A multi-stage self-adaptive solid-state heat engine power generation system
By using a multi-stage adaptive solid-state thermal engine system with a distributed thermal switching network and self-excited oscillation control logic, the problem of power conversion of high-density heat flow under extreme temperatures is solved, achieving efficient power conversion and heat dissipation. This breaks through the bottlenecks of space launch and wireless power transmission, reduces the cost of space launch, and opens up a new economic paradigm for the utilization of outer space resources.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Filing Date
- 2026-05-06
- Publication Date
- 2026-07-17
AI Technical Summary
Existing technologies struggle to efficiently convert high-density heat flux into electrical energy at extreme temperatures, rendering thermal protection systems in space launches a "dead weight," and wireless energy transmission suffers from directional and efficiency issues.
A multi-stage adaptive solid-state thermoelectric system employing a distributed thermal switching network and self-excited oscillation control logic converts the minute deformation of thermally stressed materials into electrical energy through a constrained force-bearing structure and a piezoelectric ceramic array, achieving passive adaptive cascade conversion of thermal energy.
Transforming thermal protection systems from "dead weight" into "power plants" increases the payload ratio, breaks through the bottleneck of wireless energy transmission, achieves efficient power conversion and heat dissipation, reduces space launch costs, and opens up a new economic paradigm for the utilization of outer space resources.
Smart Images
Figure CN122419262A_ABST