A thermoelastic harvester with a protagonist-antagonist seesaw, tunable prestrain, and transversal water flow delivers 366 mW/cm³ of active material at a 66K temperature span, the highest reported power density for sub-100°C solid-state harvesters.
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Thermoelastic Harvesting Outperforming Thermoelectric Generators Below 100 {\deg}C
A thermoelastic harvester with a protagonist-antagonist seesaw, tunable prestrain, and transversal water flow delivers 366 mW/cm³ of active material at a 66K temperature span, the highest reported power density for sub-100°C solid-state harvesters.