Aim
To conceptualize, design, and demonstrate a scalable, climate-resilient, carbon-neutral urban ecosystem that systematically integrates renewable energy networks, sustainable agro-urban food systems, decentralized water resource management, multi-hazard disaster resilience infrastructure, and carbon-cycle regulation mechanisms to minimize anthropogenic emissions and mitigate environmental acidification while ensuring long-term ecological and socio-economic sustainability.
Materials Used
• Renewable Energy Section
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Mini wind turbine (DC motor)
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Small solar panel
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LED lights
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Connecting wires
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Cardboard / Thermocol base
• Hydroponic Farming
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Plastic pipes or bottles
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Water container
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Nutrient solution
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Sponge/coconut
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Small plants
• Rain-Water Harvesting
• Plastic sheet (roof model) - Rs. 20
• Mini water pump, battery, switch - Rs. 100
• Soil - free
• IR sensor - Rs. 23
• Relay Module - Rs. 60
• Plastic bottle, paper cup, & cardboard - reuse
Final Result
This project shows that by integrating renewable energy, smart agriculture, water conservation, and safety systems, we can build cities that are sustainable and secure.
It provides a practical model for future urban development that reduces environmental impacts, ensures food and water security, and protects human life from natural disasters.
Our model represents a vision for a smarter, safer, and greener future.
Group Members - Seet, Basant, Rajneesh
