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October 30, 2024

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LPO Announces $850M Conditional Loan for Ariz. Battery Cell Plant

The Department of Energy’s Loan Programs Office (LPO) announced Friday it has made a conditional commitment for an $850 million loan to KORE Power to help the Idaho-based battery cell manufacturer construct a 1.3-million-square-foot plant in Arizona.

The KOREPlex facility, now under construction, will produce battery cells for both the electric vehicle and stationary storage markets. Located in Buckeye, Ariz., west of Phoenix, the plant will have an initial capacity to produce 6 GWh of battery cells, enough to power more than 28,000 EVs annually, according to the LPO.

“Onshoring battery manufacturing is critical to reducing America’s reliance on other nations, such as China, which currently dominates the industry and supplies many American companies with materials to resell foreign-made batteries,” the LPO announcement said.

Scheduled to begin commercial production in late 2024 or early 2025, the facility is being built with two manufacturing lines, one for lithium-ion nickel, manganese, cobalt (NMC) cells and one for lithium-ion iron phosphate (LFP) cells. While NMC batteries have been widely used in electric vehicles, some EV manufacturers are starting to use LFP cells, which are cheaper and do not use critical minerals such as cobalt.

The tradeoff is that they are not as energy dense as the NMC cells, which means EVs with LFP batteries may have a shorter range before they need recharging.  

Tesla is now using LFP batteries in some of its Model 3 EVs, according to the company website. Ford is also planning to produce LFP batteries for some of its EV models at a plant in Michigan, the company announced in February.

KORE plans to target smaller EV equipment manufacturers requiring lower production volumes. It is working with local colleges and universities to train area residents for the 1,250 permanent jobs the factory is expected to create.

Domestic Content Controversy

The KORE Power conditional loan commitment is the seventh the LPO has made under its Advanced Technology Vehicles Manufacturing Program in the past year, the agency said, and comes at a time when EV and energy storage supply chains have become a political flashpoint.

Batteries are critical to the achievement of President Joe Biden’s goals to decarbonize the electric power grid by 2035 and to crank up EVs to 50% of all new car sales by 2030. Republicans in Congress — and some Democrats, such as Sen. Joe Manchin (D-W.Va.) — have criticized these targets as potentially increasing U.S. dependence on foreign supply chains for battery cells and other clean energy technologies.

China, in particular, dominates the lithium-ion battery supply chain, controlling 75% of all battery cell manufacturing and 90% of the manufacturing of anodes and electrolytes, key battery components, according to BloombergNEF.

Manchin crafted the EV tax credits in the Inflation Reduction Act with rigorous domestic content provisions intended to support the build-out of a domestic supply chain for lithium-ion batteries. To receive the full $7,500 tax credit, final assembly of an EV must be in North America and 50% of the value of battery components and 40% of the critical minerals in the battery must be produced, processed or manufactured in the U.S.

The domestic content percentages will increase every year, to 80% for critical minerals by 2027 and beyond and to 100% for battery components by 2029 and beyond, according to the Internal Revenue Service guidelines released in March.

Conditional commitments do not guarantee the LPO will award a loan. “Several steps remain for the project to reach critical milestones, and certain conditions must be satisfied before the department issues a final loan,” the agency said.

Other recent LPO conditional commitments have included a $2.5 billion loan to Ultium Cells to support new EV battery cell plants in Michigan, Ohio and Tennessee, and a $107 million commitment to Syrah Vidalia to expand a plant in Louisiana that produces graphite, another core component of lithium-ion batteries.

Ultium is a joint venture of General Motors (NYSE:GM) and LG Energy Solution.

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Report Documents Growing Local Restrictions on Renewable Energy

Mid-2023 finds the U.S. charging ahead with its clean energy transition in policy and deed — except where it is not.

A new report compiles some of the hundreds of local laws nationwide that restrict, delay or block renewable power projects, in almost every state.

“This report demonstrates that ‘not in my backyard’ and other objections to renewable energy continue to occur throughout the country and can delay or impede project development,” the authors write.

“Opposition to Renewable Energy Facilities in the United States: May 2023 Edition” is an update of 2021 and 2022 reports by Columbia Law School’s Sabin Center for Climate Change Law.

The 2023 report notes 293 contested projects, 228 local restrictions and nine state-level restrictions, a major increase over the 2022 report, the authors write. The increase includes 59 restrictions imposed since the 2022 report and 58 restrictions adopted earlier but not included in the 2022 report.

And it likely is still a far-from-comprehensive list, the authors acknowledge. The National Renewable Energy Laboratory, for example, has compiled databases of thousands of state and local wind and solar ordinances nationwide.

But the Sabin report is limited to restrictive ordinances, a narrower focus than NREL takes.

Local Laws Matter

The federal and state governments issue sweeping visions and ambitious timelines for the clean energy transition, but in many instances, the rubber hits the road in one or a handful of communities at a time, and it is there that the transition can accelerate or bog down.

New York, for example, is one of the bluest of Democratic-controlled states in the nation and one of several to assign a superlative claim, such as “nation-leading,” to its climate-protection plan.

It also has a strong home-rule tradition codified in its constitution, and that can clash with the state’s vision for towering wind turbines and solar arrays spanning dozens or hundreds of acres.

