☀️ Full-Spectrum Solar Energy Harvesting via Photovoltaic–Thermocapacitive Hybridization: Integrated Tandem Cell with Stirling-Like Cycle ⚡🌈🔋


 ☀️ Full-Spectrum Solar Energy Harvesting via Photovoltaic-Thermocapacitive Hybridization 🌡️ represents a breakthrough in renewable technology that captures the entire solar spectrum for maximum energy utilization. Unlike traditional photovoltaic systems that convert only visible light into electricity, this hybrid system also harnesses thermal energy 🔥, making it far more efficient and sustainable. 🌍💡

⚡ The heart of this innovation lies in an integrated tandem cell 🧩 that combines photovoltaic and thermocapacitive layers. The photovoltaic layer absorbs sunlight to generate electricity directly ⚙️, while the thermocapacitive layer captures and stores heat energy for later use 🌞🔋. This dual mechanism ensures continuous power generation, even during fluctuating sunlight conditions, improving reliability and overall energy conversion efficiency. 🌈⚙️

🔁 Inspired by the Stirling-like cycle, this system transforms stored thermal energy into additional electrical output, creating a self-sustaining, high-performance loop of power generation 🔄⚡. By merging light and heat conversion, it paves the way toward next-generation solar systems that are smarter, greener, and more adaptable to global clean energy goals 🌿🚀.

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