Arizona Solar and Storage Project Highlights Industrial Energy Shift
A massive 450-megawatt solar facility paired with utility-scale battery storage is rising in Arizona, with corporate offtake securing most of its capacity.
All stories tagged renewables on The Silicon Valley News.
A massive 450-megawatt solar facility paired with utility-scale battery storage is rising in Arizona, with corporate offtake securing most of its capacity.
New York is pushing a new wave of massive storage contracts to solve its grid impasse, but balancing ambitious decarbonization goals against historical bottlenecks remains a heavy lift.
A sweeping executive order on grid cybersecurity introduces significant compliance hurdles for U.S. energy storage developers, potentially stalling the deployment of utility-scale battery systems.
Energy Vault’s gravity-based storage deployment in China serves as a critical stress test for mechanical energy storage against the plummeting costs of lithium-ion batteries.
Texas's notoriously volatile power grid demonstrated enhanced resilience during recent extreme heat, a marked improvement attributed to the strategic integration of renewable energy sources and grid-scale battery storage.
New EIA data confirms that renewable energy capacity will overtake natural gas by mid-2027, marking a structural shift in the American power generation mix.
Renewable energy sources in the US have crossed the 30% mark of total electricity generation in early 2026, driven by significant gains in solar, wind, and battery storage capacity.
Global power demand is rising sharply, with renewables overtaking coal for the first time as the primary electricity source, signaling a pivotal shift in the energy landscape.
Solar power generated a record 52 TWh in Europe last month, accounting for 25% of the EU’s electricity and overtaking coal for the first time.
Quaise Energy secures $134 million to develop its first superhot geothermal plant in Oregon, aiming to unlock higher temperature geothermal resources for reliable clean power.