FERC interconnection reform welcome but plenty of work to do, says energy storage industry

As reported by our colleagues at PV Tech following the late July FERC meeting at which the rule emerged, interconnection issues affect developers of all types of resources connecting to the electric grid.

The reforms are intended to eliminate backlogs in the queue, improve certainty of cost and timings of project development, as well as preventing “undue discrimination” against newer technologies, such as solar and batteries.

“Here in the States, like other parts of the world, the queue to interconnect your project is backed up. And so the federal government is taking some action to try to restructure and reassess so that we can get projects in the ground quicker,” John Leonti, a partner and head of capital projects and infrastructure at law firm Troutman Pepper.

As of the end of 2022, there was total active capacity of over 1,350GW of generation and more than 680GW of energy storage waiting in US interconnection queues, according to a study by Lawrence Berkeley National Laboratory (Berkeley Lab).

Solar and battery storage were found to be the fastest-growing resource type in those pipelines, together accounting for more than 80% of new capacity that entered the queue last year.

“Long interconnection queues are a major challenge for all energy storage developments, especially when one of our customers doesn’t have full visibility on if a project can move forward or what the cost for interconnection may be,” Yann Brandt, CFO at energy storage system integrator FlexGen told Energy-Storage.news.

“The unknown timelines and cost has ripple effects across the value chain that challenges supply chain, staffing and capital allocation.”

Interconnection waits threaten progress on clean energy goals

Key aspects of the draft final rule include:

A shift from a ‘first-come, first-served’ approach, to ‘first-ready, first-served’, moving from a serial to cluster process. This would allow transmission entities to consider options for multiple project applications of different resources at once.

Financial penalties for transmission providers failing to meet interconnection study deadlines and requirements for considering the impacts of project development in neighbouring ISO/RTO service areas that could affect the grid in both. Such measures would be part of a more standardised and accountable process that FERC wants to see.

Better accommodation of new technologies and hybrid resources. Changes to promote this would include allowing solar-plus-storage project developers to submit one application for their project instead of separate applications for each clean technology. Also, crucially for energy storage, it would instruct transmission providers to take storage developers’ intentions for how their resource will be operated into account when studying operating assumptions.

When undertaking interconnection studies, transmission operators must take into account alternative transmission technologies, and how they could reduce the cost of operating or upgrading their networks versus traditional transmission infrastructure buildout.

The proposed changes are very well summarised on a recent blog from decarbonisation non-profit RMI, which you can read here.

“I think that there’s more work to do, but there can be no doubt that this is the first positive step in really trying to help grid reform,” Troutman Pepper’s John Leonti said.

“It takes more than just one agency acting, you also have permitting that you have to be concerned about and other actions. But this is a positive step and another step of the Biden administration showing how supportive they are of the grid, of the energy transition, and moving us forward to the next technology, which is renewables.”

Unveiling of a FlexGen BESS project in North Carolina, October 2022. Image: NC Electric Cooperatives.

FlexGen’s Yann Brandt said that acknowledging the interconnection queue challenges is a first step to fixing them, and that fixing them entails a modernisation of the interconnection process that will ultimately benefit customers and businesses through energy savings.

“A robust market and sustainable storage ecosystem requires an efficient and transparent process and this step by FERC recognises that more needs to be done,” Brandt said.

Jeffrey Perry, executive VP of asset management at Agilitas Energy, a US developer of ‘distributed front-of-the-meter’ energy storage assets, said FERC took a “giant step forward in resolving the interconnection queue problem” with Order 2023.

Perry continued Yann Brandt’s theme that reforming the process is good for everyone, noting that it is widely known the length of time it takes to get a project interconnected is “ the biggest impediment to meeting clean energy goals”.

“This order will benefit clean energy project developers but society, as a whole, will benefit because clean energy projects will be able to get online significantly sooner,” Perry told Energy-Storage.news.

‘First-ready, first-served’

Perry offered up an analysis of the key aspects of the draft rule. While the serial queue process had served the industry well for many years in the past, today the “tremendous number” of clean energy projects queuing up to connect to transmission and distribution (T&D) networks has rendered ‘first-come, first-served’ obsolete.

“The basic premise of the serial queue process is first in, first served. So, a project’s timeline and cost are dependent on what projects have entered the queue before them. The issue is that a significant number of these projects will never come on,” Perry said.

“Yet a project that may come on is stuck in the queue behind these projects ‘waiting its turn’.”

Overall, the approach taken by FERC would make significant improvements, allowing for a quicker-moving and more predictable process.

