100-hour iron-based storage system connects to a regional grid
A multi-day storage installation using iron chemistry begins supplying a utility under a capacity arrangement.
Source: Huburb demo record · no external source attached
Generation, storage and grid capacity.
Electricity is the binding constraint for computing, transport and industry. Innovation is concentrated in firm low-carbon generation, long-duration storage and faster grid interconnection.
A multi-day storage installation using iron chemistry begins supplying a utility under a capacity arrangement.
Source: Huburb demo record · no external source attached
A factory-built reactor design advances through a licensing stage ahead of a first commercial site decision.
Source: Huburb demo record · no external source attached
Test results on neutron damage in candidate structural materials are published by a research collaboration.
Source: Huburb demo record · no external source attached
Nuclear reactors in the roughly 50–300 MW range, built from factory-produced modules rather than assembled entirely on site.
Generating power by fusing light atomic nuclei, the same process that powers stars, rather than splitting heavy ones.
Storage that discharges for ten hours or more — iron-air, flow batteries, thermal and mechanical systems — as opposed to the four-hour lithium standard.
AI capacity planning has become an electricity problem. Interconnection queues, transformer lead times and cooling water now determine build schedules more than chip supply does.
SignalBuyers with round-the-clock load are paying for generation they can schedule. That is pulling capital toward nuclear, geothermal and multi-day storage rather than additional intermittent capacity.
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