Water wheel with smart water level gate and night solar lamp for garden

Mohd Efendy, Nur Kamaliah (2022) Water wheel with smart water level gate and night solar lamp for garden. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Today's global research trends are pointing toward more environmentally friendly outcomes. Electricity is crucial for human growth as a result of rapid technological advancement in all domains. Rural areas in developing countries are sometimes at a disadvantage when it comes to access to electricity. Rural electricity systems are often more expensive to establish than urban schemes because of the high cost of offering this service in sparsely populated, distant places with challenging terrain and minimal demand. Although the water wheel and solar power is one of the most environmentally friendly methods of generating power, it is not without environmental issues. Nowadays, waterwheel-generated hydro power is one of the most cost-effective ways to generate electricity. Modern water wheels are built of steel and have numerous purposes as a new technology that promises no negative effects on the environment. The need currently is for effective energy utilisation in order to diversify energy sources and reduce waste. Other than that, by installing a Smart Water Level Gate allows for IoT-based monitoring and management to be implemented. It either opens the gate to let water out directly into the plant or closed. Next, solar garden lights are little lights that capture the sun's energy and convert it to light in the evening. During the day, they generate and store their own energy, which they subsequently release at night. It will illuminate the front garden of your home yard. This project shows that the use of renewable energy will further save electricity costs and facilitate activities in rural areas.

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