Energy Vault partners with architects SOM for gravity storage in skyscrapers

Partners Adam Semel and Scott Duncan and structural engineer Bill Baker will lead the partnership for SOM, which is known for its work on various skyscraper projects including the Burj Khalifa in Dubai, UAE, the tallest building in the world.
The first deployments of its gravity tech, in China, are with its EVx solution, but it now has four others: EVu, EVc, EVy and EV0. EVy applies the GESS technology to pre-existing slopes and topographies reducing the need for manmade structures, while EV0 integrates it into pumped hydro energy storage (PHES) designs.
EVu and EVc, meanwhile, involve integrating GESS into tall buildings. EVu is designed to integrate GESS into tall buildings through a hollowed structure with heights of 300-1,000m. This could power the building itself as well as others nearby, Energy Vault claimed, and could enable a carbon payback within accelerated timeframes of three to four years.
EVc similarly involves integrating a combination of PHES and GESS technology into tall buildings via a modular water-based system.
Energy Vault CEO Rob Piconi alluded to the new suite of GESS configurations in an interview last year (Premium access).

The EVc solution would integrate PHES technology into tall buildings. Image: Business Wire.

Energy-Storage.news’ publisher Solar Media will host the 2nd Energy Storage Summit Asia, 9-10 July 2024 in Singapore. The event will help give clarity on this nascent, yet quickly growing market, bringing together a community of credible independent generators, policymakers, banks, funds, off-takers and technology providers. For more information, go to the website.

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UK BESS fund Harmony Energy Income Trust scraps dividend, considers selling portfolio

The fund, which is managed by developer Harmony Energy and trades as HEIT, has five operational UK battery energy storage system (BESS) projects and three set to be commissioned this year, all in all totalling 395.4MW/790MWh. Those include the two joint-largest operational systems in the UK and Europe, Pillswood and Bumpers at 198MWh each.
The decision to appoint JLL comes as HEIT scrapped its first quarter dividend, which was initially set to only be postponed. It said it does not anticipate being in a position to pay a dividend for the remainder of the current financial year, which runs to 31 October.
Revenues for all BESS projects in the UK fell dramatically in 2023 as ancillary service markets saturated. Other funds, like Gore Street Capital’s, have managed to partially offset this by going into newer markets in the US and Europe.
Revenues have recovered since then, HEIT said, thanks to growing day-ahead wholesale price spreads, revenue opportunities in the Balancing Mechanism (BM) and higher prices in the ancillary service markets.
The company’s three remaining BESS projects – Rusholme, Wormald Green and Hawthorn Pit – have also had their commercial operation dates (COD) pushed back to Q3 2024, the first because of minor delays to a distribution network operator’s (DNO) connection programme, and the other two because of balance of plant (BOP) contractor delays.
Harmony Energy is engaging the contractor to expedite completion of the Wormald Green and Hawthorn Pit projects as soon as possible, while also exercising its contractual rights to claim liquidated damages to compensate for the lost revenue opportunities.
The falling revenues in the UK market has led to a swathe of investors buying up BESS developer-operators and their portfolios, a trend explored in a recent Energy-Storage.news article (Premium access).

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Alfen and Hydro launch renewables-integrated BESS projects in Sweden

The 20MW/20MWh system will be supplied along with a 10-year service agreement from Alfen, and will be commissioned in Spring 2025. Rabbalshede Kraft plans to add a 30MW solar PV power plant to the site in future as well.
The announcement indicated the BESS would both optimise the output of the wind project (42.6MW, comprising seven Siemens Gamesa 6.6MW wind turbines) as well as provide ancillary services to Sweden’s transmission system operator (TSO) Svenska kraftnät.
Most projects in Sweden are 1-hour projects to target the ancillary services market, which makes up the vast majority of today’s revenue stack, as discussed by the CEO of BW ESS, currently building the country’s largest BESS portfolio, in an interview this week (Premium access).
The announcement from Alfen echoes a 20MW order it received in January from another IPP in Sweden, Vasa Vind, also for co-location with a wind farm.
Hydro starts operating solar and BESS at Vetlanda factory
In concurrent news, aluminium company Hydro (official name Norsk Hydro) has started operating three BESS unit in parallel with ground-mounted and rooftop solar at its extrusion facility in Vetlanda. Aluminium extrusion is the process of creating fixed cross-sectional pieces from heated aluminium alloy.
The solution comprises seven rooftop solar installations totalling 2.1MWp, a 2MWp ground-mounted solar array and three BESS units totalling 4.5MW (MWh not disclosed). The project has a goal of no net loss of biodiversity for natural habitats.
The BESS will provide flexibility to Hydro to optimise the self-consumption of renewable energy but will also provide support services to the grid in Sweden.
The ultimate goal is to make Hydro’s extrusion facilities in Vetlanda and Finspång net-zero via renewable energy.
For an overview of the Sweden and Finland energy storage markets, see a recent article written for Energy-Storage.news by research firm LCP Delta.

