EnergySage Reports Solar Prices, Installer Brand Loyalty Increase

EnergySage has released its 16th Solar and Storage Marketplace Report. 

This semiannual report analyzes millions of transaction-level data points generated by quotes sent to homeowners shopping on EnergySage.com for solar panels, inverters, batteries and more from solar companies in 41 states and Washington, D.C., in 2022.

Below are key insights from the report:

Solar prices continue to increase, rising over six percent year-over-year: Ongoing equipment supply constraints continue to impact pricing, as the quoted price of solar on EnergySage has increased to $2.85 per watt, a 6.7 percent increase since the lowest price in early 2021.

The installed cost of energy storage is up as well, increasing by $50 per kWh stored, or 3.9 percent, in 2022.

There were more shifts in market share for the top quoted solar panel brands: In the second half of 2022, Q CELLS overtook REC as the most frequently quoted panel brand on EnergySage with more than one-quarter of all quotes including Q CELLS panels.

Additionally, as installers looked to secure their supply during shortages in 2022, the share of quotes represented by the top three brands on EnergySage continued to drop – from 66% in 2021 to 58% in 2022. Enphase remained the most quoted inverter and battery storage brand.

In the second half of 2022, 59% of installers offered only a single inverter brand, the highest level of brand loyalty since EnergySage began tracking this information in 2014.

Similarly, over one-third of installers only worked with a single solar panel brand, the highest level since 2015. More than just installer brand loyalty, these trends provide insight into consumer choice and supply chain availability as well.

“While the solar tax credit was extended and expanded under the passing of the Inflation Reduction Act in August, we also saw California pass new rules that negatively affect its net metering program,” says Vikram Aggarwal, EnergySage CEO and founder. “Through these highs and lows, consumers continue to depend on EnergySage for help understanding and navigating the complexities of their electrification journey.”

Download the full report here.

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New Hampshire residential battery programme hailed a success

The programme is being deployed in the US state of New Hampshire, in the New England region of the country. Image: Waterville Valley Town Square. Credit: Robert Linsdell / Flickr.

The first phase of a residential battery storage program in the US state of New Hampshire has met all its conditions and saved the utility “more than expected” after an initial 100 units were deployed.

The Battery Storage Program from local utility Liberty Utilities was approved by the State of New Hampshire Public Utilities Commission in 2019 and involved Liberty subsidising the purchase of residential battery storage systems.

The batteries would then be used to charge from the grid during off-peak hours and provide power to the home during peak hours, with usage and performance monitored and data collected by Liberty. In extreme cases Liberty can activate the batteries to provide power to the grid too, for which customers would be compensated.

The first phase, a pilot part of the project, involved the deployment of 100 systems. Those have now been deployed and operational for at least 18 months and Liberty now has until the end of May 2023 to provide a proposal on how it plans to move to phase two of the programme.

“The Commission finds that the first phase of the Battery Pilot has been deployed and that several conditions related to the deployment and evaluation period of Phase 1 of the Battery Pilot have been met,” the Commission’s docket read.

New Hampshire is in the grid territory operated by ISO New England (ISO-NE), which also serves Connecticut, Maine, Massachusetts, Rhode Island, and Vermont.

The docket said that in the evaluation period (December 2020 – November 2022) Liberty dispatched the deployed batteries coincident with the ISO-NE system peak with an accuracy of 79% based on the weighted average monthly coincident peak, or 81% based on the weighted average annual coincident peak.

“(Third-party consultant) Guidehouse concluded that actual savings (from the programme) were higher than projected savings given higher-than-projected performance during both monthly and annual coincident peaks, after adjusting figures to match the estimated number of batteries installed and system charges in the Settlement Agreement,” the Commission added.

“I am extremely enthusiastic about the pilot and would like to see it continue to thrive and even expand,” Donald Kreis, New Hampshire’s consumer advocate on energy issues told a local outlet.

Customers wanting to enrol in phase one either had to pay US$50 a month for 10 years or a one-off upfront fee of US$4,866, and the home storage system chosen by Liberty was the Tesla Powerwall 2. Each customer needed to install two in their home, and installation, service and maintenance has been covered in full by Liberty. Enrolled customers have been moved on to time-of-use (TOU) rates.

Programmes such as these have been seen across the globe, with Energy-Storage.news most recently reporting on similar ones in Australia and Puerto Rico.

