The global electrical grid requires an additional $200 billion in annual investment—a 50% increase over the current $400 billion spending level—to meet electricity demand through 2030, according to data from the IEA’s Electricity 2026 report. While global consumption is climbing by 3.6% annually, existing infrastructure is failing to keep pace.
More than 2,500 gigawatts of renewable energy, storage, and data center projects currently sit stalled in international connection queues. As crudematerial.com reports, the market is miscalculating the future by focusing solely on AI and data center growth while ignoring the looming threat of grid failures.
"The market is pricing data centers and AI as the next decade's trade. It should be pricing grid bankruptcies and stranded megawatts," the outlet noted in its analysis.
In the United States, electricity demand is rising by roughly 2% annually, driven largely by the heavy power requirements of AI compute. A single AI task can consume up to 1,000 times more electricity than a traditional web search. Samantha Dart, Goldman Sachs’ co-head of global commodities research, warned earlier this year that the U.S. faces a severe power crunch by 2030 if current interconnection rates and grid constraints remain unaddressed.
A backlog of stalled capacity
The U.S. interconnection queue has reached a 2,600 GW backlog, with some data center projects facing wait times of up to 12 years. Data from the end of 2025 shows that 2,060 GW of generation and storage capacity is actively seeking connection, though many projects are ultimately withdrawn due to these structural delays.
Within the PJM region specifically, natural gas projects dominate the queue at 106 GW, followed by storage at 67 GW. Electrical grid interconnections now represent the primary constraint on data center development, often taking up to four years to complete. This represents a significant shift from 2015, when efficiency gains effectively masked flat demand.
Analysts at crudematerial.com argue that the current load growth is not driven by renewables, but by "concentrated industrial electrification and AI compute hitting grids designed for residential air conditioning peaks."
While IT hardware supply chains can scale in 12 to 24 months, upgrading national power grids requires decadal timelines. Developers are now increasingly prioritizing "will-serve" contracts and "bring-your-own-power" solutions as they navigate the gridlock. Meanwhile, U.S. residential electricity prices hit an average of 18.2 cents per kilowatt-hour in 2026, a 5% increase from the previous year, with East Coast regions bracing for further price hikes to fund transmission hardening against extreme weather and surging industrial demand.