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VIDEO: Energy-Storage.news meets… the Long Duration Energy Storage Council

Its members include providers of technologies like flow batteries, thermal energy storage, advanced compressed air, and many more, alongside service providers and potential end-users like Microsoft and Google.
The interview you’re about to see was recorded at the 2024 Energy Storage Summit EU in London.
We cover a lot of interesting areas: from Murtagh’s personal journey from helping shape energy policy in California to joining the LDES Council, to the different definitions of Long-duration energy storage, how newer technologies can compete with or complement lithium-ion batteries in the global market and the Council’s work in modelling future energy systems and educating stakeholders in the energy sector on the role a diverse portfolio of storage technologies can play in the transition to renewable energy.
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Stay tuned for another video interview, this time with Yann Brandt, Flexgen chief operating officer and chair of the energy storage division at the US Solar Energy Industries Association (SEIA), coming soon.
Later in the year, we anticipate launching an online interview series with energy storage industry experts, insiders and thought leaders exclusively for Energy-Storage.news Premium subscribers, so again, stay tuned for that.
Read more of Energy-Storage.news’ coverage of the LDES Council.
Videography by Fergus March.

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Brookfield to acquire Neoen for €6.1 billion

The takeover bid would begin with an acquisition of a 53.32% shareholding from investors including investment holding company Impala and Fonds Stratégique de Participations (FSP), an investment vehicle owned by seven French insurance companies.
Neoen’s board unanimously welcomed the proposed transaction when it met on 29 May, with chairman and CEO Xavier Barbaro quoted as saying the company was “thrilled to open a new chapter in Neoen’s history, with the arrival of Brookfield as our majority shareholder.”
“Our Board of Directors fully welcomes the transaction and sees Brookfield as a partner of choice to preserve the structure and identity of Neoen in the best interests of its employees and its stakeholders,” Barbaro said.
Mandatory cash tender offer to follow initial 53.32% stake
Brookfield would acquire Impala and other investors’ shares at €39.85 (US$43.10) per share, which Neoen noted was a 26.9% premium over its closing price. As of 29 May, Neon’s shares were trading at €31.40, more than double the €15.29 they listed at in October 2018, but well below a January 2021 peak of €57.76.
After the block acquisition of just over half the total shares, a mandatory cash tender offer for outstanding shares would be filed by Brookfield Renewable Holdings at the same price per share, along with outstanding convertible bonds issued in 2020 and 2022 at adjusted prices.
The deal values the French IPP at a total €6.1 billion, and the tender offer is anticipated to be completed in the first quarter of 2025, pending regulatory approvals that Brookfield said it expected to receive by Q4 of this year.
Brookfield Renewable, which contributes to the investment group’s Brookfield Global Transition Fund II and is its biggest investor, intends to invest up to half-a-billion Euros in the acquisition.
Major player in Australia’s energy storage market
Both Brookfield Renewable and Neoen have significant portfolios of renewables and energy storage assets.
Brookfield Renewable has close to 34GW of operational capacity and a claimed 157GW development pipeline including a recent government tender win for a combined 400MW of BESS projects in Ontario, Canada, investments and ownership in large-scale BESS projects in the UK, the US$650 million acquisition of US developer Urban Grid which had 7GW of BESS development projects at the time of Brookfield’s investment in 2022, and ownership of European BESS developer X-ELIO.
Meanwhile Neoen’s combined capacity of operational and in-construction projects is 8.3GW and is targeting to reach 10GW by the end of 2025.
In February, Neoen completed AU$1.1 billion debt financing for a 1.5GW portfolio of solar PV and energy storage assets in Australia, where the company has become a key player in the utility-scale battery energy storage system (BESS) market.
It was the developer behind the Hornsdale Power Reserve in South Australia which was for a while the world’s largest lithium-ion (Li-ion) BESS at 100MW/129MWh when commissioned in 2018 (it has since been expanded to 150MW/194MWh).
Neoen also delivered the 300MW/450MWh Victorian Big Battery in the state of the same name, and currently has other projects in the country in construction or development including the 200MW/400MWh Western Downs Battery in Queensland, another 400MWh project in South Australia, and is currently building a 2.2GWh project in two phases in Western Australia’s Collie region.  
It has also been building some of the European Nordic region’s biggest projects, including a 2-hour 56.4MW/112.9MWh BESS in Finland, and a 93.9MW/93.9MWh project in Sweden targeting the Nordic ancillary services markets.
Its solar and wind portfolio meanwhile includes Finland’s biggest wind farm at 404MW, the 300MWp Cestas Solar Park in France—again, the country’s biggest—and a 375MWp PV plant in Mexico among its notable assets.

