.

SGS, a subsidiary of Mitsubishi Electric Corporation, has supplied DERMS software to distribution utilities, clean energy developers and asset operators. Example use cases of SGS’ Strata Grid DERMS system include the autonomous operation and coordination of modern grid devices, leveraging DERs for improved grid planning and operation, and demand-side management and customer engagement through bidirectional communication with utilities and energy market operations.

“DERMS-related research is core to the integrated, multi-disciplinary work happening at ESIF,” says Sarah Williams, NREL ESIF research project manager. “We have confidence we are developing a powerful toolbox with SGS to address both existing and future use cases,”

DERMS can enhance control and visibility for utilities and electric cooperatives, allowing their operators to manage incoming renewable energy resources and grid-edge devices for improved reliability, resilience and efficiency of the electrical system.

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Complete Solaria Agrees to Sell Select North American Solar Panel Assets

Complete Solaria Inc., a solar technology, services and installation company, has entered into a non-binding letter of intent to sell certain Complete Solaria North American solar panel assets to a global, tier-1 panel manufacturer. The agreement also includes a provision for the buyer to supply premium, high-power solar panels to Complete Solaria.

“We are shifting our business away from manufacturing and toward our highest margin, most popular ‘total-service model’ in which we design, install and warranty full solar systems,” says Will Anderson, Complete Solaria CEO. “However, we will maintain access to our market-leading premium panels that support our end-to-end customer offering. Our Pro Partner installers will also benefit with access to a broader range of products. This is a great deal for us.”

Closing of the deal is expected by the end of September. There can be no assurance that the transaction will close. Key terms and closing schedule may be subject to change.

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NREL: Closed-loop pumped hydro ‘smallest emitter’ among energy storage technologies

While pumped hydro is the longest established storage technology used widely on the grid in the US and the rest of the world, still representing the largest share of the storage market by capacity, few studies have been conducted into its impact on greenhouse gas (GHG) emissions.

Pumped hydro technology is simple and effective. PHES installations comprise two large bodies of water, one above the other, and water is run down from the upper level to the lower reservoir and passed through turbines to generate electricity.

When it comes to ‘recharging’, the water dropped into the lower reservoir is pumped back up, hence the name. Speed and quantity of water down through the turbines can be managed so that pumped hydro plants can provide hours of storage duration.

However, the costs, time and nature of the large engineering project they represent, as well as the need for specific topography means pumped hydro can’t be built anything like as quickly as, say, lithium-ion battery energy storage system (BESS) assets.

As of 2019, the US had 22.9GW of PHES on the grid. Lithium-ion batteries are its closest rival today, having reached an installed base of 9GW/25GWh by the end of 2022, according to figures from the American Clean Power Association (ACP).

Comparison with three other technologies

NREL’s researchers looked specifically at closed-loop pumped hydro. ‘Closed-loop’ refers to the source of water, meaning that the PHES plant is “not continuously connected to a naturally flowing water feature”, according to a US Department of Energy (DOE) definition. As seen in the diagram above, an open-loop PHES plant would conversely be connected to a body of flowing water.

Closed-loop PHES was compared with compressed-air energy storage (CAES), utility-scale lithium-ion (Li-ion) battery storage, utility-scale lead acid batteries and vanadium redox flow batteries (VRFBs).

Taking a base scenario in which the electricity mix on the grid is 100% renewable energy, NREL’s researchers looked at 39 preliminary designs for 35 different proposed PHES sites in the US. It was assumed that a PHES plant would have an output of around 835MW and energy storage capacity of 2,060MWh on average.

Including materials and construction, closed-loop PHES was found to have lower global warming potential (GWP) than all three other technologies, with lithium-ion second, VRFBs third, CAES fourth and lead acid in fifth place. This was based on emissions per kilowatt-hour (kWh) of electricity stored, with closed-loop PHES found to have a GWP of between 58g to 502g of CO2 per kWh.

Today, driven by the need to store increasing amounts of energy to help integrate growing shares of variable renewable energy (VRE) generation from solar PV and wind, PHES plants are making a comeback around the world.

New large-scale PHES projects are in construction or have recently gone into commercial operation in regions including India, Australia, China, Portugal and Spain, while several are in development in the UK, Canada and the US. Another recent report from NREL, this time in collaboration with Argonne National Laboratory, found that Alaska alone holds the potential to host up to 1,800 pumped storage hydropower sites.

Different energy storage technologies are often put to different applications. For instance, lithium-ion batteries are very good at high power applications that require very fast response times, while pumped hydro’s main role tends to be in providing high energy requirements for long-duration energy storage (LDES).

The NREL team acknowledged this, but taking the example of compressed air, report author Daniel Inman said that although CAES is used for different services PHES doesn’t provide, such as grid inertia and grid resilience, emissions from PHES are nonetheless about four times lower than from CAES.

The full report, ‘Life cycle assessment of closed-loop pumped hydropower in the United States’ by NREL’s Daniel Inman, Gregory Avery, Rebecca Hanes, Dylan Hettinger, and Garvin Heath can be found here.

