Data Centers Drove $6.3 Billion of PJM Auction Charges as Monitor Urges Separate Capacity Sales
Updated
Updated · Utility Dive · Jul 20
Data Centers Drove $6.3 Billion of PJM Auction Charges as Monitor Urges Separate Capacity Sales
1 articles · Updated · Utility Dive · Jul 20
Summary
$6.3 billion of PJM's $16.4 billion latest capacity auction charges—38% of the total—was tied to data centers, according to independent market monitor Monitoring Analytics.
Joseph Bowring said data center load is creating higher capacity, energy and transmission costs for other customers, while uncertain demand forecasts risk making ratepayers fund capacity that never gets used.
$29.4 billion in the last four PJM base auctions, or 46% of $63.6 billion in charges, was driven by data centers, reinforcing Bowring's argument that PJM is treating a structural shift as business as usual.
Monitoring Analytics wants large loads to secure their own generation or buy capacity through separate 15-year auctions; Bowring said that is the only way hyperscalers can shield consumers from price hikes under current PJM rules.
PJM plans to file a backstop auction proposal with FERC this month for a September sale, with staff suggesting a one-time procurement of the roughly 6.8 GW shortfall from the last base auction.
With data centers straining the grid, are separate energy auctions the only way to protect consumers from soaring bills?
Can our power grid survive the AI revolution without passing massive upgrade costs onto everyday consumers?
PJM Faces Unprecedented Demand: Data Centers Fuel Soaring Electricity Costs and Grid Instability
Overview
The PJM Interconnection is facing a major crisis as electricity demand, driven largely by the rapid growth of data centers, is rising much faster than the available supply. This imbalance is causing costs to soar across the grid. Data centers, which use huge amounts of power, can connect to the grid without providing new electricity sources, making the problem worse. As a result, all customers are paying higher prices to support new infrastructure needed for these large users. Without changes, this trend threatens grid reliability and puts a growing financial burden on everyone in the region.