Energy-Storage.news’ publisher Solar Media will host the 5th Energy Storage Summit USA, 28-29 March 2023 in Austin, Texas. Featuring a packed programme of panels, presentations and fireside chats from industry leaders focusing on accelerating the market for energy storage across the country. For more information, go to the website.

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Net Zero Industry Act makes Europe competitive in battery value chain, trade group says

Different lithium battery cell types. Image: PI Berlin.

The European Commission’s policies aimed at supporting the manufacturing of clean energy technologies are a “game changer” for making the battery industry competitive.

That’s according to Claude Chanson, general manager of trade association RECHARGE, after the Net Zero Industry Act and Critical Raw Materials Act which were announced by the European Commission (EC) last week.

The proposed directives are aimed at creating an end-to-end value chain for various technologies categorised as supporting the low carbon energy transition, from the extraction and processing of raw materials to manufacturing finished products and solutions.

“These two Acts can become a real game changer for competitiveness of the European battery value chain,” Chanson said.

RECHARGE, which represents the European rechargeable and lithium battery industries, welcomed the acts and Chanson said that the EC had “rightfully identified actions to tackle the challenge of supply of batteries materials and to further stimulate the domestic production of net zero technologies of which batteries are part of”.

As reported by Energy-Storage.news last week (16 March) as the Acts were published, energy storage is included in the categorisation of net zero technologies, along with a broad range of other equipment from solar PV modules to carbon capture and storage.

That had not been the case in earlier leaked drafts of the Net Zero Industry Act, and one industry source had hailed the later inclusion as a “huge victory”.

What is also notable, the European Association for Storage of Energy (EASE) pointed out in a statement, is that the categorisation includes not just batteries, but all forms of energy storage, encompassing heat storage as well as electricity storage.

The EC had made a welcome effort to “guarantee technology neutrality and a level-playing field for energy storage,” EASE said, but added that it is important that whichever definition or definitions of storage make it into the Act in its final form is aligned with previous definitions given in the European Union’s Clean Energy Package.

That’s because the Package includes cooling as well as heating thermal technologies, EASE said.

The association also said that the EC’s stated aims to cut red tape and speed up permitting processes for clean energy projects, give better access to financing for manufacturers, make it easier to hire skilled workers and introduce regulatory sandboxes would all be “excellent measures”.

Stick vs carrot

However, both EASE and RECHARGE did offer some reservations. EASE sounded a note of caution that despite this positive activity on the supply-side, which tries to ensure 85% of all net zero tech deployed in Europe will be European-made by 2030, the European Union lacks a defined strategy on energy storage.

One industry source had described the EC’s proposed reforms to Electricity Market Design (EMD), also published last week, to be a kind of de facto energy storage strategy. It does unquestionably raise the profile of energy storage to play its most prominent role yet in the markets.

Yet with EASE having identified that there need to be about 14GW of annual energy storage deployments by 2030 for Europe to meet its 70% renewable energy target that time, it continues to fall well short with only about 1GW deployed across the EU nations in 2021.

RECHARGE meanwhile said that despite the hugely positive action the two Acts represent, the EU’s battery value chain remains mired in a complex mish-mash of regulatory frameworks, particularly around topics like recycling, industrial emissions and waste.

So-called “incoherencies” in having multiple legislative frameworks around critical raw materials and battery manufacturing that are inconnected, are something else the EC should take the opportunity to deal with now, RECHARGE manager Chanson said, noting that the two key pieces of legislation must also be adopted quickly “to avoid a standstill of projects”.

This stagnation of the rapid growth that was expected to be seen in battery manufacturing especially appears to be borne out first by anecdotal evidence and increasingly also in studies and analysis of the market.

A report covered by Energy-Storage.news last week found that around two thirds of European gigafactory plans are being delayed, or worse, cancelled. While various factors could be pointed at for this, not least of all spiking energy prices, the US’ Inflation Reduction Act (IRA) and its incentives for domestic manufacturing are being cited as taking investment away from Europe.

The Net Zero Industry Act and Critical Raw Materials Act are the European Union’s attempt to claw back some of the competitive ground it has lost to the US.

However solar PV trade group SolarPower Europe said in its own statement that the EC’s approach is restrictive and punitive – more stick than carrot, the group said.