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Energy Storage Awards 2023: Meet the judges

In order to do that in the right way, having a team of judges with credibility and established standing within the energy storage industry was absolutely vital for the Solar Media events team and the editorial staff here at Energy-Storage.news.

We are so proud to be presenting awards to Europe’s leading innovators, thinkers and doers, that will be chosen by our hand-picked judges, from academia and industry.

The deadline for submitting nominations has now passed and our expert judges are in the process of making their selections, ahead of the ceremony, which takes place on 28 September 2023 at Park Plaza London Riverbank.

“Energy storage systems are essential for achieving a net-zero future, and it’s exciting to see so many innovative approaches to tackling this problem,” says Billy Wu, senior lecturer at Imperial College London’s Dyson School of Design Engineering.

As someone that looks at the point at which practical engineering and fundamental science intersect, working on everything from fuel cells and supercapacitors, to, of course, lithium-ion batteries, Wu is well-placed to understand the industry ecosystem and what needs to happen for energy storage technologies to become a mainstream enabler of renewable energy adoption.

“Highlighting and recognising the efforts of these breakthroughs, hopefully will give greater visibility to these fantastic efforts.”

Wu is also an industrial fellow at the Faraday Institution, which is the UK’s independent research institute for research, skills development, early stage commercialisation and market analysis for energy storage.

‘It’s certainly an exciting space to be in’

“It’s really rewarding to see how energy storage has evolved from a nascent technology to something that’s now widely accepted and absolutely crucial for integrating renewable energy,” says another of our judges, Susan Taylor, senior analyst for batteries and energy storage at S&P Global Commodity Insights.

Readers may remember Taylor from her previous role as an energy storage analyst for the European Association for Storage of Energy (EASE). She is another judge with a strong scientific background, having previously worked as a researcher for vanadium redox flow batteries (VRFBs) and a development scientist for graphene supercapacitors.

Storage markets continue to grow across all sectors  – it’s certainly an exciting space to be in at the moment and I look forward to seeing more positive growth and progress in the future!Susan Taylor, S&P Global Commodity Insights

The great progress being achieved in the energy storage industry needs to be rewarded, and that is why Corentin Baschet, head of market analysis at consultancy Clean Horizon, says he is glad to be among the judges for this year’s inaugural awards.

Baschet, who has been part of the industry for over seven years, says the energy storage sector is evolving so quickly that he is always learning new things: “Each day brings new challenges and opportunities with new players no one could have expected the day before,” Baschet says.

“Energy storage systems are complex systems with a lot of applications and use cases which make building business cases a very exciting exercise,” according to Baschet.

Also on the judging panel are:

Gerard Reid, co-founder of Alexa Capital

Patrick Clerens, secretary general of EASE

Nelson Nsitem, energy storage associate at BloombergNEF

Louise Dalton, partner, CMS

Mollie McCorkindale, energy storage analyst, Solar Media Market Research

Chris Morrison, head of energy technology Europe, Green Investment Group

Rachel Hayes, associate director, Regen

Jan Libicek, investment director, Triple Point

Andy Colthorpe, editor, Energy-Storage.news

Florian Mayr, partner, Apricum – the Cleantech Advisory

We’ll leave the final word to another of our judges, Apricum partner and energy transition finance expert Florian Mayr:

“I am a full-blood energy storage aficionado. It’s the most versatile and often most economic solution to provide flexibility to the power system – flexibility that is urgently needed to meet the ambitious targets for renewables deployments and to make the energy transition happen.”

Learn more about the Energy Storage Awards at the official website here, or send enquiries to: storageawards@solarmedia.co.uk.

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Clenera Kicks Off Commercial Operations at Apex Solar Project

Clenera, an Enlight company, began commercial operations earlier this month at its Apex Solar project located in Beaverhead County, Mont. This important milestone is the first joint project completed by Clenera since Enlight, a developer, owner and operator of utility-scale renewable energy projects, acquired it in August 2021.

Delivered on schedule, Apex Solar, which is equivalent in size to the largest solar project in Montana, is expected to make a significant contribution to the renewable energy mix in the state. The project is contracted to NorthWestern Energy under a 20-year power purchase agreement and is expected to generate power equivalent to the annual consumption of 13,500 households.

“Apex Solar is now part of the diverse portfolio of generation resources serving our Montana customers,” says John Hines, NorthWestern Energy vice president supply and Montana government affairs. “While our 24/7, on-demand generation resources, such as the Yellowstone County Generating Station and the Colstrip plant are absolutely necessary for NorthWestern Energy to help address our customers’ needs during critical weather, they are also necessary to balance the variable generation of sun and wind resources.”

In addition to Apex Solar, Clenera is developing additional projects in Montana. This includes an advanced development project immediately adjacent to Apex, which leverages the same point of interconnection as Apex, under the company’s interconnection-led “land-and-expand” strategy.

The project is expected to add $25 million in tax revenue for Beaverhead County and over $5 million for the state. Bank of America and NORD/LB provided construction financing for the project and Huntington National Bank is providing long-term financing for the project.

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