An octahedral swing wind power based photo-thermal super-carbon cycle power generation system

By combining an octahedral swing-type wind power system with solar thermal ultracarbon cycle power generation, the problems of intermittency, high noise, and site selection limitations of traditional new energy power generation are solved, achieving stable power generation and efficient energy conversion around the clock, which is suitable for power supply in residential areas.

CN122359232APending Publication Date: 2026-07-10潘大红
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
潘大红
Filing Date
2026-05-08
Publication Date
2026-07-10

AI Technical Summary

Technical Problem

Traditional wind and solar power generation suffer from problems such as strong intermittent power generation, high noise, limited site selection, poor energy storage integration, and low energy conversion efficiency, making it difficult to meet the needs of stable power generation around the clock and power supply in residential areas.

Method used

It adopts an octahedral swing-type wind power system, combined with solar thermal ultracarbon cycle power generation, and uses a labor-saving lever structure to amplify wind energy. It combines Fresnel concentrating lens, supercritical CO2 energy storage, switched reluctance generator and gyroscope motor precession energy storage to achieve all-weather seamless power generation. It is also suitable for deployment in residential areas through contactless magnetic repulsion and remote control adjustment.

Benefits of technology

It achieves stable, uninterrupted power generation around the clock, operates silently, has high energy density, supports remote control and regulation, breaks site selection limitations, is suitable for deployment in residential areas, has high conversion efficiency, and reduces external energy consumption.

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Abstract

This invention discloses a solar thermal supercarbon cycle power generation system based on an octahedral swing-type wind power system, belonging to the field of new energy power generation technology. The system includes an octahedral swing body, a spherical fulcrum, a support frame, Fresnel concentrating lenses, a supercritical CO₂ energy storage container, a switched reluctance generator, a magnetic repulsion piston-linkage mechanism, a railcar, a cooling circulation system, and a gyroscope-driven precession energy storage system. The octahedron, with its spherical fulcrum forming a force-saving lever to amplify wind power thrust, is equipped with Fresnel lenses on all eight sides to concentrate and heat supercritical CO₂, supplemented by electromagnetic induction heating. It employs a magnetic repulsion contactless drive, eliminating rotating blades and gear transmission, making it quiet and suitable for deployment in residential areas. The supercritical CO₂ is recovered and recycled via water cooling, allowing for seamless switching of power generation modes. The gyroscope unit provides collaborative energy storage, enabling uninterrupted power generation around the clock. This system boasts high energy density, remote controllability, and flexible deployment, effectively solving the problems of intermittency, high noise, and site selection limitations inherent in traditional new energy power generation.
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