Court Sides with FERC, Against Consumers and Clean Energy RSS Feed

Court Sides with FERC, Against Consumers and Clean Energy

The D.C. Circuit Court of Appeals upheld the Federal Energy Regulatory Commission (FERC) approval of controversial new rules for America’s largest power market. We are disappointed because these rules unnecessarily funnel money from electricity consumers to fossil and nuclear power plants while largely excluding competition from reliable, economical wind and solar power and demand response (paying volunteers to cut electricity use when the grid is stressed).

Procurements in solar, wind, and demand response fell as a result of the new rules fully taking effect in PJM, the electric grid operator serving 65 million electricity customers in the Mid-Atlantic and Midwest. While the price per megawatt was not as high as it could have been largely due to cheap natural gas flooding the system and falling electricity demand, consumers are paying too much because PJM had consumers buy fossil-fuel and nuclear resources that are more expensive than clean energy.

At issue in the case was whether FERC, in approving PJM’s rules, did its job to ensure that the rules would not impose unreasonable costs on consumers and would not favor certain energy resources over others without good reason. Despite our arguments that FERC failed to satisfy its duties and explain its reasoning—a position shared by state oversight agencies, rural electric cooperatives, public power, and clean energy advocates—the Court sided with FERC, largely deferring to the agency’s expertise on grid reliability.

The controversial new rules limit reliable, economical clean energy and increase costs to consumers

The new rules concern PJM’s “capacity” market, which procures commitments from coal, gas, nuclear, and/or renewable resources to supply the region’s power in the future. Demand response and energy efficiency resources can also commit to reducing the region’s electricity demand in the future—the goal is to keep electricity supply and demand balanced at all times. The resources that win capacity commitments in the auctions are paid to be available for a fixed period of time in the future.

During the 2014 polar vortex, coal and gas power plants that had promised to be available failed—coal piles froze and poorly maintained gas plants could not operate in the extreme cold. Instead, strong winter winds and demand response helped ensure reliability during the cold snap. The experience spurred PJM to overhaul its capacity market rules to include high penalties for resources failing to deliver electricity as promised—but also require that all capacity resources be available 365 days a year.

It’s an appropriately set penalty, not the length of the commitment period that ensures reliability

What FERC—and the Court—did not understand is that the key part of the new rules that functions to ensure reliability is the penalty for resources failing to perform as committed, which can be applied to commitment periods of any length. Contrary to what FERC thought in its approval, the length of the commitment period doesn’t have to be 12 months—for example, there could be two 6-month commitment periods covering the full year instead. Enabling shorter commitment periods that together cover the full year would allow resources that perform reliably and economically on a seasonal basis, but not necessarily for 12-months at a time, to compete with traditional power plants. This is important for clean energy and consumers because both electricity demand and economical, emissions-free and fuel-free supply in PJM are seasonal in nature. Both supply and demand peak in the summer in most parts of PJM, and it’s cheaper on the hottest summer days (when everyone is running the AC at full blast) to pay willing customers to curtail or shift electricity use instead of firing up expensive, inefficient, and highly polluting backup power plants to accommodate greater electricity demand. Procuring on a seasonal basis saves consumers from having to pay too much for these expensive power plants while avoiding costly and wasteful over-procurement in the off-peak seasons.

Read full article at NRDC