Conversely, in an interesting mirroring of metaphors, one US-based industry expert told this site the Inflation Reduction Act’s package of tax credits and other incentives is “all carrot,” albeit another said that US trade policies, such as Section 201 tariffs on imported goods, are the stick to the IRA’s carrot.

Read the full texts of the Net Zero Industry Act proposed regulation here (PDF download), and read the Critical Raw Materials Act proposal here.

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Europe deployed 1.9GW of battery storage in 2022, 3.7GW expected in 2023 – LCP Delta

Belgian energy minister Tinne Van der Straeten (centre) inaugurating a 25MW/100MWh project in Belgium recently, likely the joint-largest in continental Europe. Image: Tinne Van der Straeten via Twitter.

Some 1.9GW of grid-scale battery energy storage was deployed across Europe last year, of which nearly 85% was in UK, Ireland, Germany and France according to research firm and consultancy LCP Delta.

The company said 170 grid battery storage projects came online last year totalling 1.9GW, a record-breaking year. It is forecasting 3.7GW to come online in 2023, nearly 100% year-on-year growth. The figures are from its new energy storage data platform STOREtrack.

A press release did not provide a country-level breakdown but LCP Delta did provide this data to Energy-Storage.news, detailed in the infographic below. Hover over a part of the bars in the chart to see which country it represents.

Source: LCP Delta, chart made by Solar Media.

According to the firm’s data, 833MW was deployed in GB in 2022 (UK excluding Northern Ireland). Solar Media’s Market Research UK Battery Storage Project Database Report pegs the figure at around 750MW/800MWh including Northern Ireland. In either case the figure corresponds to around 40% of the European total.

LCP Delta pegs Ireland as the next-highest market with 328MW deployed in 2022 (17%), followed by Germany’s 226MW (12.3%) and France’s 224MW (11.6%). The four countries combined therefore accounted for 84.4% of the 1.9GW deployed in 2022.

Italy is expected to jump substantially, from 1.3% of deployments in 2022 to 22.7% in 2023.

What were claimed to be the largest (by MWh) projects in Europe overall, and Europe excluding the UK, both came online last year. Harmony Energy brought a 196MWh system online in Yorkshire, Northern England, while two 100MWh projects in Belgium were commissioned around the turn of the year; one from developer Corsica Sole and another from Aquila Clean Energy EMEA.

The European Union made several high-profile policy moves last week to help foster the growth of the continent’s energy storage market which were welcomed by the industry.

Its new Net Zero Industry Act, part of the Green Deal Industrial Plan, was proposed last week to help “scale up the clean energy transition quickly” and included energy storage as one of the technologies covered. Earlier in the week, its proposed Electricity Market Design reforms were welcomed by energy storage trade bodies.

LCP Delta was formed through the merger of LCP Energy and energy transition analysis and research group Delta-EE.

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Chinese clean energy players CATL, Jinkosolar, Sungrow take battery storage to Japan market

CATL’s EnerC liquid-cooled unit at the Tokyo exhibition. Image: CATL

At World Smart Energy Week in Japan last week CATL, Jinkosolar and Sungrow exhibited battery storage products, with the country’s utility-scale BESS and commercial and industrial (C&I) markets showing strong potential.

The Tokyo show plays host to a number of co-located exhibition and conference strands, including PV Expo and Battery Japan. While it had been much quieter than usual during the first two years of the pandemic, the show attracted tens of thousands of guests in years prior to that.

Held last week, the 2023 show marked a return to that previous form, and while video of the event shows guests to be masked up as a safety measure, the numbers looked healthy.

CATL, the world’s biggest manufacturer of lithium-ion batteries, also makes complete energy storage solutions including racks, cabinets and containerised battery energy storage system (BESS) units. The company exhibited the range at international shows last year including RE+ 2022 in California, US, where it also announced a 10GWh multi-year supply deal with system integrator FlexGen, as well as a similarly-sized deal a few months later with the UK’s Gresham House.

At the Tokyo expo, CATL showcased its cell-to-pack (CTP) solutions for larger scale commercial and utility applications, including its EnerOne modular liquid cooled battery storage solution for outdoor installation and EnerC, its containerised units.

Both use lithium iron phosphate (LFP) cells and are certified to international standards, as well as having received test reporting for UL 96540A cell, module and installation level testing. The systems’ independent liquid-cooling plates outside the modules maintain temperature difference between cells to within 3℃ at rack level and within 5℃ when containerised.

