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16 results for "clean energy"
A major MIT Technology Review investigation found only one grid operator across China, the U.S., and Europe with a working AI optimization program — directly challenging the industry narrative that AI and clean energy are natural partners.
Global clean energy capacity additions are declining in 2026 for the first time since 2021, colliding with accelerating AI data center power demand — and Australia's Project Ares just missed its 2028 target due to grid delays.
IRENA warns global clean energy capacity additions will decline in 2026 for the first time since 2021, as transmission bottlenecks and trade barriers block new generation from reaching consumers.
AI data centers are straining the U.S. power grid — but the same demand surge is funding and accelerating a wave of grid modernization that was stalled for years.
Google signed a 20-year power purchase agreement with Constellation Energy for 890 megawatts of nuclear generation across 11 reactor units in Illinois, Pennsylvania, and New Jersey — the largest AI-driven nuclear deal on record.
Fervo Energy's Cape Station in Utah becomes the world's largest enhanced geothermal system to connect to the grid — arriving as AI data centers push U.S. power demand toward record levels.
BloombergNEF data shows co-located solar-plus-storage investment hit a record $25 billion in H1 2026 — nearly double H2 2025 — as AI data centers race to secure reliable clean power without waiting years for grid interconnection.
The UK's Department for Energy Security and Net Zero mapped out how AI can transform its power grid on September 8, opening a public consultation through November 6 that will shape Britain's first AI for Clean Energy Strategy.
Solar PV accounted for 83% of all new electricity generation capacity added globally in 2025, and for the first time, renewables surpassed coal in total global electricity generation. The challenge now isn't building clean energy — it's using it efficiently.
China added 430 gigawatts of renewable energy in 2025 alone and is co-locating AI data centers in surplus clean-power zones, creating a structural electricity cost advantage over US AI infrastructure that export controls and chip restrictions cannot address.
Grid-scale battery storage is filling the gap between AI data centers' round-the-clock power demands and intermittent renewables — reshaping how hyperscalers structure power agreements.
AI data centers scale in 12 to 18 months. Renewable energy takes three to five years. Carbon Direct's 2026 outlook shows the mismatch is forcing hyperscalers into natural gas while climate commitments quietly erode.
AI data center demand is funding renewable energy projects at record pace — and simultaneously overwhelming the transmission infrastructure needed to deliver that power.
Microsoft is weighing whether to abandon its 2030 goal of matching 100% of its electricity with carbon-free energy on an hourly basis, as AI data center demand outpaces renewable deployment.
Microsoft is internally reviewing whether to abandon its 2030 clean energy commitment as AI data center expansion has pushed power demand far beyond what its renewable procurement pipeline can cover.
Roughly 30% of all planned data center capacity will now be powered by on-site generation rather than the public grid—up from nearly zero a year ago—threatening utility business models and grid modernization investment.