Thermomagnetic energy recovery system for enhancing the efficiency of solar panels

The thermomagnetic energy recovery system beneath solar panels addresses efficiency loss and lack of continuous production by converting thermal gradients into electricity, ensuring stable and continuous energy generation.

WO2026059509A1PCT designated stage Publication Date: 2026-03-19ERGÜR YUSUF FURKAN
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Patent Information

Authority / Receiving Office
WO · WO
Patent Type
Applications
Current Assignee / Owner
Filing Date
2025-02-20
Publication Date
2026-03-19

AI Technical Summary

Technical Problem

Solar panels experience efficiency loss due to temperature increases, especially during summer, and lack continuous energy production capabilities, necessitating improved cooling and energy recovery solutions that are cost-effective and space-efficient.

Method used

A thermomagnetic energy recovery system is installed beneath solar panels, utilizing the temperature differential between the panel and the ground to generate electrical energy and cool the panel, comprising thermomagnetic modules, conductive plates, and magnets to convert thermal gradients into electricity.

Benefits of technology

The system stabilizes panel efficiency, prevents overheating, extends lifespan, and enables continuous 24/7 energy production, reducing maintenance costs and enhancing overall energy efficiency.

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Abstract

The invention relates to a thermomagnetic energy recovery system that enhances the efficiency of solar panels (10) and enables energy recovery, characterized by; at least one thermomagnetic module (20) mounted beneath the solar panel (10), at least one first conductive plate (21) in direct contact with the solar panel (10) and absorbing heat from it, at least one second conductive plate (22) in contact with the air between the solar panel (10) and the ground, at least one magnet (23) positioned between the first conductive plate (21) and the second conductive plate (22) that generates electrical energy from the temperature differential, and at least one electrical connection terminal (24) for collecting the electrical energy generated by the thermomagnetic modules (20).
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Citation Information

Patent Citations

  • Thermoacoustic thermomagnetic generator

    US20070175217A1

  • Thermomagnetic generator

    US8729718B2

  • Solar thermoelectric generator

    US9331258B2