The state has moved to sidestep local opposition by creating the Office of Renewable Energy Siting and giving it power to overrule local authority on renewable projects of 20 MW or greater capacity. But that does not stop local governments from trying to limit renewables, particularly in the more conservative, more rural upstate region, where wind and solar projects have proliferated. The Sabin report counts 21 restrictive local ordinances across New York.

Local restrictions such as these are not a theoretical impediment: NREL has used geospatial modeling to show a roughly sevenfold variance in wind energy siting potential nationwide depending on whether the least or most restrictive siting constraints are in place. Regulations are one part of that equation.

The Sabin report documents moratoria, bans and de facto bans that trend toward the most restrictive model.

Among the takeaways:

  • Alaska, Alabama and Missouri are the only states where the researchers could not find any restrictive laws or contested projects.
  • At least 13 counties in Ohio have prohibited large-scale renewable energy projects within most or all of their land area since October 2021.
  • The Ohio Power Siting Board never rejected a solar project before October 2022 but has rejected at least three since then.
  • At least nine Nebraska counties have enacted wind power ordinances with highly restrictive language since March, including setbacks of up to 3 miles from property lines and 5 miles from any dwelling.
  • At least seven counties in Virginia adopted restrictive solar power ordinances or moratoria between June 2022 and May 2023, some of them “exceptionally burdensome.”
  • In the Midwest, a movement is growing to ban construction of solar energy systems on farmland, including in at least two Michigan townships and four Wisconsin towns.

Sabin said the report’s authors do not make judgments on the merits of any particular ordinance or project cited in the report, but they note that taken as a whole, local opposition presents a significant potential impediment to achieving climate goals.

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Panel Explores Consumer Connections to Western RA

During a blistering 10-day heat wave last September, California residents helped the state avert rolling blackouts by acting on an emergency text that called for reduced electricity consumption as solar output began rolling off the system during the evening of a day of record-setting demand.

Within 20 minutes of the Sept. 6 call for conservation by the governor’s Office of Emergency Services, CAISO’s demand dropped by 2,385 MW. (See CAISO Reports on Summer Heat Wave Performance.)

The consumer response, which was also seen outside the ISO’s footprint, was not so much a spontaneous reaction as a product of a long process of relationship-building, according to Sherrie Villmark, program director with the Community Energy Project, a Portland, Ore.-based nonprofit that works with utilities and local government to provide free energy-efficiency services to low-income households.

Speaking Thursday during a WECC webinar on consumer considerations related to Western resource adequacy efforts, Villmark described a meeting with a Sacramento Municipal Utility District (SMUD) employee involved in communicating with customers during last summer’s emergency. The staffer recounted that SMUD had spent “years” engaging with community members to prepare for such an event, building a “social piggy bank” that the utility was able to draw on at a critical moment.

The webinar’s other panelist, Utah Office of Consumer Services Director Michele Beck, offered a “contrarian view” on the California response — and one that revealed potentially divergent Western perspectives on the consumer’s role in RA efforts.

“I believe, even though I’m hearing it secondhand, that California put the effort into the piggy bank, but I think that’s hard,” said Beck, who is also a member of WECC’s Member Advisory Committee. “I think that many, many jurisdictions do not have the systems to do that, and so I think that unless there is … a formalized system like that in place, policymakers should be cautious about using that sort of call to action as an actual resource.”

Beck questioned how often electricity customers would be willing to answer such calls before wondering whether others were bearing their share of the burden.

Her view echoed that of WECC CEO Melanie Frye, who, in speaking about the California event, said demand response is “a great tool, but that’s not the way we want to deploy that as a resource.” (See WECC Heat Wave Analysis Evokes Calls for Caution, not Celebration.)

“I’m still a little skeptical, to where I think it shouldn’t be a resource; that resource adequacy means that we don’t have to call people and say, ‘Hey, can you turn your air conditioning down?’” Beck said. “We need to have adequate resources; that should be our plan.”

‘Education and Access’

The two panelists were less divided — if not quite united — on how to get residential electricity customers to participate in other DR programs that can contribute to resource adequacy, such as use of “smart” technology to automatically adjust electricity consumption throughout the day.

For Villmark, those efforts require “a mix of education and access.” For Beck, it comes down to program design that makes participation as simple as possible.

“I have found that when it comes to education, experts are usually not the best educators,” Villmark said. “When you develop a deep expertise in something, you often forget what it’s like to not know those things deeply.”

She contended that third parties can be more effective at educating consumers because utility-based education programs are typically developed and conducted by engineers, who tend to delve into technical concepts that most audience members don’t understand or consider to be “trivia.”

Villmark said utility education often assumes a level of accessibility among consumers that doesn’t account for socioeconomic variables. For example, many residents don’t own their own homes or still can’t afford the internet service needed to take advantage of “smart” energy programs, she said.

Beck agreed with Villmark’s views on education but disagreed about the utility’s role, arguing that utilities are often the best partners in areas that don’t enjoy the level of resources available in a metropolitan area such as Portland.

“I also think that access is the key, and it’s certainly true that a lot of people are really interested in energy and do want to understand it better — but there’s also a lot of people who never will,” Beck said. “So, I think it’s incumbent on us to design programs so that they’re very easy to participate in [and] understandable. And on the program design level, we need to think about things like internet access, and we need to think about things like how do we make this a set-it-and-forget-it kind of a program. Because ultimately, if we want large participation in the residential and small commercial sectors, that’s going to have to be what it is.”

