The move toward decentralized energy resources offers resilience and flexibility in power generation, but it also introduces new complexities that demand proactive security measures.
A new report from global energy think tank Ember shows 814 GWdc in new solar and wind capacity was installed in 2025, but the pace of wind deployment rose 47% year-over-year compared to just 11% for solar.
In 19 states analyzed, permitting processes partially or fully adjudicated at the state level “are not preventing new potential energy from entering the grid,” researchers said.
SolarEdge has outlined a transition pathway to integrated 800 V (DC) infrastructure for data centers, arguing that legacy alternating current (AC) systems introduce inefficiencies that could constrain the growth of AI workloads. It says rising compute demand and next-gen NVIDIA GPUs are increasing urgency, while data centers lose an estimated 10% to 30% of input power through multiple conversion stages.
The Department of Energy is deploying a research framework across four national laboratories to harden the domestic power grid against digital vulnerabilities as solar deployment accelerates.
As state governors across the PJM grid region “have expressed alarm over capacity prices” that drive up electric bills, retail choice models that can quickly deploy thousands of distributed batteries can make consumers “the primary source of new capacity,” says the author of a new report.
While automation and artificial intelligence can generate and optimize layouts, human expertise remains essential in evaluating risk and constructability.
Crusoe and Redwood Energy are scaling a microgrid in Sparks, Nevada, by using repurposed electric vehicle batteries and solar to supply additional modular data centers.
Data centers are using batteries to run more AI on the same grid connection.
New data center capacity additions fell 50% quarter-over-quarter in Q4 2025, signaling a shift in developer focus toward executing existing projects amid power queue bottlenecks.