⚙️🌞💨 Techno-Economic & Environmental Assessment of a PVT-Wind Hybrid System for Combined Heat & Power 🌱🔋

🌞💨 Harnessing Dual Power for a Sustainable Future!

This innovative research explores the integration of a photovoltaic thermal (PVT) collector with a horizontal axis wind turbine, creating a powerful hybrid system for combined heat and power (CHP) generation. ⚙️🔋 By merging solar and wind energy, the system maximizes renewable resource utilization and ensures continuous energy production even under fluctuating weather conditions. 🌦️🌱

💡🌍 Balancing Technology, Economy, and Environment

The techno-economic assessment reveals the system’s cost-effectiveness and long-term sustainability. 💰⚙️ With improved energy efficiency, lower operational costs, and reduced carbon emissions, this hybrid setup offers a strong alternative to traditional fossil fuel systems. 📉🔥 It not only produces electricity and heat simultaneously but also minimizes energy losses, enhancing total system performance. ⚡🌡️

🌿🔋 A Step Toward Green Innovation

Environmentally, this integrated solution contributes to significant carbon footprint reduction and supports global clean energy goals. 🌏♻️ The fusion of solar and wind in one compact system represents the future of hybrid renewable technology, leading the way toward a more sustainable, energy-secure, and eco-friendly world. 🌞💨💚

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