On October 25, 2023, the Department of Energy (“DOE”) released a draft roadmap addressing challenges to the interconnection of clean energy projects to the transmission grid. The roadmap, developed by the Interconnection Innovation e-Xchange (“i2X”),[1] identifies short-term (1–2 year), medium-term (2–5 year), and long-term (5+ year) solutions aimed at addressing barriers to connecting solar, wind, and battery projects to the grid and maintaining grid reliability.[2]
As the roadmap notes, interconnection requests have dramatically increased in the past decade, with 2,500 to 3,000 new requests a year, reflecting 400 to 600 GW/year of proposed capacity.[3] At the same time, constraints on transmission capacity and issues in the interconnection process have caused large backlogs, delays, and interconnection costs, resulting in a “more difficult and costly energy transition for ratepayers, utilities, and their regulators.”[4]
DOE has also issued a request for information (“RFI”) to seek feedback from interconnection stakeholders regarding the draft roadmap. Responses to the RFI are due on November 22, 2023.
On July 28, 2023, the Federal Energy Regulatory Commission (“FERC”) unanimously approved Order No. 2023, a Final Rule designed to streamline the process by which generation resources can connect to the interstate transmission grid.
At a high level, the Final Rule substantially revises the current pro forma large generator interconnection procedures (“LGIP”) and agreement (“LGIA”) with the following updates:
Replacing the current first-come, first-served process with a first-ready, first-served interconnection cluster study process.
Increasing the speed of interconnection queue processing by, among other things, imposing strict study deadlines and penalties on transmission providers.
Incorporating technological advancements into the interconnection process.
Order No. 2023 also makes changes to the small generator interconnection procedures (“SGIP”) and agreement (“SGIA”).
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The international dialogue about climate change and the “net zero” world now includes a focus on hydrogen as an abundant source of energy useful in myriad ways (refining, fertilizer production, motive power, etc.) with potentially zero climate-harmful emissions. For those of us who took Chemistry 101 in high school, we know that hydrogen is by far the most abundant element in the Universe, representing an estimated 70 to 75 percent of all known matter. While that is an awesome number (giving rise to the common student question “How do we know that?”), the fact is that, here on Earth, hydrogen does not exist as a “free” gas—it is present here only in combination with other elements, notably oxygen, carbon, and nitrogen. Thus, to capture hydrogen for use in multiple applications, it must be separated from the paired substances (most commonly water (H2O) and natural gas (CH4)).
In the discourse around capturing hydrogen as a free gas, a color-coding terminology has emerged that rivals a paint store. I call it the “hydrogen color wheel” and it is the source of much confusion. While each of the color “codes” involves a somewhat detailed explanation, my goal in this post is to keep the detail short and within understandable limits.
After seven years, three presidential administrations, and two appearances before the Supreme Court, the Obama Administration’s “Clean Power Plan” (“CPP”)—a Clean Air Act regulation designed to limit carbon emissions from existing coal-fired power plants (and later revised by the Trump-era “Affordable Clean Energy” (“ACE”) rule)—was struck down by the Supreme Court on June 30, 2022. SeeWest Virginia et al. v. Environmental Protection Agency et al., No. 20-1530.
Relying on Section 111(d) of the Clean Air Act (“CAA”), the Environmental Protection Agency’s (“EPA’s”) CPP set a carbon emission limit that was essentially unattainable for existing coal-fired power plants. Consequently, EPA determined that the “best system of emission reduction” for carbon from these plants was to cause a “generation shift” from higher carbon emitting coal-fired sources to lower-emitting sources, such as natural gas plants or wind or solar energy facilities. Compliance with the CPP would have required a plant operator to: (1) reduce the amount of electricity the plant generated to reduce the plant’s carbon emissions; (2) build a new natural gas plant, wind farm, or solar installation, or invest in someone else’s existing facility and increase generation there; or (3) purchase emission allowances as part of a cap-and-trade regime. SeeWest Virginia at 8.
On July 16, 2020, the Federal Energy Regulatory Commission (“FERC” or “Commission”) issued Order No. 872 (“Order”), a final rule that significantly revised its rules implementing the Public Utility Regulatory Policies Act of 1978 (“PURPA”). Congress enacted PURPA to reduce the country’s reliance on oil and natural gas by promoting “Qualifying Facilities” (“QFs”) that rely on alternative energy sources or more efficient generation. Since their promulgation, FERC’s regulations implementing PURPA have been largely unaltered. FERC opined that the energy industry has substantially evolved since PURPA was promulgated and that the final rule is necessary to address the changing landscape and more closely align with underlying congressional intent.
