🌞💡 Hybrid Solar-Wind Power for Smart Street Lighting 🌍🔋


In the era of sustainable development, 🌍 cities are moving toward clean and intelligent lighting systems. The techno-enviro-economic evaluation of on-grid and off-grid hybrid photovoltaics (PV) and vertical axis wind turbine (VAWT) systems with battery storage focuses on combining renewable energy sources to power street lighting efficiently. 🌞💨 By harnessing solar and wind energy together, this system ensures continuous illumination even during cloudy or windless conditions, reducing dependency on fossil fuels and lowering carbon emissions. 🌱

The research examines both on-grid and off-grid configurations, comparing their technical performance, energy yield, and cost-effectiveness. 📊💰 The on-grid system supports energy exchange with the utility network, while the off-grid setup provides independence and resilience during power outages. 🔋 Advanced battery storage enhances reliability, storing excess energy generated during the day or high-wind periods for night-time use. 🌙 This hybrid integration ensures streetlights operate smoothly, promoting urban safety and sustainability. 🚦🌇

From an environmental and economic perspective, this study highlights the potential of hybrid renewable systems in reducing greenhouse gas emissions 🌿 and lowering long-term operational costs. 🏙️ With optimized energy management and smart control technologies, cities can adopt this model to achieve cleaner, greener, and more energy-efficient street lighting. 🌞💨🔋 The future of urban lighting shines bright — powered by nature, driven by innovation! 🌍✨

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