Along with ‘first-ready, first-served’ solving congestion within the queue, Perry welcomed the threat of financial penalties on transmission owners and operators that fail to meet their obligations on interconnection study scheduling and milestones.

Transmission entities would be incentivised to meet those obligations. Perry noted also that FERC intended for a full cycle of its new cluster approach to the queue to be completed per year, versus the indefinite waits that currently happen. FERC also said it hopes the process can be shortened further over time.

‘Nobody benefits from the current system’

Ribbon-cutting at Rhode Island’s first utility BESS, developed by Agilitas Energy. Image: Agilitas Energy.

Lawyer John Leonti said that the FERC interconnection reform process is another side of the coin to other big picture efforts in the US, such as the Inflation Reduction Act (IRA) and its introduction of investment tax credit (ITC) incentives for standalone storage, that make it “an exciting time for batteries”.

“It just goes to show that the (Biden-Harris) administration is serious about the energy transition, and getting support from the appropriate agencies,” Leonti said.

However, of course, interconnection reform is only one of the major causes of bottlenecks and constraints for the power sector’s energy transition away from fossil fuels.

The challenges are threefold, Leonti said: interconnection, supply chain and permitting. With Order 2023, the federal government has taken a step forward to fix interconnection, but permitting may be equally, or more, challenging to tackle. That’s partly because there is only some “federal overlay” with regard to jurisdiction on permitting, with much of it still left to the state, district, county level.

“That is a challenge: even though energy storage systems that use batteries as their technology are smaller footprint than solar or a wind farm, there’s still permitting processes that you need to go through and so that certainly can cause delays,” Leonti said.

We will have to wait and see if the reforms themselves do enable a more efficient way to interconnect to the grid, according to Chris McKissack, CEO of utility-scale energy storage developer GlidePath.

“The increased requirements for both developers and transmission providers are well intentioned, but time will tell if FERC’s action does result in a better, faster queue process,” McKissack said.

According to the CEO, GlidePath expects its rival developers “will start to take a hard look at their portfolios,” and perhaps drop projects deemed less likely to have a speedy pathway through the queue.

Agilitas’ Jeffrey Perry noted that there are still many unanswered questions, such as how existing queue projects will be treated versus new projects. While some of those questions will likely be answered in compliance filings in the coming months, the FERC undertaking is “a step in the right direction,” Perry said.

FlexGen’s Yann Brandt called Order 2023 “a down payment for a permanent fix,” with the real work of design and implementation around the various ISO and RTO markets around the US still to come.

“Nobody benefits from the current system. We need to bring together industry and more importantly, the ISOs and RTOs,” Brandt, who is also on the board of the national Solar Energy Industries Association (SEIA), said.

Our publisher Solar Media is hosting the 10th Solar and Storage Finance USA conference, 7-8 November 2023 at the New Yorker Hotel, New York. Topics ranging from the Inflation Reduction Act to optimising asset revenues, the financing landscape in 2023 and much more will be discussed. See the official site for more details.

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Inflation Reduction Act-spurred investment up 80-90% since April – ACP

A total of US$270 billion in investments for clean energy projects and manufacturing have been announced in the US since the Inflation Reduction Act was passed one year ago. That is an 80% increase on the US$150 billion that the ACP said had been announced by April this year, covered by Energy-Storage.news at the time, nine months after the Act was passed.

On the downstream side, ACP said that 184,850MW of clean energy projects have been announced since the Act passed. In April, the ACP’s figure was around 96,000MW, meaning it has nearly doubled in just four months.

The past year has seen 83 new or expanded utility-scale manufacturing facilities announced, of which 52 are solar, 14 utility-scale energy storage, 11 wind power and six offshore wind power.

The 14 energy storage facilities listed range from facilities producing lithium-ion battery cells or proprietary energy storage technology gigafactories like those of EnerVenue or Form Energy, Powin Energy’s contracted manufacturing facility with Jabil for battery storage systems through to lithium hydroxide production from Albemarle.

States in the South have seen the most projects announced, with Georgia (7), Tennessee (6), South Carolina (6) and Texas (5 – joint with Colarado) seeing the most.

The two main drivers for these significant figures from the Inflation Reduction Act are generous tax credit incentives for manufacturing, which will be paid directly to companies, as well as the expansion and increase in investment tax credits (ITCs) for investment in downstream projects.

Turkish company Pomega gave financial details on exactly how much it would accrue from the tax credits for manufacturing from its gigafactory (included in the ACP’s figures) last year while Energy-Storage.news discussed the Act’s new investment tax credit mechanisms at length in an interview with a Shearman & Sterling lawyer recently (Premium access).

Read all our coverage of gigafactory projects here.

