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.
Talen Energy’s deal to carve out capacity from its Susquehanna Nuclear Plant to serve a growing data center on its site drew protests at FERC from other parties who argued the deal and others like it could shift costs and threaten reliability.
The New York State Reliability Council’s mathematical model for calculating the state’s installed reserve margin every year will need to be updated as more offshore wind and major transmission lines come online, NYISO told stakeholders.
MISO’s system is at the mercy of faster interconnections of new resources and retirement delays, executives said in a quarterly address to the board and stakeholders.
NEPOOL held its annual summer Participants Committee meeting in New Hampshire during a multiday stretch of extreme heat and high demand on the New England grid.
Members of MISO’s Advisory Committee emphasized that all players in the footprint need to act swiftly to position themselves for “hyperscale” load growth and the EPA’s new carbon rule.
A relatively low turnout of constructed capacity in recent years could deepen a potential 2.7-GW capacity deficit in summer 2025 to more than 14 GW by summer 2029, MISO and OMS revealed in a five-year projection.
Growing demand from Northern Virginia’s Data Center Alley could outpace the power industry’s ability to keep up, according to a new report by Aurora Energy Research.
NYISO said it is prepared to meet demand during an extreme kind of heat wave called a heat dome that is already spiking temperatures to near 100 degrees Fahrenheit in western New York.
SPP’s REAL Team approved base planning reserve margins and a sufficiency valuation curve, codifying months of work.
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