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How 100-Hour Batteries Work: Iron-Air and Carbon-Oxygen

How 100-Hour Batteries Work: Iron-Air and Carbon-Oxygen

Oct 1, 2026 | Battery Technology, Renewable Energy, Smartgrids

A 100-hour battery stores electricity for more than four days at a stretch and hands back only 35 to 50% of what you put in. That sounds broken. It is the entire point. The long-duration batteries now being built — Form Energy’s iron-air cells, Noon...
Power vs Energy: What GW and GWh Actually Mean

Power vs Energy: What GW and GWh Actually Mean

Sep 2, 2026 | Battery Technology, Renewable Energy, Smartgrids

A battery rated at 100 megawatts and a battery rated at 100 megawatt-hours are not the same battery, and mixing the two up is the most common error in energy storage. Power, measured in watts — kilowatts, megawatts, gigawatts — is how fast a battery can push...
Long-Duration Storage Found Its Buyer: AI Data Centers

Long-Duration Storage Found Its Buyer: AI Data Centers

Aug 17, 2026 | Battery Technology, Renewable Energy, Smartgrids

On 13 August, Noon Energy and Sabanci Renewables signed an agreement to build up to 1 GW — 100 GWh — of storage that discharges for more than 100 hours, and to aim all of it at AI data centers. This is not a bigger version of the battery already on the grid. The...