Meanwhile JinkoSolar, rated as one of the members of the Solar Module Super League of manufacturers by our colleagues at PV Tech, launched its SunGiga liquid-cooled battery storage product at the Tokyo event.

The Japanese commercial and industrial (C&I) market segment has a strong business case for peak shaving applications, and SunGiga is aimed at this segment. Compatible with 1000V and 1500V DC systems, each cabinet has up to 344kWh capacity in eight battery modules.

It can be configured in system sizes from 500kWh to 2MWh, suitable for up to 4-hour durations, with integrated power conversion system (PCS), switchgear and fire protection system. It comes with automatic state of charge (SoC) calibration, while the liquid cooling and other thermal management can keep temperature difference within 2℃, JinkoSolar claimed.

Together with Jinko’s n-type TOPCon (tunnel oxide passivated contact) solar PV cells, the BESS creates what the company described as a comprehensive solar-plus-storage offering.  

Similarly, Sungrow, also a major player in solar PV from China, exhibited its liquid-cooled PowerTitan energy storage system (ESS) for utility-scale applications, as part of its complete portfolio together with residential and C&I products.

Launched fairly recently and featured in a PV Tech Tech Talk webinar in November 2022, Sungrow claimed more than 9GWh of orders have been booked for PowerTitan globally already. The system features a DC-DC controller, which can charge and discharge individual battery racks.

Sungrow said PowerTitan is being launched in Japan to capture growing promise in the utility-scale space, which the company said “holds great potential, especially for the demand for frequency regulation”.

As reported by Energy-Storage.news yesterday, battery manufacturer Gotion High-Tech from China’s Anhui Province also entered that market through a strategic cooperation deal with Japanese renewables platform Edison Power.

Quoted in yesterday’s report, Japan solar market analyst Chris Wilkinson from Rystad Energy wrote of the strong need for BESS integration into Japan’s energy markets – currently a stated aim of the government’s ‘Green Transformation’ policy – in an article published in our quarterly technical journal, PV Tech Power (vol.34).  

Energy-Storage.news’ publisher Solar Media will host the 1st Energy Storage Summit Asia, 11-12 July 2023 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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1GWh+ of BESS projects from Synergy, SkyLab, Queensland gov progress in Australia

Left to right: Sam Mayberry, Energy Queensland; Brittany Lauga MP; Minister Mark Furner; Barry O’Rourke MP; Bart Mellish MP, at the site of the Emerald battery storage project. Image: Queensland Government.

Battery storage projects at least 1GWh of capacity have been proposed or progressed in Australia by companies Synergy, SkyLab and the Queensland government.

A site has been chosen in Emerald, Central Queensland for a 4MW/8MWh battery energy storage system (BESS) project, the Queensland government said yesterday (20 March). The town is home to nearly 2,000 home solar systems and the BESS will allow the capture of that renewable energy and drive down bills, the announcement said.

Construction has also started on a 50MW BESS project near Gracemere, also in Queensland, though the government did not provide a commercial operation date (COD) for either. The 4MW/8MWh project will be owned by state-owned Ergon Energy.

“The great value of locating this new battery project in Emerald is that it will support additional solar energy in the local area over the next decade,” said Queensland’s Minister for Rural Communities Mark Furner.

“As we connect more renewables for our customers, battery storage will give us greater flexibility to connect rooftop solar, balance supply and demand, and keep voltages in check, which is vital for the security of the network that powers Queensland,” added the state’s general manager for Energy Storage, Glenn Dahlenburg.

The past week has also seen much larger projects proposed by private company SkyLab, also in Queensland, and utility Synergy, owned by the government of Western Australia.

Developer SkyLab launched a development application with the Toowoomba Regional Council for its Punch’s Creek Renewable Energy Project on 9 March. The project would pair a 800MW/1GWp solar PV array with a 200MW/250MWh BESS unit, and would be located in the South West Queensland Renewable Energy Zone.

Skylab recently increased the target size of the project from 400MW/480MWp solar and 200MWh of storage previously.

That coincided with Synergy unveiling plans for a 200MW/800MWh battery energy to adjoin a 100MW/200MWh system it is already building at the decommissioned Kwinana power station south of Perth, according to local reports. E-mobility and energy storage company NHOA started installation work on the latter in August last year.

