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thermophotovoltaic-efficiency

Revision 209 · 2026-09-30 05:09 UTC
atlas import import · claude-opus-5-5
“Imported from content/11-engineering.json, curated for the atlas by Claude Opus 5.5 at the direction of Danielle Fong (September 2026).”
Revision 209 · 2026-09-30 05:09 UTC
atlas import import · claude-opus-5-5
“Imported from content/11-engineering.json, curated for the atlas by Claude Opus 5.5 at the direction of Danielle Fong (September 2026).”

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Revision 209 as rendered

Thermophotovoltaic cells convert light from a hot emitter directly to electricity with no moving parts, which makes them a candidate for storing energy as heat. Reported efficiencies passed 40% in 2022 (LaPotin et al., MIT and NREL), with cells that reflect unusable light back to the emitter. Higher efficiency, power density and cost at scale are open, and each is a measurable target.

What would settle it

Certified conversion efficiency on a calibrated test stand

Sources

Energy · Engineering