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.
State energy officials are “cautiously optimistic” about maintaining grid reliability during the upcoming summer, with California poised to benefit from above-normal snowpack and precipitation coupled with the probability of mild conditions in its coastal regions.
SPP’s resource adequacy stakeholder group has moved several policies that indicate the team’s work is “coming home” after months of presentations and discussions.
Stakeholders scolded NYISO for using the wrong figure in a press release on its summer capacity assessment, saying it suggested capacity margins would be tighter this summer than expected.
“Uncertainty” was a recurring theme at the annual meeting of the Western Conference of Public Service Commissioners.
Angst over looming load growth, cost increases and reliability headaches headlined the 76th annual New England Conference of Public Utilities Commissioners Symposium.
FERC found SPP’s tariff revisions laying out how it determines its planning reserve margin methodology only partly met the commission’s order on rehearing and directed an additional compliance filing.
ERCOT’s latest capacity, demand and reserves report projects summer peak demand will increase to more than 97 GW by 2034.
MISO expects a hot summer and should be able to survive load peaks into the 120-GW range, but the system could be on the brink if a scorching day produces demand near 130 GW.
Because of resource adequacy risks, MISO may need to place tougher requirements on load-modifying resources and devise new, nonemergency means to use load offsets that can't meet new standards.
Sen. Joe Manchin rebuffed Majority Leader Chuck Schumer's assertion that permitting reform was dead in the current Congress during an Energy and Natural Resources Committee hearing on load growth from data centers.
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