See all recent coverage of the energy storage market in Australia here.

Energy-Storage.news’ publisher Solar Media will host the 1st Energy Storage Summit Asia, 11-12 July 2023 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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SEG Solar Acquires 2 GW PV Module Manufacturing Facility

SEG Solar’s PV module manufacturing plant in Texas

SEG Solar says it has closed on the acquisition of a Houston manufacturing facility capable of producing more than 2 GW of photovoltaic modules.

The plant consists of approximately 145,000 square feet of manufacturing and warehouse space and 16,000 square feet of office space. The facility will be equipped with three production lines that will allow SEG to produce both TOPCON and high-efficiency N-type PV modules with 182 mm or 210 mm solar cells. SEG intends to source some components for the modules produced at the factory from local suppliers.

Production at the facility is expected to begin in Q1 2024.

SEG’s aggregate total investment in the facility is expected to reach over $60 million, including equipment and facility improvements. SEG will begin to move its global headquarters and administrative support functions to the facility before the end of 2023. The plant is expected to create as many as 500 new jobs in the Houston area.

“SEG is excited to establish a manufacturing base in Texas and is looking forward to serving the U.S. market with more domestic production,” says Michael Eden, SEG’s vice president and CLO. “This facility will help to sustain low-carbon, ecocentric energy independence in the U.S. for future generations. “

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DOE Loan Programs Office chief Jigar Shah on US’ ‘more aggressive’ climate change stance

The Department of Energy Loan Programs Office director Jigar Shah. Image: Miljøstiftelsen Zero/CC.

The US is now taking the stance on climate change its European counterparts have been demanding for years, the Department of Energy’s Jigar Shah told Energy-Storage.news in a wide-ranging interview.

The Inflation Reduction Act and its US$369 billion package of support and incentives for the US’ cleanenergy industry has already had a huge impact on the market just six months on from its passing.

As director of the Department of Energy’s Loan Programs Office (LPO) with responsibility for up to US$100 billion in loans and more in other forms of support, Shah is one of the senior figures in enabling the US’ scale-up of its clean energy technology sectors.

This is an extract of an interview article with Shah which appeared in Vol.34 of PV Tech Power, Solar Media’s quarterly technical journal for the downstream solar industry. Every edition includes ‘Storage & Smart Power,’ a dedicated section contributed by the team at Energy-Storage.news.

Response to European policymakers’ complaints

In light of the Inflation Reduction Act and the uptick in US investment it has spurred, senior European policymakers called in late 2022 for immediate action to prevent an outflow of investment from its battery ecosystem, with some saying it should have gone as far as filing a complaint about the Act with the World Trade Organisation (WTO).

Those calls resulted in Europe’s response, its Green Industrial Plan, revealed in February 2023.

Shah’s view on this minor war of words is clear: “Several years ago the European Union was demanding that the US get in the game and be more aggressive on climate change. Now that we’re being more aggressive, people might not be used to that.”

“The US has been in the innovation business on climate change for years but now it’s firmly in the commercialisation business, and that is only a good thing.”

US$100 billion-plus in loan requests

The LPO, which Shah has headed up since March 2021, had at last count US$120 billion in loan requests covering all energy sectors with ‘Advanced Vehicles & Components’ (including battery production) the the biggest single sector at US$20-30 billion, based on LPO infographics.

This shows how much emphasis is being placed on the battery sector and the EV market that is driving it. Shah says that the country is already on track to achieve its stated goals here.

“It’s now a foregone conclusion that we will achieve this administration’s goal of 50% of vehicles being EVs by 2030. We’ve counted at least 800GWh of battery manufacturing being announced which ishow much you need to hit that target. The trends started before my time in office but have certainly ramped up in the last few years,” he said.

When it comes to circularity of the lithium-ion supply chain, recycling appears to be much further ahead than re-use, i.e. second life, from the standpoint of coming to the LPO for loans to commercialise. Although Shah is keen to emphasise the department has no preference.

“Battery recycling is represented in our loan requests. The vast majority of second life companies that we’ve talked to are still in the beta testing phase, and coming to us is really the last step of commercialisation,” he said.

“What’s important to highlight is that the US government, unlike other governments, does not favour any particular technology. We want both sectors to give it a go as long as they can raise privatecapital. The LPO is government-enabled but private sector-led.”