‘Blackout Blackmail’

Panel moderator Branden Sudduth, WECC’s vice president of reliability planning and performance analysis, appeared to push the consumer advocate hot button for Beck when he asked how utilities should invest in RA to ensure that electricity remains affordable for low-income households.

Beck said that conversation should expand to include more than just low-income customers, because electricity costs are increasingly jeopardizing affordability for those at a higher level of income who do not qualify for bill payment assistance. She pointed to what consumer advocates refer to as “blackout blackmail”: when a utility urges regulators to allow a resource to be rolled into customer rates “because we won’t be able to keep the lights on if you don’t do it.”

“Yes, we need to have resource adequacy, so let’s set the standard, but let’s still require that utilities meet the standard in the most cost-effective way,” Beck said.

Villmark cautioned that “certain cost-effective standards when it comes to [things] like energy-efficiency upgrades … can really work against us at times, because not everything is a straightforward calculation.” She said measurements that only consider cost can ignore other important benefits such as health, safety and climate resilience.

Beck clarified that she was talking about the cost-effectiveness of a utility’s overall resource mix.

“I think that if a utility wants to build this resource ‘X,’ but resource ‘Y’ is cheaper, they shouldn’t be automatically allowed to build resource ‘X,’ even though all of us want them to have sufficient resources,” she said.

Villmark questioned whether that would mean a requirement for utilities to build a coal-fired resource over solar if the former were cheaper, even in areas seeking to adopt cleaner resources.

Beck countered that the cost-effectiveness rule can still apply to a transitioning grid. “As I say all the time, set the goal and achieve the goal in the most cost-effective way. So, if you’re in a jurisdiction that’s evolving out of fossil fuels, now you’ve reset the goal, [and] you should still achieve that new goal in the most cost-effective way.”

In response to a question from RTO Insider about whether any utilities or jurisdictions are specifically focusing on residential energy efficiency to alleviate the West’s RA challenges, Beck said that both DR and EE are a “significant component” of PacifiCorp’s integrated resource plan.

“I’ve got certainly quite a number of concerns about the IRP, but I also have a long history of working collaboratively with their [demand-side management] folks, and I’m impressed with the programs that they design,” she said.

“We’re part of a study from the Department of Energy and [the National Renewable Energy Laboratory] that’s looking at that very thing — like exactly how much can you squeeze out of the house in that regard?” Villmark said.

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Pioneering Solar Project Prepares to Set Sail in NY

COHOES, N.Y. — A small upstate city is awaiting the final permit to build a pioneering solar array on its reservoir.

The 3.2-MW “floatovoltaic” project, three years in the works, apparently will be the first in the nation owned and operated by a municipality and apparently the first floating array of any kind in New York state.

The financials look very good at this point: The city has obtained multiple grants to help cover the estimated $6 million price tag, and solar panels’ electrical output is expected to far exceed the city’s consumption, zeroing out an electric bill that now exceeds $600,000 a year.

Even the notoriously slow process of interconnecting with the grid is complete.

“We were through the interconnection process with the utility six or seven months ago,” City Planner Joe Seman-Graves told NetZero Insider last week.

The last remaining hurdles are approval from the state Department of Health for modifying a public drinking water supply and a dam permit from the state Department of Environmental Conservation, the latter because the square reservoir is formed by earthen embankments.

The array will be held in place by 90 anchors placed in those embankments, which are a century old and hold back 50 million gallons of water on a hilltop residential area.

Why Rent When You Can Own?

Seman-Graves said the idea began to form in city leaders’ minds when one energy service company after another pitched the city on electricity-saving projects.

The reaction, he recalled, was: “If they’re looking at this and making money, how can we do it?”

Cohoes opted to undertake by itself the LED streetlight project that ESCOs were pitching. It issued bonds to cover the upfront cost of the lights and several other green projects.

Three ESCOs independently pitched nearly identical figures for savings with the LED lights — $9 million in 20 years, which Seman-Graves thought was a bit high. He recalculated the numbers, factoring in zero inflation over the two decades, and they still yielded savings.

Just as important, the bond served as equity to leverage millions more in grants for everything from smart city technology to historic preservation.

Then the city considered solar power, to eliminate the electrical bills altogether.

Ground-mounting a solar array was not an option. Cohoes is only 4 square miles. Part of that is under the Mohawk River, and most of the rest is occupied by homes and industrial facilities.

The only one of three city reservoirs still in service was the best option.

Cohoes did not initially look to become a solar owner-operator, Seman-Graves said, but it could not find a developer willing to be a pioneer on floating solar.

“So we said, hey, why not own it?” he said.

Long but Productive

That was a little more than three years ago. Creating a model for a first-of-its kind project dragged out the schedule for Cohoes, but it also provided time to find technical and financial assistance.

Nearby Rensselaer Polytechnic Institute helped the city with some of the research, demonstrating the project’s value proposition. Also assisting was the National Renewable Energy Laboratory, which has estimated there are 24,000 manmade bodies of water nationwide that could host enough floatovoltaics to meet 10% of the nation’s electricity needs.

Working in Cohoes’ favor as it sought funding was its status as a low- to moderate-income community. The per-capita income of its 18,000 residents is 19% lower than nationwide, and the city’s poverty rate is 39% higher.