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Elevate and ArcLight to build New York City’s ‘largest’ BESS at retiring gas plant on Staten Island

Elevate has completed contracting to build the BESS which will help manage supply and demand on the electricity grid as well as provide ancillary services to maintain grid stability.
Angelo Acconcia, Partner at ArcLight. “The Arthur Kill project, when commissioned, will be New York City’s largest battery storage system installed and the region’s first such existing power facility to be repurposed for battery storage.”
The current largest Energy-Storage.news is aware of a 7MW/30MWh BESS inaugurated last year by utility Con Edison, while in the wider state Key Capture Energy’s 45MWh KCE NY 6 BESS may hold that title.
Building BESS and other clean energy technologies at the sites of legacy power plants being retired can offer significant benefits including existing grid connection and infrastructure, and the BESS are a huge part of replacing the flexible capacity that those plants offer.
New York City has a particular incentive to retire its legacy thermal plants with many of them located close to populations, particularly minority ethnic and low-income groups.
New York state bodies recently approved six BESS projects totalling 42.5MW include one that will be a like-for-like replacement for a turbine at a peaker plant.
New York State has an energy storage deployment target of 6GW by 2030. The New York Power Authority, a utility, recently launched a Request for Information (RFI) for renewable and storage projects to help it get there. Earlier this month, power management tech company Eaton and developer Endurant launched construction on 150MWh of projects across New York City.

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California community energy supplier SDCP secures 304MW of energy storage agreements

