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.
The Virginia State Corporation Commission spent a full day looking at how growing demand from data centers is impacting the commonwealth's electric grid and rates.
CAISO's Department of Market Monitoring reported that the ISO saw “one of the highest demand peaks” in recent years in 2024.
MISO President Clair Moeller predicted MISO will face a few tough years before securing enough generation to tame load growth and fashioning operational tools that help subdue the volatility of renewable energy.
MISO told its Board of Directors that drafting an interconnection queue express lane for generators that resolves resource adequacy risks and has stamps of approval from regulators is essential.
MISO expects its in-service solar capacity to grow to 12 GW by the end of winter, a 50% increase over its existing fleet.
FERC received comments on its recent technical conference on co-located load in which parties offered suggestions for how the commission should move forward in dealing with the emerging issue.
A report from the Virginia legislature released shows how quickly data centers are growing in the state and addresses how to meet that demand, with some suggestions for policymakers.
ERCOT’s Board of Directors signed off on staff’s recommendation to move forward with executing an RMR contract for CPS Energy’s Braunig Unit 3, deferring a decision on the gas plant’s other two smaller units.
Utilities around the country expect peak demand to grow by 128 GW, or 15.8%, to 947 GW by 2029, according to the latest report from Grid Strategies.
Entergy Louisiana confirmed a new, $10 billion Meta AI data center is the motive behind its recent filing to build three new gas plants at a combined 2.3 GW.
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