In March 2022, the city’s representative in Congress — Democrat Paul Tonko, a former president of the New York State Energy Research and Development Authority — announced a $3 million federal allocation for the floating solar array as a demonstration project.

Two months later, National Grid committed $750,000 in economic development funding.

So the city already has about half the project budget in hand. It has spent $400,000 on design and $250,000 on interconnection costs.

New York’s NY-Sun program will provide additional assistance, as will the federal Inflation Reduction Act, although Seman-Graves has not yet fully researched the details of the latter.

The cost was estimated at $6 million three years ago; some components are more expensive now, and some are less. The city will get a firm price tag after it seeks bids, which it hopes to do this summer, after the DEC permit is in hand.

The lead time is as much as 50 weeks on some components, pushing installation back to summer 2024. But once it finally starts, construction should be straightforward, taking only five to six weeks, Seman-Graves said.

The panels will cover about half of the water surface and are projected to generate 4.153 GWh per year. The city needs only 60% of that to power municipal operations and may provide the remainder to the school district.

The site is secure, behind a chain link fence, and because of the embankments, the panels will be invisible from street level, averting the aesthetic complaints often leveled against large solar installations.

“We have people who don’t even know [the reservoir is] there; people think it’s a hill,” Seman-Graves said.

There is more concern about water quality than about aesthetics, he added. The water in the reservoir is not pristine: It is pumped directly from the Mohawk River to await treatment at the city water plant, next door.

NREL has talked about potentially placing a few ground-mounted solar panels on the site, Seman-Graves said. Floating solar is believed to have potential efficiency advantages over ground-mounted solar because the water can cool the panels and reflect sunlight at them.

Co-locating the two types of panels in Cohoes, he said, would provide comparative performance data that is lacking in the U.S., which has lagged behind other countries in developing floatovoltaics.

To get a sense of the process and mechanics, Seman-Graves visited the 8.9-MW Canoe Brook floating solar array while it was under construction in Short Hills, N.J. That site officially went online last week as the largest in the nation. The previous largest floating solar array in the U.S., a 4.4-MW facility in Sayreville, N.J., was already complete by the time Cohoes began its own process in earnest.

Also assisting Cohoes with the formative stages of the project were RETTEW, its contracted design firm; US Floating Solar, which gave guidance on the early iterations; the DEC and NYSERDA; the University at Albany’s Atmospheric Sciences Research Center; and the Capital District Regional Planning Commission.

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MISO Defends Renewable Ramping Stance to FERC

MISO defended its plan to bar renewable energy from supplying ramping reserves to FERC last week, saying its proposal doesn’t amount to undue discrimination between resources because of the “significant differences” between renewable and non-renewable resources’ ability to deliver ramp product (ER23-1195).

In a June 5 response to a deficiency letter, the grid operator said because so many of renewable resources’ ramping capability is essentially undeliverable, it becomes a “legitimate” factor that “can support different treatment of different types of resources” within MISO. FERC issued the letter in May. (See FERC Questions MISO Plan to Drop Renewables’ Ramp Eligibility.)

MISO said that dispatchable intermittent resources (DIRs) in the real-time market cleared 15% of the megawatt hours needed for up ramping last year. The RTO said 99.7% of the cleared output was “economically undeliverable” because the DIRs’ cleared ramp negatively affected transmission constraints.

Intermittent resources’ average marginal congestion cost was -$73.33/MWh, MISO said. Other resources providing ramp capability for the remaining 85% of MWh experienced uneconomic deliverability issues only 31% of the time, the grid operator said, with an average marginal congestion cost of -$5.83/MWh.

MISO said its data demonstrates “the extraordinary behavior of DIRs in MISO markets with regard to the clearing of reserve-type products such as up ramp capability.”

“Deliverability is important because mere ability to produce output, without deliverability of that output, renders any such would-be output useless to meet operational or market needs,” the RTO said. It said if it allowed ramping capability from DIRs, it would have to redispatch other resources to reduce flows on the limiting transmission. That would result in higher production costs.

“Such an outcome is plainly uneconomic for MISO’s markets, and it is more reasonable for MISO to refrain from dispatching such zero or negative [marginal congestion cost] resources — rendering them undeliverable for economic reasons, which are also linked to the need to reliably manage binding transmission constraints,” MISO said.

The grid operator also said that when it clears DIRs’ undeliverable up ramping, it depresses ramp pricing and hamstrings staff from “effectively redispatching the non-DIR fleet to optimize ramping capability.”

MISO said its wind resources tend to be geographically concentrated and likely to be trapped behind the same transmission constraints. MISO does not use locational considerations in its markets to determine which resources should be eligible to provide ramping reserves. It said DIRs’ offer profiles allow them to be cleared for up ramp at zero dollars when they’re undeliverable due to the negative impact of their marginal congestion costs on constraints.

In comparing DIRs to other resources, MISO said they have “fundamentally different” market participation characteristics and behavior. It said DIRs “almost exclusively” clear for up ramping when they’re already being dispatched down to manage transmission constraints. The RTO added that when DIRs aren’t being curtailed, it’s more profitable for them to offer all available energy to the grid rather than ramping product. MISO said when there’s no network congestion, DIRs opt to provide energy.

“The root problem is that curtailed DIR capacity is not economically deliverable to provide up ramp irrespective of its location, which prevents the market from acquiring sufficient ramping flexibility during periods of high ramping needs,” MISO said. “In other words, there is a significant difference in the manner as well as the degree to which DIRs versus non-DIRs are stranded/trapped behind transmission constraints.”

