How do utilities forecast data center load? This article explains project milestones, probability-weighted demand, peak impacts, and planning horizons.
Why do data centers spend years in the interconnection queue? The answer often lies in transmission upgrades, substations, equipment and commissioning.
Behind-the-meter generation reduces data center grid draw, but utilities still reserve backup capacity. The article examines tariffs, load steps, and cost recovery.
AI server rack power cooling links electrical delivery with thermal design. See how direct-to-chip systems, CDUs and residual airflow shape operations.
How do flow batteries, iron-air and hydrogen differ? Compare efficiency, duration, land use, infrastructure and the market conditions shaping each option.
Hourly matching demands more than annual renewable contracts. See how storage, firm clean power, grid limits and verification shape data center procurement.
AI workloads are driving data center electricity demand upward. The article explains how flat, concentrated loads affect transmission, generation and markets.
Electricity demand growth is returning as EVs, heat pumps and industry electrify. See why peak demand and local transformers matter more than annual energy.
