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As Virginia pushes in the direction of one of many US’s most formidable energy storage targets, pilot battery storage initiatives have been introduced on-line from the state’s greatest investor-owned utility (IOU).

On the time it handed into legislation in 2020, Virginia’s goal to deploy 3.1GW of energy storage on the grid by 2035 was the most important of its form within the nation, geared toward facilitating 100% emissions-free electrical energy within the state by 2050.

Though the goal has since been surpassed by New York Governor Kathy Hochul doubling a 3GW goal by 2030 for that state to 6GW, Virginia’s goal stays comfortably on the greater finish of targets and targets set within the 10 US states up to now to have adopted them.

Virginia’s utilities have been instructed to ship that rollout, with the state setting various rules and frameworks to enable it in early 2021. As the most important investor-owned utility (IOU) working within the state, Dominion Energy has to place 2,700MW of that complete 3.1GW into service by the center of the subsequent decade.

In 2019, shortly earlier than the goal was set, Dominion had stated it could build pilot battery energy storage system (BESS) projects adding up to 16MW of output. The pilot was enabled by an earlier piece of laws, the 2018 Grid Transformation and Safety Act, which let the utility put money into as much as 30MW of BESS.

Approval for these initiatives from the State Company Fee got here just a few months later.

At the moment, in February 2020, Dominion Energy Virginia said it aimed to commission the four projects by the first quarter of 2021, however after all the COVID-19 pandemic was declared shortly after that. Dominion stated the pilots would price a complete of US$33 million.  

Final week, Dominion Energy Virginia introduced that the biggest amongst its pilot initiatives has simply been commissioned.

Virginia initiatives check out completely different functions and configurations

It contains three independently working BESS on the identical website, including as much as 12MW output. In response to renewable energy and energy storage firm RES, which delivered the undertaking for Dominion, the storage capability of the three mixed techniques is 48MWh.

RES’ Scott Battery Energy Storage System pilot is paired with Scott {Solar}, an current {solar} PV facility in Virginia’s Powhatan County.

It consists of one AC-coupled BESS of 10MW/40MWh (four-hours’ period) to assist Dominion match peak load with peak manufacturing, i.e. storing energy for when it’s most wanted by the grid.

The AC-coupled system makes use of CATL battery cells, Dynapower energy conversion system (PCS) and different energy electronics with RES’ personal energy administration system (EMS) controller, RESolve.

The opposite two BESS on the Scott undertaking are DC-coupled, every one in every of 1MW/4MWh that display the flexibility of the DC-coupled configuration to seize electrical energy generated on the {solar} energy plant’s peak manufacturing, which is in any other case misplaced.

Whereas battery and PCS suppliers weren’t disclosed by RES for the 2 smaller techniques, the corporate did say it integrates the DC-coupled know-how into the {solar} plant’s current inverters, utilizing a custom-made answer developer by RES, EVS and ConnectPV.

RES’ Americas CEO John Rhode stated the Scott undertaking “paves the way in which for extra energy storage initiatives wanted to help a carbon free future,” calling it a milestone undertaking for each RES and Dominion in Virginia.

Dominion famous that along with the undertaking at Scott {Solar}, the pilot undertaking portfolio consists of two extra websites: each are 2MW/2MWh BESS installations at substation websites.

One is within the Hanover County city of Ashland and can display that BESS know-how can be utilized to bolster the present grid and permit Dominion to maintain serving clients in a area of rising demand without having to make costly transmission and distribution (T&D) infrastructure upgrades.

The use case is what has been referred to as the applying of batteries as a ‘non-wires various’ to these upgrades. The Hanover County undertaking is scheduled to come back on-line later this yr.

The opposite 2MW BESS has already been on-line since February at a substation in Virginia’s New Kent County. Paired with a 20MW {solar} PV plant, the system serves to display how batteries will help handle voltage and loading points that may be attributable to reverse energy move.

Dominion famous that in March the Virginia State Corporation Commission also approved Dry Bridge, a 20MW BESS undertaking in Chesterfield County and a 50MW BESS undertaking paired with 100MW {solar} PV at Dulles Worldwide Airport, Loudoun County alongside utility-scale and distributed solar PV projects totalling about 1GW.  

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Fluence CEO Manuel Pérez Dubuc stepping down



Fluence CEO Manuel Pérez Dubuc stepping down

Fluence, the global battery energy storage system integrator, is changing CEO with Julian Nebreda replacing incumbent Manuel Pérez Dubuc next month.

Current board member since September 2021 Nebreda will succeed Dubuc as president and CEO of the company, effective 1 September, 2022. This will follow a transition period with Dubuc, who has been at the helm since May 2020, to ensure a smooth handover.

Nebreda comes from 15 years at AES Corporation, one of the two companies which Fluence was spun out of, along with Siemens, which together still hold a majority of the company’s shares.

His most recent position was executive VP and president of US & Global Business Lines, before which he headed up geographic segments of South America, Brazil and Europe (in descending chronological order).

A press release said that his latest role gave Nebreda responsibility for AES’ renewables’ growth in the US through its clean energy business, including ‘development and implementation of robust supply chain strategies’.

Herman Bulls, Fluence chairman, said: “I want to thank Manuel for his leadership through Fluence’s expansion into Fluence Digital’s AI-enabled technologies, Fluence’s addition of key strategic shareholders, and Fluence’s initial public offering last year. As we look ahead, Julian brings decades of experience in driving transformational change in the energy sector that will benefit Fluence and ultimately deliver value to our shareholders.”

Nebreda will have an annual base salary of US$600,000 per year with a target annual cash bonus opportunity of 100% of that, meaning total potential remuneration of US$1.2 million. He is also receiving a a one-time grant of $2,500,000 of stock which will vest over three years.