Our publisher Solar Media is hosting the 10th Solar and Storage Finance USA conference, 7-8 November 2023 at the New Yorker Hotel, New York. Topics ranging from the Inflation Reduction Act to optimising asset revenues, the financing landscape in 2023 and much more will be discussed. See the official site for more details.

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Zinc-air battery storage player Eos addresses backlog after reduced Q2 activity

Eos manufactures a stackable long-duration energy storage system based on proprietary zinc hybrid cathode tech which it sells to to system integrators and EPC firms. It booked US$86.9 million of orders in the first half of the year, resulting in an order backlog of US$533 million, or around 2.2GWh, of activity.

However, its net loss has more than doubled from US$56.7 million in Q2 2022 to US$131.6 million in Q2 2023, largely due to a ‘change in fair value of derivatives’ of US$74.6 million. However, excluding non-cash items the net loss was US$28.9 million, a 44% fall – i.e. improvement – on last year.

The company’s backlog was called into a question in a short seller note recently which, based on the day’s trading activity, may have caused Eos’ share price to as much as halve before recovering, though it is still down 23% compared to its open on the day the note was issued (27 July). A big part of that recovery appears to be related to its Q2 results.

Speaking to analysts, Eos CEO Joe Mastrangelo discussed its backlog in more detail, including its orders with a company called Bridgelink which the short seller note cast doubt on.

“We first signed a master supply agreement (MSA) with Bridgelink Commodities LLC back in March of last year. This was a multiyear MSA where Bridgelink locked in the price of 240MWh of storage over a three-year period and then increased the overall size of the MSA to 1GWh in June of last year.”

“Bridgelink is a developer of solar and storage projects and has informed us that… some of these projects have received interconnects, while others are well into the interconnection queue. This is important because an interconnect approval is essential for a project to be able to deliver power to the grid.”

“In today’s environment, an interconnect can take years to secure, meaning that these types of projects have a certain amount of intrinsic value, and we believe a number of them will ultimately be built. We were informed by Bridgelink management that its affiliate has reached a confidential settlement with its lender, and the related assets were not sold at auction. Bridgelink recently confirmed that they are actively seeking alternative financing for these projects.”

Mastrangelo also discussed its other main customers whose orders comprise the largest part of the backlog, including International Electric Power (IEP), Carson Hybrid, an unnamed “leading Northeast developer of solar and storage projects” and another unnamed “very large utility and one of the largest operators of energy storage in the US”.

IEP has two projects in ERCOT, Texas, totalling 100MWh which were recently transferred to a large North American infrastructure fund and Eos anticipates breaking ground on the first project later this summer with delivery in Q4.

A project with Carlson Hybrid that will be co-located with an active gas turbine peaker plant on which construction should start this fall, he added, and another 300MWh project with the company recently got an interconnection.

Meanwhile, a 47MWh project for the second unnamed customer is expected to be delivered this year, while other projects are at an earlier stage.

The company is guiding for US$30-50 million in revenues in full-year 2023, after US$9.1 million in the first half.

Eos continues to progress through the Department of Energy (DOE) Loan Programs Office’s (LPO) process for a Title XVII loan.

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Pearce Enhances Engineering Capabilities with Natron Acquisition

Pearce Renewables, a division of Pearce Services, recently acquired Natron Resources Inc., a design and engineering service provider for solar photovoltaic (PV) and energy storage systems. The acquisition expands Pearce’s existing engineering capabilities for renewable energy generation systems.

Founded in 2008 and headquartered in the San Francisco Bay Area, Natron Resources provides comprehensive electrical, civil and structural engineering services for renewable energy and general commercial customers. The company has professional engineering licenses nationwide and delivers high-quality project designs for clients.

“The addition of Natron Resources represents a huge step towards Pearce’s goal of being the national leader in commercial and utility-scale solar engineering services,” says Michael Wolf, COO, Pearce Renewables.

Jeff Ansley, founder and President of Natron Resources adds: “The combination with Pearce will provide tremendous career advancement opportunities for the entire Natron team and will provide additional resources needed to meet our customers’ growing demand for solar energy engineering services.”

Image by Freepik.

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ENGIE, Microsoft and Solstice Collaborate on Community Solar

ENGIE North America is collaborating with Microsoft on the development of two community solar projects in Illinois that will serve historically excluded communities and significantly reduce their electricity costs.

ENGIE will develop, construct and operate two new community solar gardens, one in Lena, Ill., west of Rockford, and a second in downstate Illinois. Together, the projects are expected to have a capacity of 4.75 MW, enough to meet the annual electricity needs of more than 1,000 average Illinois households.

