Utah’s SB 231 shows how states are using tax policy to manage large electricity loads as infrastructure strain intensifies.

As buildings electrify and demand shifts, facilities teams are encountering infrastructure limits that were never designed to absorb today’s loads.

Data centers are testing ways to shift and shape power use in real time. As AI ramps up, flexibility could become key to scaling without grid delays.

Energy availability and interconnection risk are forcing organizations to evaluate power feasibility earlier as execution timelines collide with infrastructure constraints.

Energy availability is reshaping project schedules, forcing organizations to reorder decisions and approvals earlier as execution timelines collide with power constraints.

TeraWulf’s Kentucky and Maryland acquisitions add 1.5 GW of capacity, reflecting how power availability and grid integration are reshaping data infrastructure development.

Rising electricity demand and grid constraints are forcing planners to re-center firm power in reliability strategies as flexibility and efficiency alone prove insufficient.

IRENA’s latest renewable energy jobs report shows employment growth lagging capacity additions, driven by automation, grid constraints, and changing skill needs.

As digital energy demand accelerates faster than grid expansion, demand response and storage are emerging as core tools to manage peak exposure, costs, and execution risk.

AI and cloud growth are accelerating faster than energy planning can adapt. The result is rising costs, delayed deployments, and climate targets under pressure.

U.S. electricity use is rising fast—and servers, not homes, are driving it. Data centers are shifting the grid's growth, geography, and load patterns.

When expected generation fails to materialize during periods of rapid demand growth, costs and reliability degrade quickly — and the effects cascade across wholesale and retail markets.

AI and advanced data workloads are driving non-linear energy demand, exposing gaps between digital growth and energy capacity.

A new thermal battery delivers high-temperature heat from electricity, not gas. It could help manufacturers cut costs and carbon without overhauling operations.

Five years of supply chain data show rising disruption, persistent visibility gaps, and growing dependence on data and energy systems shaping risk over the next decade.

Procurement risk is increasingly shaped by energy availability, infrastructure capacity, and permitting timelines—before supplier decisions are even made.

Noon Energy's 100-hour battery hits a key milestone for clean power. The system tackles renewable gaps and rising energy loads from data centers and AI.

Supply pressure and permitting constraints are driving renewed interest in wastewater and by-product streams as supplemental sources of recoverable materials.

Pacifico Energy’s GW Ranch project secured a 7.65 GW air permit in Texas, highlighting how private-grid power campuses are reshaping energy supply for hyperscale AI data centers.

NeoVolta is entering U.S. battery manufacturing with a Georgia JV. The move positions the company to scale utility and C&I storage amid rising demand.