SDCP is a not-for-profit electricity provider formed in 2019 as part of California’s Community Choice Aggregation (CCA) programme. The scheme allows entities within service areas of investor-owned utilities, such as Southern California Edison (SCE) and Pacific Gas & Electric (PG&E), to purchase electricity on behalf of local residents and businesses.
Across the state of California, there are currently 25 operational CCA programmes. Giving customers the choice of where their power comes from, several CCAs have been enthusiast adopters of renewable energy and energy storage.
Aypa Power: Euismod BESS project
Under an Energy Storage Services Agreement (ESSA), SDCP will have access to 200MW/800MWh of energy storage capacity from Aypa Power’s 600MW/2,400MWh Euismod standalone battery storage project located approximately 16 miles west of Rosamond in Kern County, California
The project was selected by SDCP as part of the CCA’s 2023 CAISO Transmission Planning Process Request for Information (TPP RFI). SDCP will pay the Blackstone-owned Aypa Power a fixed price with no escalation for capacity, energy arbitrage and ancillary services from the Euismod project for a period of 15 years.
Information relating to pricing within the contract was redacted but was described by SDCP as “competitive” and delivering “significant value” to customers.
The Euismod project will interconnect to the CAISO-controlled electricity grid via SCE’s Whirlwind 230kV Substation. The facility will be located nearby several other large renewable facilities including Clearway Energy Group’s Rosamond complex which interconnects to the same SCE substation.
Aypa Power has a single CAISO interconnection position for this project (queue no. 2055) which is being processed as part of the system operator’s Cluster 14 process. The ESSA is contingent on Aypa Power obtaining an interconnection agreement although one has yet to be agreed amongst the developer, CAISO and SCE.
Under the terms of the ESSA, SDCP’s portion of the Euismod project has a guaranteed Commercial Operation Date (COD) of 1 June 2028. Meeting chair and Council member for San Diego Joe LaCava acknowledged the “continuing challenges” with CAISO but also noted “penalty provisions” within the contract that SDCP had in place.
In the event that Aypa Power is unable to achieve certain development milestones, SDCP would receive financial compensation.
Middle River Power: Two hybrid facilities
Under two separate Financially Settled Toll and Energy Storage Agreement (ESAs), SDCP has purchased the financial hedge and capacity attributes from two hybrid battery facilities being developed by Middle River Power (MRP).
MRP is constructing separate 52MW/52MWh battery facilities at two of its legacy natural gas-fired turbine plants located in Otay Mesa and Escondido named the Border and Enterprise projects. The lithium-ion based hybrid facilities were selected by SDCP as part of its 2024-2026 RFI for resource adequacy (RA) solicitation.
SDCP will pay MRP a fixed price with no escalation for a period of 15 years once the facilities are up and running. The guaranteed CODs for the Border and Enterprise facilities are in June 2026 and December 2026, respectively.
Similarly to the Aypa Power agreement, details relating to contract pricing were redacted within the meeting documents.
Otay Mesa battery storage fire prompts concerns
During the meeting, Joe LaCava raised concerns about battery fires following a recent fire at the Gateway Battery Energy Storage facility owned by Rev Renewables located in Otay Mesa, California. The project has been operating since 2020 and was claimed by the developer to be the world’s highest capacity battery during the time.
In a document posted 28 May on X (formerly Twitter), the California Department of Foresty and Fire Protection (CalFire) for San Diego stated that it was removing final evacuation orders after seeing no signs of thermal runaway for three days, although the risk still remained.
#CaminoIC 5-28-24 Final fact sheet unless conditions change. All remaining evac. Warnings have been lifted. pic.twitter.com/mBUIeWWBXx— CAL FIRE/San Diego County Fire (@CALFIRESANDIEGO) May 28, 2024
Latest deals follow Primergy agreement
In March this year it was announced by utility-scale solar and battery storage developer Primergy Solar that it had signed a long-term Power Purchase Agreement (PPA) with SDCP for the entire output of its Purple Sage Energy Center, as reported by our colleagues at PV Tech.
The project is a proposed 400MWac solar facility co-located with a 1.6GWh BESS located in Clark County, Nevada. SDCP expects to start receiving energy from the facility in 2027.

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‘Volatility is volatile’: Battery storage revenues discussed at RER 2024