MISO said solar generation has a similar offer profile to wind generation and almost always clears for ramp when they’re being curtailed and thus, undeliverable. The grid operator said solar should also be excluded from providing ramping reserves.

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Salaries, Benefits Push MISO over Budget

MISO CFO Melissa Brown said last week that payroll and medical benefit expenses will push the grid operator over budget through year-end.

Brown said during a Wednesday meeting of the Board of Directors’ Audit and Finance Committee that as of April, base expenses are almost 3% over budget by $2.9 million. MISO expects to spend $324.5 million in base expenses and be over budget by $14 million, or 4.5%, before the year is up.

She told board members expenses are over budget mostly because of staffing levels, employee compensation and medical benefits.

Brown said MISO originally budgeted a 6.5% vacancy rate this year, expecting the same employee turnover it has experienced since 2021. However, that rate recently dropped to 4%. She said Human Resources Director Allegra Nottage and her team are doing a good job keeping MISO adequately staffed.

“We didn’t know how successful we’d be in getting our vacancy rate turned around. It’s very difficult to prepare for,” Brown said of the anticipated continuing trend of a tight labor market or a recession. She said MISO will forecast a further decline in its vacancy rate, “bringing us closer to full employment.”

Director Robert Lurie asked whether staff should be more conservative in forecasting spending given the current financial uncertainty. Brown said MISO will analyze this year’s variables and reflect those dynamics in next year’s budget.

MISO’s project investment expenses are under budget by about $1 million (10.6%) year-to-date, driven by equipment delivery delays and limited external resources. Brown said supply chain issues continue to persist, leading to “ups and down” among the RTO’s internal projects.

Brown will deliver a second financial report to the full board in Madison, Wis., this week.

Lurie asked that going forward staff include a statement in future financial reports that MISO is complying with its investment policy. The policy is conservative in nature because it invests its members’ funds to securities backed by the U.S. government, highly rated money market investments and dollar-denominated obligations held by entities rated AAA by at least one organization.

Lurie said that because MISO manages other people’s money, it is appropriate that it reiterate that investments comply with the policy.

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Activists Want ISO-NE to Push for Renewables

Thursday’s ISO-NE Consumer Liaison Group meeting was largely a forum on the merits of energy storage and fossil-fuel generation and a critique of ISO-NE for continuing to power the grid with one instead of advancing the other.

The tone was due in no small part to the meeting being held in Peabody, Mass., where a controversial gas-fired peaker plant was recently built near environmental justice communities.

Two older gas- and oil-burning units stand near the new one.

Peabody resident Susan Smoller, a representative of Breathe Clean North Shore, asked: “What is the plan to replace these peakers with batteries and renewables?”

She called on ISO-NE to be sure the higher-emissions fuel — oil — is not used in the older units if gas is not available and urged that demand peaks be reduced so the Massachusetts Municipal Wholesale Electric Co.’s new 55-MW peaker plant is never turned on.

“In the least, let’s make sure that it is the last new fossil fuel infrastructure built in Massachusetts,” she said to applause from some of the 200-plus attendees.

“It’s ISO New England that holds the power to decide when our peakers run, and what they burn,” Smoller said.

Other speakers drilled down on the idea that ISO-NE favors fossil fuel interests.

“Every time we come and ask for a just transition, we hear these arguments that ‘ISO has to be neutral; we can’t take a political stance on one form of energy over another,’” another speaker said. “ISO is already deciding what fuels are present on our grid and picking fossil fuels. My question is, how do we fix this? Do we need to change the tariff? Do we need to abolish [the] ISO itself?”

Another speaker paraphrased a prior statement by ISO-NE that it would prioritize grid reliability and proper market function as the clean energy transition moved forward.

“I’d like you to reverse that,” he said — make preserving conditions for life on planet Earth the priority rather than keeping the lights on and the capitalist free markets functioning.

“What we really want to hear is that your heart is in saving life — not in the lights coming on every time someone wants to make an egg,” he said.

ISO-NE Vice President Anne George pushed back on almost every point.

“Reliability also affects lives,” she said to the last critic.

ISO-NE’s mission and vision statements show its commitment to a successful transition to a clean energy future, George said, but “we have to do it in a reliable way.”

Some of her other rebuttals:

  • Anyone can participate in the wholesale market ISO-NE operates, if they meet reliability standards.
  • The RTO is independent and is not beholden to fossil fuel interests.
  • It agrees climate change is a threat and will use its tools to facilitate the energy transition.
  • The RTO lacks authority to make the changes suggested at the meeting.
  • It has advocated putting a price on carbon and embedding that into the wholesale electricity market to make renewables more competitive, but the RTO has found little support for such a move.
  • ISO-NE provides the “huge” value of an independent body to oversee the market.

The transition of the market toward renewables will not be as rapid as critics are calling for, George said.

“It is not going to happen overnight, and it is not something we are dragging our feet on.”

Energy Storage

The variable nature of the wind and solar power the clean energy transition — at least in its early stages — will rely heavily on makes a fallback power source indispensable.

A major theme of Thursday’s meeting was using energy storage rather than fossil-fired peakers to meet that critical need.

Rosemary Wessel, founder of No Fracked Gas in Mass, and Chris Sherman, a vice president at Cogentrix, related their collaboration in western Massachusetts.

