MetroVolt's output profile — large, steady, and sited where industry already is — matches the emerging demand stack beyond the meter: electrolytic hydrogen, industrial heat integration, and 24/7 clean supply for compute campuses.
The series' market analysis prices the adjacencies with published anchors: firm-power prints from 2024–26 markets and hydrogen economics where a 0.61–0.84 GWe unit runs an electrolyzer fleet at the capacity factors that dominate hydrogen cost. Because the plant's front end is electrical (DEC train) rather than purely thermal, load-following between grid export and behind-the-fence off-take is a control decision, not a retrofit.
The same compactness that lowers capex shortens the distance to co-located demand — the plant fits inside industrial parks that a large thermal station never could.
Multiple off-takes de-risk revenue: when grid prices soften, hydrogen or compute contracts firm the book. For a first fleet, that optionality is worth real basis points on financing — and it is native to the architecture rather than bolted on.
| Unit output | 0.61–0.84 GWe, firm |
| Off-take modes | grid · hydrogen · industrial/compute |
| Switching | electrical front end — control, not retrofit |
| Market anchors | 2024–26 firm-power & H₂ prints (cited) |
| Siting | industrial-park compatible footprint |