‘Volatility is volatile’
A big topic of discussion on the panel, as with many recent industry events, was the falling UK BESS revenues of 2023 after several years of better-than-expected returns.
Alan Smallwood, principal at BESS fund manager Gore Street Capital, said that by its very nature BESS returns will not be consistent.
“Yes, this year might not be such a good period. Battery owners make their money on volatility, and what I tell my investment committee is: volatility is volatile. You’re going to get some good years and you’re gonna get some bad years. And therefore, we shouldn’t make our business case dependent on just the past 12 months, you need to develop a set of beliefs,” Smallwood said.
“Do we believe more renewables are going to come on with the grid, which will drive volatility? In which case, that defines our business case.”
National Grid has done lots of good
Some in the industry have criticised electricity market operator National Grid ESO for not moving quickly enough to reform the Balancing Mechanism (BM) to enable greater participation by BESS, an area which many were hoping would make up for falling ancillary service revenues.
But, to much agreement from other panellists, Masdar Arlington Energy’s head of commercial operations Paul Soskin said that people forget how much the operator has done for the BESS market.
“There’s been a lot of bashing of National Grid, saying the BM’s not good enough, we need to do better and need more action on the BM. National Grid has done a tremendous job of bringing BESS online in GB. It’s not their fault that we have such an overwhelming amount of BESS online, it’s because they’ve been so open and enabled so much functionality for BESS. They’ve done a remarkable job,” Soskin said.
Optimisation not commoditising as expected
Virtually all BESS projects in the UK use an outside optimisation company to play it into electricity markets and maximise revenues. Optimiser penetration is lower but expected to grow elsewhere in Europe and the US.
Field’s Alexa Strobel said that the past belief that optimisation might commoditise did not appear to be materialising.
“One thing that’s interesting is that regardless of who’s doing it, if you look at the optimisers and what they optimise, there are so many different trading strategies employed, even varying for the same asset from month to month. There was a time when we thought optimisers would become a commodity, everyone would be doing the same thing, and revenues would bottom out, but we are seeing a massive range of strategies,” Strobel said.
Agreeing, Masdar’s Soskin added: “I love that two batteries can be in the same location but if they have different optimisers they will have completely different load profiles and revenue stacks.”
Italy’s MACSE auction ‘being driven by the biggest players’
The BM was further discussed later on when Apricum’s Charles Lesser asked the panel about the BESS industry’s relationship with the regulatory environment, to which a common theme across panellists was access to markets.
In her response, BKW’s head of renewables PPA origination Amanda Niklaus made an interesting related point about Italy’s upcoming MACSE auction, which will provide some level of guaranteed revenues for BESS under long-term deals (with the aid of some EU funding).
“It’s important to get support on connection and to be able to participate in all revenue streams that are available, more so than providing fixed revenues over 15 years which I think actually skews the market,” Niklaus said.
“Especially in Italy, where I believe it’s being driven by some of the big players there and may be skewed a bit to their view and might not be suitable for the relatively smaller players. So rather (support should be) on the connection and access to market as opposed to impacting the revenues themselves.”
Data centres as competitors to BESS?
Digital Resources Holdings’ founder and MD Lukas Pfeiffer pointed out that data centres could be seen as a competitor to BESS since they are also a provider of flexibility to the grid with their ability to quickly ramp up and down their electricity use; electricity use which is substantial. In Ireland, for example, around 20% of electricity is consumed by data centres.
“They are some complementary components too, however. We obviously can’t provide power like BESS can and in our set up it’s usually beneficial to have a co-located BESS to be 100% flexible for every megawatt, and there’s also the need for secondary or backup power. Batteries can also turn on faster than we can,” Pfeiffer added.
The event, which took place over 21-23 May last week, was the third edition of the Summit which brings together offtakers, generators, asset owners and financiers in the clean energy market. See the website for more information.

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Europe passes Net-Zero Industry Act amidst mixed fortunes for local battery gigafactories

