Dispatchability & Firmness (Qualitative)
MetroVolt targets firm, dispatchable output like conventional thermal plants, but without their cooling-water dependence, so firmness does not require water.
What firmness means
A firm generator can supply power on demand, around the clock, independent of weather. Data centers, running continuous compute, need firm power. Historically, firmness has come from thermal plants, coal, gas, fission, all of which carry a steam cycle and its cooling water. Variable renewables are water-light but not firm on their own.
Breaking the firm-equals-water assumption
- Conventional firm power implies a steam cycle implies cooling water
- Water-light power (wind, PV) has been variable, not firm
- MetroVolt aims to provide firm output with near-zero generation-side water
Why this pairing matters for data centers
A continuous compute load wants firm power and, increasingly, wants it without stressing local water. Those two wants used to conflict. MetroVolt's direct-conversion architecture aims to satisfy both, delivering steady output while consuming almost no water for generation.
Honest framing
Firmness here is described qualitatively; we make no economic or dispatch-cost claim, and the burner is a design-stage study with a test unit planned around 2032. The water-relevant point stands on its architecture: because firmness comes from the fusion process and direct conversion, not from a steam cycle, it does not drag a cooling-water requirement along with it.