Among other things, PURPA requires electric utilities to offer to purchase electric energy from QFs, which are categorized as either small power producers or cogenerators. The rate that a QF may receive for energy must be a rate “not to exceed the incremental cost to the electric utility of alternative electric energy,” which is “the cost to the electric utility of the electric energy which, but for the purchase from such cogenerator or small power producer, such utility would generate or purchase from another source.” In other words, “the purchasing utility cannot be required to pay more for power purchased from a QF than it would otherwise pay to generate the power itself or to purchase power from a third party.” This is referred to as the utility’s “avoided cost.”
Rates for energy are generally categorized as either fixed or “as-available.” Fixed rates are generally fixed at the time of the contract or other legally enforceable obligation (“LEO”) between the QF and the utility and do not vary over the term of the contract or LEO. For example, many renewable energy projects, which generally produce only to sell into the market and rely on a fixed revenue stream for financing, often rely on fixed energy rates. Conversely, other types of generators, such as cogeneration facilities, might only sell into the market when they have excess energy and will take the prevailing price at the time of sale. This rate is referred to as an “as-available” energy rate and is variable. Rates for capacity are generally fixed at the time of contract or LEO. QF rates for energy and capacity are set by state commissions.
Order No. 872 follows a technical conference, notice of proposed rulemaking (“NOPR”), and multiple rounds of industry comments. The Order adopts most of the NOPR proposals and substantially alters the rules for QFs.
On March 19, 2020, the Federal Energy Regulatory Commission (“FERC” or “Commission”) announced several regulatory responses to the coronavirus pandemic and FERC Chairman Neil Chatterjee held a press conference to discuss the agency’s initiatives. The Chairman emphasized the capabilities of the Commission and its staff to work in a timely manner throughout the pandemic response, while striving to provide necessary flexibility to regulated entities.
The Chairman named Caroline Wozniak, a Senior Policy Advisor in the Office of Energy Market Regulation, as the point of contact for all energy industry inquiries related to the impacts of COVID-19. Members of the regulated community may e-mail PandemicLiaison@FERC.gov with questions for Commission staff.
Chairman Chatterjee clarified that the Commission will provide regulated entities with flexibility when needed, but emphasized the Commission is fully functioning and will try not to delay decisions. Chairman Chatterjee also stated his goal is to issue certain rehearing orders involving pipeline certificate projects challenged by affected landowners within 30 days, consistent with guidance from the Chairman issued on January 31, 2020.
At the outset of 2019, Pennsylvania Governor Tom Wolf set a goal for Pennsylvania to significantly reduce greenhouse gas emissions. Now, Governor Wolf plans to achieve that goal by taking the bold step to establish a carbon dioxide cap-and-trade program through executive action. On October 3, 2019, Governor Wolf issued an Executive Order directing the Pennsylvania Department of Environmental Protection (“DEP”) to begin the process for Pennsylvania to join the Regional Greenhouse Gas Initiative (“RGGI”, pronounced “Reggie”). RGGI is a market-based cap-and-trade program implemented by several Northeast states to reduce power sector CO2 emissions. Governor Wolf’s Executive Order made national headlines because of the potential implications of Pennsylvania—a state known for its coal and natural gas reserves—joining RGGI. But this news is only the start of a long regulatory process, one that could realistically take years to become implemented. At this stage, Pennsylvania fossil-fuel power generators should familiarize themselves with RGGI’s requirements and procedures as well as the rulemaking process by which the Commonwealth might join RGGI.