For example, EU member states will need to apply non-price criteria for renewables projects for at least 30% of the volume auctioned and will only be allowed to source a maximum 50% of the PV modules in auctions from a single country per year.
The package of measures was agreed on by the European Parliament and Council in February and formally adopted by the Council this week, and is set to enter into force towards the end of June.
The ultimate aim is to have a clean energy manufacturing industry, including solar, wind turbines, batteries and heat pumps that can meet 40% of the EU’s deployment needs, and 15% of global demand by 2040.
The EU is also supporting the lithium-ion battery and battery energy storage system (BESS) sectors through a €4 billion (US$4.3 billion) funding package announced in November 2023, and a €3 billion package specifically for batteries announced a month later.
The passing of the Net-Zero Industry Act comes after a swathe of announcements from lithium-ion battery gigafactory projects across the continent showing mixed fortunes.
France: Verkor raises €1.3 billion green loan
French company Verkor has secured a €1.3 billion green loan from 19 banking entities for the construction of its first gigafactory, in Dunkirk, which will have an annual lithium-ion battery production capacity of 16GWh.
The firm’s shareholders include automotive group Renault and its offtake will primarily go to the electric vehicle (EV) sector, but it struck a partnership with system integrator Nidec ASI to co-develop BESS technology in September 2023.
In an interview earlier this year (Premium access), Thomas Herman, of counsel at law firm Herbert Smith Freehills (HSF), said securing financing for gigafactory projects was one of their biggest challenges (HSF advised Renault on its investment in Verkor).
Germany: Svolt withdraws gigafactory plan
It isn’t just local companies building gigafactories in Europe. Numerous China-based companies have set up on the continent including CATL, with the US market more difficult to enter.
One of those was set to be Svolt, a Jiangsu-headquartered lithium-ion manufacturer, but the firm this week said it was cancelling a gigafactory project in Brandenburg, Germany. It has another project, in Überherrn, but that is facing legal action to stop it going ahead.
The reasons given for cancelling the Brandenburg project were a highly volatile automotive market, the lack of planning and legal certainty for the construction of production facilities and the cancellation of an ‘extensive customer project’.
Kai-Uwe Wollenhaupt, president Svolt Europe, said: “The automotive market is currently struggling with considerable fluctuations and challenges all over the world, mainly driven by the transformation to electric mobility.”
“This is leading to some drastic strategy adjustments for some car manufacturers. At Svolt, in addition to already low planning certainty at various levels — from the threat of international punitive tariffs to market distortions due to lengthy and unevenly distributed subsidies — a significant customer project has now also been lost. On top of this, the renewed discussions about the end of combustion engines in the EU are having a counterproductive effect on the planned localisation efforts.”
Norway: Freyr assessing options for gigafactory site
Energy storage-focused lithium-ion gigafactory firm Freyr is weighing up its options for its gigafactory site in Norway (which isn’t in the EU but can access its internal markets as part of the European Economic Area), including turning it into a battery component manufacturing site rather than cells.
The firm announced in late 2023 that it was scaling back its investment plans in Europe including pausing the full ramp-up of its Norway gigafactory site Giga Arctic, with CEO Birger Steen telling Energy-Storage.news that the US’ Inflation Reduction Act (IRA) had made manufacturing lithium-ion batteries in Europe far less cost-competitive.
Freyr has been holding out for a financial support package from the government of Norway, but in early May said it was evaluating use cases for Giga Arctic, after receiving an unsolicited inquiry regarding a potential sale of the 75,000 sqm site for possible use cases including as a data centre.
Note that the potential gigafactory site of UK firm Britishvolt was recently sold to private equity firm Blackstone for exactly that, in April.
Freyr said that the use case for the Giga Arctic site could include its original design as a gigafactory using the semi-solid lithium-ion manufacturing process licensed from 24M, or battery component manufacturing or other related battery industrial applications.
In Europe, it has an energy storage system (ESS) partnership with system integrator Nidec ASI and could pursue similar partnerships in the US with other companies looking to leverage its locally produced battery cells there. It has a gigafactory site in Georgia, on which it is continuing development.
Slovakia: InoBat produces first battery cells
Gigafactory company InoBat announced in late April that it had produced its first battery cells, making it the fifth European country to be capable of doing so with ‘European know-how’ (after Sweden, Norway, Germany and France).
The firm is pursuing a larger gigafactory project in partnership with another China-based company, Gotion.
Energy-Storage.news this week interviewed the CEO of a company in Serbia, ElevenEs, about its gigafactory ramp-up plans and the state of the European market (Premium access).

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PV Tech Power 39: European PV in focus, grid-forming battery storage, and Ireland’s first 4-hour BESS

Following Russia’s invasion of Ukraine and the ensuing energy crisis, the EU made several major policy interventions to safeguard the bloc’s energy security. This led to a period of record-breaking growth for PV deployment as solar moved centre-stage in efforts to break Europe’s dependence on Russian oil and gas. But the drivers of that period of growth are receding, and a number of clouds are building on the horizon, from the prospects of political upheaval to lagging grid development.
Our cover feature in this edition of PV Tech Power explores the forces shaping the fortunes of European PV and drills into the mounting challenges it faces.
As always, ‘Storage & Smart Power’, the section of the journal contributed by our team at Energy-Storage.news, returns.
Articles in this edition include:

Advanced grid-forming inverters: Providing inertia to the grid has perhaps been overlooked as an application where inverter-based resources can step in and directly replace the role of thermal generators. SMA’s Aaron Philipp Gerdemann writes about the potential for inertia and other vital system stability services to be provided by battery storage systems equipped with grid-forming inverters, with reference to some real-world examples.
Shipping battery storage systems: The logistics of getting BESS equipment on site can be complex, and rules and best practices are evolving almost as quickly as the technologies. Canadian commercial and industrial (C&I) specialist TROES looks at the different aspects of shipping BESS to projects safely and on time, and some of the strategies that can be considered.
Ireland’s first 4-hour BESS: A battery storage project at Cushaling wind farm in Ireland’s midlands sets a new standard for duration in the country’s large-scale energy storage market. Rory Griffin, head of grid services at Statkraft Ireland, tells the story behind its development and considers what the project means for the future of BESS development on the Irish grid.

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