ENGIE and Microsoft will work with leading community solar provider, Solstice, which engages directly with residents, businesses and community organizations to enroll and manage community solar customers with local community gardens like the ones in Lena and downstate Illinois.

Community solar enables households, small businesses and other organizations to benefit from renewable electricity without the need to install their own panels by effectively sharing local, centralized installations. Solstice’s partnership and community organizing model help provide access to renewables for the estimated 77% of Americans who do not have space or the financial means to install rooftop systems.

Traditional approaches to financing have limited the ability of many to install roof-top solar. Solstice has pioneered EnergyScore, a machine learning algorithm to qualify individuals more inclusively and accurately for green products.

Customers who subscribe to the solar garden program will not only be supporting the transition to a lower carbon future but will also benefit from reduced electricity costs. Because of Microsoft’s involvement in financing the development, customers subscribed to these two solar gardens can expect to see even greater savings than from the current Illinois Shines community solar program.  Once fully subscribed, the two solar gardens could save Illinois subscribers around $450,000 in total, with some subscribers benefiting from up to 60% savings through participation.

Power from the solar gardens is fed into the local grid and credited to customers through their existing utility bills with ComEd and Ameren. This new project model provides renewable volume above-and-beyond existing state programs. ENGIE is hopeful that in the future similar projects will bring economic benefit to under-resourced communities in Illinois while accelerating the state’s energy transition goals.

Construction of the two projects both in rural counties, will be led by ENGIE’s Chicago based team and is expected to commence later this year.

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Maryland Acquisitions Expand Nautilus Solar Community Holdings

Nautilus Solar Energy LLC, on behalf of its affiliate Nautilus US Power Holdco LLC (NUPH), has acquired two community solar portfolios in Maryland totaling 23 MW, securing its role as a leader in Maryland’s growing community solar marketplace. These portfolios, which are composed of six projects spread across the state, are expected to be operational by 2024 and underscore Nautilus’ commitment to empowering more than 5,000 Maryland subscribers residing in the Pepco and BGE utility territories with equitable access to clean, renewable energy.

Nautilus already owns and manages nearly 90 MW of operational and late-stage development projects in Maryland and provides renewable power to tens of thousands of residents.

“Our focus is not just on producing clean energy,” says Eric Paul, vice president of partner development at Nautilus, “but ensuring that the benefits, particularly the cost savings, reach every Marylander – especially those from low-to-moderate income backgrounds and historically disadvantaged communities.”

Maryland recently became the latest state with a permanent community solar program, notably requiring at least 40% of solar capacity dedicated to benefit low-to-moderate income customers. This will ensure equitable access to electric bill savings at a time when inflated energy prices are driving up household energy costs. In addition, these projects will create significant local construction jobs and generate opportunities for new property tax revenue and other community benefits over their operational life.

NUPH is the long-term owner of the projects and Nautilus is responsible for overseeing construction, maintaining their long-term performance and acquiring and managing customer subscriptions.

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Caelux Closes on Funding for Solar Perovskite R&D, Production Facility

Caelux, a California-based company specializing in perovskite solar technology, has closed a $12 million Series A3 funding round led by Temasek, a global investment company, with participation from Reliance New Energy Ltd., Khosla Ventures, Mitsui Fudosan and Fine Structure Ventures.

This round brings the company’s total amount raised for the Series A to $24 million. The funding will be allocated primarily to support the company’s factory ramp, research and development and product launch, allowing Caelux to bring its more powerful, efficient and affordable solar solution to market at a critical time of pressing environmental challenges.

The investment follows Caelux’s advancements in perovskite technology, creating a more near-term solution than previously thought possible and allowing for imminent deployment at scale. To bring this innovation to market, the company is building a manufacturing facility in Baldwin Park, Calif., and ramping up to reach 100 MW of perovskite-coated glass.

“This investment will support our mission to usher in the next generation of solar innovation, including our production of full-size perovskite sub-modules,” says Scott Graybeal, CEO, Caelux. “We are excited to have attracted visionary, global investors to help us on our journey to multi-gigawatt scale.”

The company’s full-release product, Caelux One will be a major step forward in realizing the industry goal of greater than 30% efficient commercial tandem solar modules while meeting market requirements for durability. The advancements in scalability, efficiency and reliability will lead to lower installation costs for developers and installers, increased revenue for module makers and better returns at the project level by delivering more green energy at a lower cost compared to traditional crystalline silicon modules.