Dubuc’s base salary for 2021 was US$450,000 with a bonus opportunity of 75% of that, or US$375,000, meaning a total potential remuneration of US$825,000.

Dubuc also came from a tenure at AES Corporation, of which a big chunk was heading up divisions in South America, including eight months as president of its South America business unit and five years as president of the Mexico, Central America and the Caribbean business unit.

The company grew revenues 250% in its second quarter (January-March), it announced in May when it revealed that it had brought raw material indices-based (RMI) pricing to hedge against price fluctuations (something which has existed in the EV sector for many years).

Fluence topped research firm IHS Markit’s ranking of the largest system integrators globally for 2021. It is also one of the most internationally diversified operators, with projects delivered or announced in the last month alone in Ireland, Taiwan and Lithuania. Growth and market development director for EMEA Julian Jansen recently explained the benefits of being international in an interview with

But, as reported yesterday, it is also aiming to improve delivery times in its home market of the US with a new assembly facility in Utah.

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Western Australia replicates 100% renewable energy town across state



Western Australia replicates 100% renewable energy town across state

The small city of Onslow, Western Australia, is now powered virtually fully by renewable energy, and the utility behind that challenge needs to roll out the identical tech throughout the state.

State-owned utility firm Horizon Energy stated at this time that it’ll deploy distributed energy administration system (DERMS) expertise that helps coordinate the usage of totally different assets like rooftop {solar} PV, battery storage and electric autos (EVs).

Within the demonstration challenge at Onslow, the entire town ran on renewable energy and battery storage for a period of about an hour-and-a-half final 12 months, because of a microgrid system which allowed it to function as a self-contained electrical energy grid.

Whereas meaning Onslow nonetheless depends on pure fuel engines and diesel mills, that reliance is tremendously decreased, and the energy minister for Western Australia, Invoice Johnson known as the demonstration a “landmark step in direction of constructing a cleaner, brighter, renewable energy future for our state”.

The challenge confirmed that distributed energy assets (DERs) could possibly be safely built-in at grid degree, and Johnson, together with Horizon Energy and software program and controls suppliers PXiSE and SwitchDin, talked up the potential for it to be replicated extensively.

Horizon Energy stated at this time that the expertise enabled 4 occasions as a lot rooftop {solar} to be put in and built-in into the grid at Onslow, a city the place greater than 40% of houses have PV.

The DERMS works utilizing predictive analytics to allow maximised penetration of renewable energy on the grid – predicting climate patterns, electrical energy shopper behaviour and so forth – whereas additionally making certain stability and safety of electrical energy provide to houses and companies.

It allows not simply DERs but in addition centralised assets like large-scale {solar} PV and batteries in addition to thermal energy stations to behave in live performance collectively to fulfill native energy wants.

Horizon will introduce the expertise into distant and regional elements of the state. The corporate’s normal supervisor for expertise and digital transformation stated that round 60% of Horizon Energy’s energy techniques are already coping with limits on rooftop {solar}.

The DERMS will “enhance {solar} entry for our prospects, decrease their energy payments, and assist scale back emissions,” Ray Achemedei stated.

The rollout begins within the coastal resort city of Broome early subsequent 12 months and the utility will progressively deploy the tech throughout all of its energy techniques by the center of 2024.

“That is the expertise that can underpin the transition to 100% renewable cities,” Achemedei stated, noting that the paradigm shift from centralised fossil gasoline era sending energy in a single route solely to decentralised and decarbonised energy which is bi-directional or multi-directional in flowing across the grid presents challenges that Horizon Energy is tackling head on.

Different initiatives from the utility embody a tender for distributed microgrids for rural areas launched in October 2021.

Then in November final 12 months, Horizon started Energy Storage in Regional Cities, a AU$31 million programme to equip nine remote towns in Western Australia with shared community battery storage.

That programme is funded by the state authorities and is including about 9MWh of battery energy storage system (BESS) capability to native energy networks. Western Australia’s government put battery storage and solar PV at the heart of its post-pandemic economic recovery plans, introduced in June 2021.

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BESS system integrator FlexGen launches C&I product




US battery energy storage system integrator FlexGen has launched a brand new product for distributed and behind-the-meter functions.

The North Carolina-headquartered firm has launched FlexPod, a set of containerised, modular and scalable storage options designed to fulfill a broad vary of product necessities. Every Flexpod consists of batteries, energy conversion electronics, thermal administration and hearth suppression and is enabled with the corporate’s energy administration software program (EMS), HybridOS.

“Business and Industrial (C&I) companies want scaleable, versatile energy options now greater than ever. It is a sector that’s bearing the brunt of energy inflation and the excessive prices of fossil fuels proper now. With FlexPod, we’re enabling all energy customers to understand the advantages of superior energy storage,” stated Kelcy Pegler, FlexGen CEO.

The advantages of its product embrace a sophisticated functionality to handle energy high quality, ‘out of the field’ integration with {solar}, superior microgrid performance and integration with EV charging infrastructure, the corporate stated. It already has an EV charging resolution which mixes its EMS platform with battery storage, launched in February this year.

Use instances for the FlexPod listed on FlexGen’s website embrace peak shaving, energy arbitrage, demand cost discount, load shifting, grid providers, backup energy, an islanding functionality, combining with {solar} and self consumption.

The corporate added that FlexPod’s full containerisation makes website integration and development simpler and that the product has the power to be tailored over time to altering necessities.

The announcement comes a number of weeks after it raised US$100 million in a Series C round led by Netherlands-headquartered commodities and energy trading group Vitol, as reported by Energy-Storage.information.

FlexGen is a US-only operator with initiatives throughout the nation, however the bulk in Texas and California, together with an enormous 2.1GWh order for developer Ameresco which was recently delayed due to lockdowns in China impact the supply of BESS equipment.

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