SPECDC - Solar PhotoElectroChemical Device Comparison
Compare photoelectrochemical and photo-driven electrochemical devices for solar hydrogen production using different metrics. The work is based on the publication Tembhurne et al., Nature Energy, doi:0.1038/s41560-019-0373-7, 2019. Implemented by the Laboratory of Renewable Energy Science and Engineering (LRESE) at EPFL headed by Prof. Sophia Haussener. Contact us for any comments or questions.
Axes
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LEGEND
| All III-V | Rare metal-based (expensive) | 2J, integrated PVs and catalyst | 3J, integrated PVs and catalyst | ||
| Partial III-V | Abundant (cheap) | 2J, integrated PVs, wired catalyst | 3J, integrated PVs, wired catalyst | ||
| All Si | 2J, non-integrated PVs or catalyst | 3J, non-integrated PVs or catalyst | |||
| Partial Si | |||||
| Oxides and others |