Wessel listed the health problems in neighborhoods surrounding two Cogentrix peakers in the heart of Pittsfield.

Sherman recounted the company’s decision to retire both, and to retire a third peaker in West Springfield, Mass.

NE Proposed energy storage (ISO-NE) Content.jpgThe ISO-NE interconnection queue shows a large quantity of energy storage proposed in New England. | ISO-NE

The West Springfield site, with its three interconnections, will host a 45-MW/180-MWh battery energy storage system. The site could host as much as 100 MW, but 45 MW is what Sherman could convince the company and its investors to back.

Colette Lamontagne of National Grid said the utility has installed five storage systems in Massachusetts as demonstration projects and a nonregulated affiliate is developing renewable power generation.

Storage will be useful in easing the peak-demand transmission bottlenecks likely to arise as communities ramp up their use of electricity, she said, and provide a less expensive, more flexible alternative to building a new substation.

Jason Houck of Form Energy described the Massachusetts-based company’s pre-commercial efforts to develop longer-duration storage.

Sen. Joe Manchin and Energy Secretary Jennifer Granholm joined Form Energy in Weirton, W.Va., on May 26 to break ground on its first factory. At least 750 people are expected to eventually work there, fabricating iron-air batteries.

Form plans to build a 1.5-MW/150-MWh system in Minnesota next year for Great River Energy as a pilot project, then two 10-MW/1,000-MWh systems for Xcel Energy in 2025, one each in Minnesota and Colorado.

Both areas are seeing wind power replace coal power, Houck said, and have weather extremes, all of which creates the demand for storage.

An audience member at Thursday’s meeting asked him why Form Energy was not putting the projects in Massachusetts.

“We’d love to,” Houck said. “It comes down to the market structure. It’s a regulated market.”

It is easier to work under the other states’ integrated utility model, he added.

“In New York, New England, other markets, the utilities no longer own assets and don’t do planning; who do we partner with? In this region, the ISO has not historically played a role in commercializing new technologies.”

Priya Gandbhir, senior attorney at the Conservation Law Foundation, made a similar point about ISO-NE.

“We need the ISO to reform its market structure and prioritize getting clean energy up and running. We need the ISO to stop [looking] at the problem of how to fit clean energy resources into its existing market structures and rather to prioritize the just transition to our clean energy future.”

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NJ Push for 100% Clean Electricity Meets Opposition

A bill that would require all electricity sold in New Jersey to be clean energy by 2035 has been delayed by concerns from environmentalists, labor groups and solar developers, according to the bill’s sponsor.

The measure would accelerate the state’s current goal of requiring 50% clean electricity by 2030.

Bill S2978 sponsor Sen. Bob Smith (D), who chairs the influential Senate Environment and Energy Committee, said he had hoped to bring the bill to the committee before the summer recess at the end of this month. But a triad of concerns raised by different groups proved too difficult to resolve, and the bill won’t be heard until after the November election, Smith said.

“We have issues right and left,” Smith said. “Everybody wants a bigger bill … So we’re trying to balance all the equities, get everybody in the room, lock the door and come up with a solution.”

Smith’s initial version of S2978 would have modified the state’s renewable portfolio standard, which presently includes the 50% by 2030 target, with a new requirement for 100% clean energy by 2045.

But the latest version of the bill notes the state is “on track” to generate 75% of its energy with “non-emitting” resources such as wind, nuclear and solar by 2025, on the way to 84% by 2030. The bill would now require the state to update clean electricity targets to 70% by June 2026, 85% by June 2030 and 100% by June 2035.

The bill seeks to establish in law a goal that Gov. Phil Murphy (D) laid out in a February executive order requiring 100% of the state’s electricity to be derived from clean sources by Jan. 1, 2035, preventing a future governor from altering or revoking the target. While Democrats have in recent years held both legislative chambers, the governor’s office has swung back and forth between the two parties for the last 40 years.

“The current governor is a pretty green governor,” Smith said. “And a new executive may not feel as sanguine about renewable energy.”

Competing Agendas

The bill is vigorously backed by the environmental groups, several of which held a press conference in Trenton Thursday morning with two Democratic legislators — Sen. Linda R. Greenstein and Assemblyman Robert J. Karabinchak — to advance the bill even as some environmentalists seek to remove elements they don’t like. They are particularly concerned the legislation would allow trash-incinerating plants to still be considered Class 2 renewable energy and continue operating, even though they add to pollution.

Press conference participants from the Sierra Club, League of Conservation Voters, Natural Resources Defense Council and New Jersey Progressive Equitable Energy Coalition urged legislators to support the bill and take other steps to accelerate the shift to clean energy.

“Climate change is not slowing down,” said Tom Gilbert, co-executive director of the New Jersey Conservation Foundation, who cited as an example the thick smoke and fumes that shrouded New Jersey Wednesday and Thursday because of wildfires in Canada. “This is climate change, and unfortunately it’s only going to get worse unless we act decisively.”

But Ray Cantor, deputy chief government affairs officer for the New Jersey Business and Industry Association, one of the state’s largest business groups, expressed concerns but said he couldn’t comment in detail because the bill is still being redrafted and he hasn’t seen the latest version.

