ABOUT 

Our innovative project centers on harnessing rainwater to generate electricity at a small household level. By collecting rainwater in water storage tanks, incorporating a dynamo as a power generator, and implementing a smaller-scale turbine downstream or on the ground, we establish a comprehensive system. Beneath the turbine, a pond is constructed facilitating its reuse for the smart garden and repurposed for other household needneedss.

 Utilizing the generated power, we pump the water back upstream, creating a closed-loop system. To enhance energy generation efficiency, we integrate magnets for rotation, ensuring sustained power production even in low rainfall scenarios. Additionally, a storage battery is strategically placed for safe power storage and subsequent household use. Alongside this, our project introduces a smart garden system controlled by sensors, utilizing recycled household waste to produce fertilizer. This holistic initiative not only addresses the need for clean and affordable energy but also promotes sustainable practices, interdisciplinary collaboration, and addresses waste management challenges.  

This holistic approach not only addresses the critical demand for clean and affordable energy but also fosters interdisciplinary collaboration among engineering students. Aligned with Sustainable Development Goals 2 and 7, our project strives to make a meaningful contribution to a sustainable future by addressing energy needs and promoting innovative water reuse strategies.

WHAT IS THE MISSION OF THE PROJECT?

WHICH OF THE 4 SUSTAINABLE DEVELOPMENT GOALS DOES THE PROJECT ALIGN WITH?