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First Solar 2023 Sustainability Report Features Many Industry Firsts

Arizona-based First Solar Inc. has released its 2023 Sustainability Report and established a new industry first benchmark for transparency by publicly disclosing details of onsite third-party social audits conducted across its global manufacturing footprint. First Solar is also believed to be the first among the world’s largest solar manufacturers to have conducted third-party social audits across its operational global manufacturing footprint.

First Solar, the only major solar manufacturer that is a member of the Responsible Business Alliance (RBA), conducted three onsite third-party RBA Validated Assessment Program (VAP) audits at its manufacturing facilities in the United States, Vietnam and Malaysia. The company’s U.S. and Vietnam operations achieved platinum status, the highest possible rating.

Audits the Malaysia facility uncovered four service providers that fell short of First Solar’s standards. Details of the findings and corrective actions are included in the company’s 2023 Sustainability Report. The Malaysia facility is expected to have its VAP closure audit in the fourth quarter of 2023. Credible third-party social audits do not rubber-stamp compliance but identify and help remedy existing and potential issues to improve the lives of workers across the supply chain.

The report also highlights that First Solar’s new factory in Tamil Nadu, India, which is scheduled to begin commercial production in the second half of 2023, is expected to be the world’s first net-zero water withdrawal solar manufacturing facility. The facility, located in a region of high baseline water stress, is designed to minimize its impact on local water resources and will rely entirely on tertiary treated reverse osmosis water from the city’s sewage treatment plant and have zero wastewater discharge.

“The solar industry will anchor the global transition to a sustainable energy future, and we believe that it must do so responsibly,” says Mark Widmar, CEO, First Solar. “Quite simply, our industry’s work to power the energy transition and enable the fight against climate change does not serve as credits to offset its social and human rights obligations.”

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Future Grid Challenge Has $11 Million for N.Y. Energy Projects

New York Gov. Kathy Hochul has stated that the fourth round of the Future Grid Challenge will make $11 million in funding available for projects that identify solutions to the technical challenges of integrating a changing energy resource mix into the electric grid.

“With the increasing number of extreme weather events in New York and across the country, we are working hard to modernize our electric grid and support the development of technologies that will improve reliability,” says Gov. Hochul.

Administered by the New York State Energy Research and Development Authority (NYSERDA), the fourth round of the challenge is seeking proposals from single or team providers, including researchers, product vendors, asset managers and consultants, to develop or demonstrate advanced technologies that will support a reliable modern energy transmission and distribution system. Projects must also advance reduced energy costs and greater quantities of renewables integration, while helping New York meet its climate goals.

Up to $3 million per project is available to address high-priority grid technologies including:

Improved transmission utilization

Operational situational awareness

Distribution Energy Management Systems

Inverter based resource integration

Power electronics

Grid modeling

Data analytics

Artificial intelligence/machine learning

Protection systems

The deadline for proposal submissions is 3 p.m. on October 26, 2023. For additional details and associated documents, visit NYSERDA’s website.

Funding for this initiative is through the State’s 10-year, $6 billion Clean Energy Fund.

Photo by Tom Fisk on Pexels.

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EDP Renewables Unveils Solar & Wind Technician Training Facility

EDP Renewables North America (EDPR NA), a renewable energy developer and operator, has debuted its first Technician Training Facility in Bloomington, Illi., to educate the next generation of clean energy workers who will keep its more than 470 operational utility-scale and distributed generation projects running safely and efficiently while supporting local jobs and investment in project communities across North America.

The complex, where new solar and wind technicians will gain the expertise necessary for a successful renewable energy career, will serve as a training hub for EDPR NA, which has a vast development and operational portfolio spanning Illinois and the Midwest. EDPR NA’s new center is a purpose-built space that will set the industry standard for conveying the knowledge base and skillsets necessary to be an effective front-line clean energy worker.

Bloomington, Ill., serves as a strategic setting for the training center. It is centrally located to EDPR NA’s seven operational Illinois wind farms and near many of the company’s other major projects. EDPR NA has been producing more than 1.2 GW of clean energy in Illinois since 2007 – representing a $2.5 billion capital investment – and has continued to expand its operations in the state.

Given the recent expansion of federal economic incentives, EDPR NA is expected to develop 3 to 4 GW of new operating assets every year for the next few years, spurring the need to invest in the next generation of technicians who will be powering America. The renewables industry offers a unique opportunity for skilled trades workers to translate their experience from a variety of backgrounds into an industry that is rapidly growing.

Sandhya Ganapathy, CEO, EDPR NA, says: “We’re excited to be giving this vital workforce a space for ideas to flourish, skills to be honed, and for our collective transition to a sustainable future to gain even more momentum.”

Photo by Gustavo Fring on Pexels.

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