Lithium-ion’s dominance of the market

The vast majority of even new gigafactories are set to build lithium-ion batteries to serve the EV and, to a lesser extent, ESS markets, which is largely reflected in the DOE’s financial support given out to-date. Shah is nonetheless confident that the technology’s dominance will start to wane in the downstream grid-scale ESS market.

“Lithium-ion NMC batteries will not dominate forever. The amount of innovation in the battery space is so high that it is hard to see any of the existing incumbent technologies in their current form havingdominant market share in 7-10 years. It could be sodium-ion, it could be solid-state technologies, I don’t know who’s going to win,” he says.

“But I do think that the automotive industry will price out the utility-scale industry in lithium-ion, so you will see a rapid shift away from lithium-ion in the utility sector towards other chemistries, which is happening as we speak.”

Energy-Storage.news’ publisher Solar Media will host the 5th Energy Storage Summit USA next week, on the 28-29 March 2023 in Austin, Texas. Featuring a packed programme of panels, presentations and fireside chats from industry leaders focusing on accelerating the market for energy storage across the country. For more information, go to the website. Energy-Storage.news reporter Cameron Murray will be attending.

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MGE Purchases Koshkonong Solar Energy Center

Jeff Keebler

Madison Gas and Electric (MGE), in partnership with We Energies and Wisconsin Public Service (WPS), subsidiaries of WEC Energy Group, has received approval from the Public Service Commission of Wisconsin to purchase solar energy and battery storage from the Koshkonong Solar Energy Center.MGE will own 30 MW of solar energy and 16.5 MW of battery storage from the facility located in the towns of Christiana and Deerfield in Dane County.

“The Koshkonong Solar Energy Center continues the progress we’ve already made reducing carbon emissions, increasing cost-effective renewable energy and advancing new technologies to benefit all our customers,” says Jeff Keebler, MGE chairman, president and CEO. “We are working aggressively to reduce our carbon emissions at least 80% from 2005 levels by the end of this decade and achieve net-zero carbon electricity by 2050.”

The project will include a 300-MW solar array and a 165-MW battery storage system. It is expected to generate enough clean energy to power about 90,000 households. MGE’s share of the output will power about 9,000 households.

We Energies and WPS will own the remaining 270 MW of the output and 148.5 MW of battery storage from the project. Invenergy LLC is the project developer. The Koshkonong Solar Energy Center is estimated to begin serving customers in late 2025.

The Koshkonong Solar Energy Center is one of three announced investments by MGE in large-scale solar energy and battery storage. MGE also will own a 10% share of the Paris Solar-Battery Park and the Darien Solar Energy Center, both of which are under construction.

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Entergy Aims to Expand Renewable Power in Louisiana    

Philip May

Entergy Louisiana has filed a request with its regulator, the Louisiana Public Service Commission, for approval to add an additional three gigawatts of solar power to its generation portfolio. 

This is on top of the nearly 225 MW of solar power the company requested earlier this month. In that regulatory filing, Entergy Louisiana sought approval for approximately 175 MW from a facility in Iberville Parish and approximately 49 MW from what would become the Sterlington Solar Facility in Ouachita Parish.

Collectively, 3,225 MW of solar power are in the approval queue for potential construction, development and placement on the grid through agreements with Entergy Louisiana.

“Like never before, our state has the opportunity to retain businesses, support expansion projects, and attract new companies on a global scale, but it’s going to take meeting their operational and sustainability needs,” says Phillip May, Entergy Louisiana president and CEO. “Our latest request for up to three gigawatts of renewable power, the largest such expansion request in state history, shows we’re serious about not only protecting the environment by reducing our carbon footprint, but also continuing to be a major driver of economic development.”The individual resources that make up the three-gigawatt proposal would be constructed in Louisiana, meaning local communities and economies would benefit from job creation and additional tax revenues generated during construction of the facilities. In addition, further diversifying the company’s generation portfolio will help protect all customers from the volatility of natural gas prices and other factors outside of Entergy’s control.

Currently, Entergy Louisiana has approximately 280 MW of renewable resources, including the Capital Region Solar facility, which began delivering power to the grid in October 2020. Along with nuclear generation, nearly 25% of the company’s portfolio comes from carbon-free resources.

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