Resource Adequacy
Resource adequacy is the ability of electric grid operators to supply enough electricity at the right locations, using current capacity and reserves, to meet demand. It is expressed as the probability of an outage due to insufficient capacity.
California should have plenty of electricity available to meet demand over the next few years, even during extreme weather events or if new energy resource installations are delayed, a California Energy Commission report said.
PJM presented manual revisions to reflect the generation deactivation process stakeholders approved in January.
NYISO performed an autopsy on the system conditions during the late June heat wave for the New York State Reliability Council at its Installed Capacity Subcommittee meeting.
PJM saw its highest peak loads in over a decade during a heat wave that stressed the Mid-Atlantic region from June 22 to 26.
SPP’s REAL Team has endorsed RTO staff’s framework for demand response, allowing the grid operator to bring it forward to the quarterly governance meetings in July and August and to then begin drafting the tariff change.
Comments about FERC's technical conference argued for a variety of reforms to address resource adequacy.
Texas regulators have approved two more system resiliency plans for state utilities with a focus on wildfire mitigation, following up on a requirement from the 2023 legislative session.
MISO stakeholders are skeptical of the RTO’s proposed new approach to divvying up reliability obligations among load-serving entities based on evolving system risk.
Portland General Electric’s need for new resources by 2030 has grown by 16%, largely because of a decreased capacity contribution from batteries, particularly in winter.
MISO’s Independent Market Monitor has expressed lingering dissatisfaction with NERC’s Long-Term Reliability Assessment, even with potentially corrected values.
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