“We are extremely skeptical of creating any artificial deadlines for taking such major actions, especially when experience and simple physics has shown that you cannot run an electrical grid on renewables alone,” he said. “In all likelihood this bill will have New Jersey ratepayers subsidize projects in other states to buy credits just to say we met a renewable standard. This is not good policy, and it will be costly.”

Smith said solar developers have pushed for changes to the bill that would resolve some issues they have with past incentive programs created by the New Jersey Board of Public Utilities. Electrical workers are concerned that in reaching for the 100% clean energy goal, the effort will “somehow result in the outsourcing of a significant number of energy jobs,” he said, adding, “That’s not the case.”

“We’ve had some of the best minds in the energy business analyze this, and they are all coming back with the same conclusion — which is this will increase jobs, labor-related jobs in New Jersey, by a huge factor,” he said. “You remember that anything over a megawatt has to be done with union labor.”

Burning Trash

Smith said the environmentalists have concerns because they want to use the bill as “vessel to put resource recovery facilities [trash-burning plants] out of business.”

That view was reinforced by Allison McLeod, policy director for the New Jersey League of Conservation Voters, who said her group strongly supports the 100% clean electricity standard but wants the state to move past “fossil fuel emitting power generation and into an equitable and just clean energy future.”

McLeod said the group is concerned that the current version of the bill allows trash burners to continue operating. The state has four such incinerators in Camden, Newark, Westville and Rahway.

“Trash Incineration is not clean energy, and it shouldn’t be considered clean energy,” she said. “When we’re defining clean energy in our renewable portfolio standards, we need to make sure that we’re defining things as truly renewable and truly clean, and for us that does not include trash incineration.”

The issue is particularly important, she said, because incinerators are frequently located in overburdened communities that have historically dealt with the “effects of fossil fuel and dirty energy production.”

Smith said the incinerators receive millions of dollars in state subsidies, and the operators argue that if they were shut down, the state would generate more methane, a greenhouse gas, because the trash would go to landfills instead of being burnt. He said he tried to adjust the bill with an amendment that would require the incinerators to meet emissions standards set by the New Jersey Department of Environmental Protection or else lose the subsidies.

However, the environmental justice community “is not happy with that at this point,” he said, adding that he questioned whether a bill to revise the state’s renewable energy portfolio standards is the “right vehicle” for an effort to shut down trash incinerators.

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MISO Weighs MTEP 23 Alternatives to South Reliability Projects

MISO planners say they have pinpointed several proposed projects in this year’s transmission planning cycle that might provide more system benefits with altered designs.

During a series of subregional planning meetings this week, staff said nine projects in the draft 2023 Transmission Expansion Plan (MTEP 23) are candidates for alternative designs because of their size and complexity. The projects account for more than 40% of the MTEP 23 price tag, currently standing at $8.8 billion across 578 projects.

During a MISO Central subregional planning meeting Tuesday, expansion planner Amanda Schiro said most of the projects singled out for alternative designs are for substation work in the southern region. They include the controversial $1.1 billion, 150-mile 500-kV line and substation project Entergy has proposed for southeast Texas and all three phases of its nearly $2 billion, 500-kV Amite South line and substation work in the state’s southern region. Entergy has said both projects are needed for reliability.

The $3.6 billion in localized reliability spending MISO South transmission owners proposed this year has sparked debate among stakeholders as to whether Entergy is attempting to dodge more efficient, regionally cost-shared projects. The grid operator this year pledged to examine the TOs’ proposals for larger, combined project opportunities. (See Initial MTEP 23 Ignites Familiar Arguments over MISO South’s Reliability Spending.)

Competitive transmission developers and clean energy groups have said the two Entergy projects resemble previous economic projects MISO recommended and ultimately canceled in 2016 and 2017. The economic projects’ costs would have been shared regionally, but reliability projects are billed only to the local transmission zone in which they’re located. (See NextEra, SREA Protest Canceled MISO Project at FERC.)

Other projects tagged for alternative exploration include Entergy Louisiana’s $164 million line and substation upgrades to alleviate the Downstream of Gypsy load pocket in southern Louisiana; Ameren Illinois’ $159 million, 138-kV substation and 29-mile line in south central Illinois; and Michigan Electric Transmission Company’s $63 million plan to construct a new 138-kV substation and related facilities to serve a new industrial customer. The projects all rank among the MTEP 23 portfolio’s most expensive.

Trevor Armstrong, manager of MISO South’s expansion planning, said during another subregional planning meeting Thursday that staff are evaluating the nine projects’ effectiveness and will announce any alternative recommendations in early September. MISO is hosting its final round of subregional planning meetings at the same time and will present its final MTEP 23 project recommendations.

Some alternative project costs might be higher than the original projects. The RTO’s planners said larger project costs aren’t necessarily a dealbreaker if the project can satisfy additional benefits criteria. They stressed that a higher price tag doesn’t necessarily mean the project is a worse option.

The proposed $4.3 billion investment for 68 projects in MISO South exceeds the entire MTEP 22’s $4 billion cost.

Armstrong said MISO is introducing an economic screen in the region this year for the five most expensive projects. The screen replaces the normal market congestion planning study, currently on hold while staff chart its four long-range transmission planning (LRTP) portfolios.

“In order to do our due diligence on these very large projects, we’re putting a screener on them to see if they warrant further economic study … and get insights into congestion relief,” Armstrong said. The screen could designate some of the proposals as market efficiency projects, with their costs allocated regionally.

