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Question
Can fusion provide firm, baseload power?
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Firm, dispatchable power is the whole point of the Kronos design — city-scale electricity that runs day and night, independent of weather.
The grid's hardest problem is not generating energy — it is generating firm energy: power that is
there when demand is, regardless of weather. Wind and sun are cheap but intermittent; they need something firm
behind them. Kronos designs MetroVolt to be that firm generator.
A MetroVolt unit is designed for 486 MWe of net electric output at the Mode-D operating point (the
gated hot-ion ceiling of 0.61–0.84 GWe is labeled history), with a three-unit station around 1.5 GWe —
city-scale, dispatchable, and low-carbon. Because the output is DC-native from
direct energy conversion, it also couples cleanly to large
constant loads such as data centers and industrial heat.
Questions & answers
Can a fusion plant run as firm, always-on power?
Yes — that is the design intent. A Kronos MetroVolt unit is engineered as a firm, dispatchable generator: city-scale electricity available day and night, independent of wind and sun. This is the differentiator versus intermittent renewables, which need firm backup.
How much power per unit?
The frozen Mode-D operating point delivers 486 MWe of net electric output per unit on the exhaust-honest ledger (Q_eng 3.9; ~510 MWe channeling-gated), with the gated hot-ion ceiling of 0.61–0.84 GWe kept as labeled history. A three-unit station is roughly 1.5 GWe (1.8–2.5 GWe at the gated ceiling).
Is this a built machine today?
No. These are design-point figures for the MetroVolt architecture, validated against a deposited 81-simulation record and advanced through a dated, pre-registered gate schedule. Kronos publishes the numbers and the open questions together.