The RGGI Program
RGGI is a collective effort by its member states to create a Northeast regional cap-and-trade program affecting fossil-fuel power plants greater than 25 megawatts. Member states—currently Connecticut, Delaware, Maine, Maryland, Massachusetts, New Hampshire, New York, Rhode Island, and Vermont, with New Jersey in the process of rejoining—each enact statutory or regulatory programs in their respective states that are RGGI compliant. CO2 emitting power plants then participate in RGGI regional auctions to purchase CO2 emission allowances for usage, or to sell on secondary markets. RGGI caps the total amount of CO2 emission allowances, measured in tons of carbon, with the most recent cap being 80.2 MM-tons. Beginning in 2021, the cap will be set at 75.1 MM-tons, which will then be reduced by 30 percent between 2020 and 2030. Proceeds from the auctions are distributed to the respective states for investment in programs to further reduce CO2 emissions, such as energy efficiency, renewable energy, or consumer benefit programs. Continue reading “Pennsylvania Plans to Join the RGGI CO2 Cap-and-Trade Program”
With the May 1 order, the Commission reaffirms its view that it has concurrent jurisdiction over debtors’ efforts to reject their FERC-jurisdictional contracts in bankruptcy. Further developments in judicial proceedings in the Sixth and Ninth Circuits are expected.
On May 1, 2019, the Federal Energy Regulatory Commission (“FERC” or “the Commission”) denied Pacific Gas and Electric Company’s (“PG&E”) requests for rehearing of two Commission orders asserting concurrent jurisdiction with bankruptcy courts over the disposition of wholesale power contracts PG&E seeks to reject through bankruptcy.1
In its Rehearing Order, the Commission acknowledged a circuit split regarding the relative authorities of the Commission under the Federal Power Act (“FPA”) and the bankruptcy courts under the Bankruptcy Code as they relate to the review and disposition of FERC-jurisdictional contracts in bankruptcy proceedings. However, the Commission affirmed its prior holdings that that “the way to give effect to both the FPA and the Bankruptcy Code is for a party to a Commission-jurisdictional wholesale power contract to obtain approval from both the Commission and the bankruptcy court to modify the filed rate and reject the contract, respectively.”2Continue reading “In PG&E Bankruptcy, FERC Reasserts Concurrent Jurisdiction over the Disposition of Wholesale Power Contracts”
The ingenuity of the renewable energy industry and the energy-oriented financial players is never to be doubted. Within the past few years, several creative financial tools have emerged to support the development of new wind and solar projects as well as further advances in large-building energy efficiency. The traditional regulatory and financial incentives for renewable energy and energy efficiency projects—investment tax credits, production tax credits, mandated renewable portfolio standards, mandated energy efficiency targets—remain in place (at least for now). However, there is a new incentive at play, one which until recently the industry has not tried to monetize. The new incentive is the desire, indeed the perceived need, of certain companies to “go green,” to demonstrate a commitment to improving the climate in the face of growing public concerns about climate change. Companies that produce consumer products—beer, bread, computers, pharmaceuticals, etc.—and companies that provide services—telecommunications, online shopping, search engines—have concluded that there is ascertainable value to putting words like “100% Renewable Energy” on bags, cans, and packaging; on social media advertising; and on bricks and mortar. Building owners perceive ascertainable value in labeling their buildings as “green” buildings. What the creative minds of the energy and financial industry players have done is develop vehicles to capture and quantify those values, and put them to use.
This blog post discusses three such vehicles: the Virtual Power Purchase Agreement (“VPPA”), the Virtual Net Metering Program (“VNMP”), and Metered Energy Efficiency Credits (“MEECs”). All three are relatively new, relatively complex, and in two cases—VPPA and VNMP—substantially regulated. However, the basic concepts are easy to explain and that is the goal of this post. Continue reading “The Emergence of Creative Financial Tools for Renewable Energy and Energy Efficiency Projects”
Right now, cases involving climate change are being heavily litigated in courts across the United States. Hundreds of climate change-related cases have been filed in both federal and state courts, where parties are challenging governments’ and industry’s knowledge of and contribution to climate change. In the abstract, one would think that litigation involving emissions of greenhouse gases (“GHG”) linked to climate change would largely focus on the federal Clean Air Act. Yet, climate change-related cases now involve ever-expanding causes of action, including not only claims under the federal Clean Air Act and other federal statutes, but claims under the U.S. Constitution, state law claims, and common law claims.
There are several active cases that may have major implications on the government’s role in determining the direction of climate change policy, and on private companies’ past and future liability for alleged contributions to climate change, as well as knowledge of climate change impacts on business decision-making. This article discusses notable current cases involving climate change. Continue reading “Charting Climate Change Cases: A Survey of Recent Litigation”