Different project designs will be pursued if they are a “better alternative in terms of cost and performance,” Armstrong said. “MISO’s focus isn’t just keeping the lights on. We also plan for other benefits.”

“The Amite South project area is a hotbed of load growth. There are industrial requests along the Mississippi River … and they’re related to electrification,” MISO’s Clayton Mayfield said, noting that much of the state’s load growth is in a load pocket. “We’ve studied in excess of 8 GW of load growth. It’s really the foot of the wave coming our way, and customers have aggressive timelines. They’re looking to come online in 2026 through 2028.”

Armstrong said he would consider a request from stakeholders to share the economic screen’s results before announcing any alternative projects.

Southern Renewable Energy Association’s Simon Mahan urged MISO to search for alternatives that will “future proof the system.” He reiterated that stakeholders weren’t privy to the grid operator’s new generation and retirement data, which could have helped them propose more suitable project alternatives. Stakeholders had until the end of May to submit project alternatives.

Mahan also asked whether staff’s extensive alternative project analysis will cause MISO to abandon the LRTP’s third portfolio, the first to consider planning needs in the southern region. Jeanna Furnish, MISO’s director of expansion planning, said staff remain committed to examining South system needs with the LRTP.

The RTO is also including an exploratory study to alleviate near-term congestion in MTEP 23. The study will review historical congestion data and recreate system conditions in production cost models to distinguish between persistent trouble spots and temporary ones.

Because the study is informational, MISO won’t recommend any transmission projects. Stakeholders had requested that the grid operator come up with smaller, congestion-relieving projects like its interregional targeted market efficiency projects with PJM and SPP. Some expressed disappointment that the study won’t result in a new class of projects. (See MISO Adding Near-term Congestion Study to MTEP.)

MISO has said it first needs to better understand the nature of its near-term congestion before proposing a new project type and potential cost allocation.

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Solarium Report Warns of E-ISAC Info Sharing Shortfalls

A new report by the successor organization to the Cyberspace Solarium Commission this week warned that utilities’ relationships with the Electricity Information Sharing and Analysis Center (E-ISAC) are not as strong as they could be.

The report was published by the CSC 2.0 Project, created after the bipartisan, congressionally sponsored commission issued its final report in 2020 to “support continued efforts to implement outstanding CSC recommendations” and continue to research additional cybersecurity issues discovered by the group. The goal of the report was to review Presidential Policy Directive 21, issued during the Obama administration, which established the federal government’s approach to critical infrastructure security and resilience.

In a letter to Congress last year, President Joe Biden indicated that he planned to “review and revise” PPD-21 to address emerging cybersecurity risks. CSC 2.0 conducted its own review of the directive — and Executive Order 13636, which focused on improving engagement between critical infrastructure stakeholders on cybersecurity and information sharing — to develop its own set of recommendations and review the current state of public-private sector security collaboration.

The review focused on the performance of sector risk management agencies (SRMAs) in supporting U.S. critical infrastructure. The 2021 National Defense Authorization Act established SRMAs for each critical infrastructure sector to support sector risk management, assess sector risk, manage sector coordination, facilitate information sharing between private and public sector entities, support incident management, and contribute to emergency preparedness efforts.

Citing their review of the Colonial Pipeline ransomware attack of 2021, when cybercriminals since linked to Russia hacked the company managing the flow of almost half the supply of gasoline and other fuel products to the U.S. East Coast and caused it to shut down its entire pipeline, the report’s authors sought to highlight “the broader challenge of inconsistent capabilities and performance across SRMAs.” They chose three examples for the discussion, including the Department of Energy, designated as the SRMA for the electricity sector.

While the report acknowledged DOE as “one of the best performing SRMAs” and called E-ISAC “one of the best” among its counterparts in other sectors, the authors observed that even such praise needs caveats. In this case, the E-ISAC’s relationship with NERC — which reports to FERC on reliability standards compliance and enforcement — creates an unintended chilling effect that discourages entities from turning over evidence that could implicate them in compliance violations.

“Our interviewees relayed that, because the E-ISAC is located within NERC, which in turn is subject to oversight by FERC, in-house counsels on occasion advise electricity companies not to share certain information with the ISAC for liability reasons,” the report said.

The commission said the utilities’ concerns constituted “an obstacle without an obvious solution,” because separating the E-ISAC from NERC would deprive it of financial resources and relationships that help with its services to the electric sector. It also did not provide any examples in which NERC or regional entities may have used information provided to E-ISAC in enforcement actions.

In an email to ERO Insider, a NERC spokesperson did not dispute the report’s claims but pointed out that the report itself notes that “the electricity sector has one of the best ISACs due to the robustness of its member-driven information sharing.” The spokesperson continued that NERC and the E-ISAC actively work to keep the organizations separate to allay the fears outlined in the CSC 2.0 report.

“NERC has a code of conduct in place that prohibits E-ISAC staff from sharing information about potential violations and compliance monitoring staff from seeking to obtain such information from the E-ISAC,” NERC said — a claim also noted in the report. “In addition, a firewall between networks and a separation of E-ISAC and NERC staff exists to further enhance safeguards. To date, this process has worked effectively and without fail since its inception.”

The spokesperson added that ongoing cyber and physical security threats to the grid make “the nexus between NERC and the E-ISAC … more valuable than ever before.”