Development of electricity energy using wave energy source with Arduino UNO

Harman, Muhammad Haidi Syazwan (2022) Development of electricity energy using wave energy source with Arduino UNO. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Renewable energy comes from natural sources such as wind, rain, sunlight and the sea. Wave energy is an abundant and reliable source of energy. The ocean, which covers more than 70% of the earth's surface, has long been recognized as an important source of renewable energy. It is a growing industry with the ability to meet global energy demands. Wave power is the way of the future for electricity generation. Wave energy conversion techniques are one of the many methods of obtaining energy from the sea that is now available. This study was conducted to generate electricity by using the concept of wave energy. The scope of this project is to use a solenoid as a medium to generate electric flux. The changes that took place in this project tried to change the concept of the wave energy from using turbines as an electricity generation mechanism to permanent magnets with solenoids as an electricity generation mechanism. One of the objectives is to build a circuit capable of increasing the signal of electric current. In general, this project uses the concept of renewable energy applied in inland areas close to the coast. Overall, this wave energy project can demonstrate electricity generation without the presence of grid transmission. This can create innovation in the scope of renewable energy sources as this project can generate electricity from water waves. The output of this system is focused on lights adjacent to the beach. It helps these lights to turn on, thus making it easier for residents for example it seems that distance should be taken when close to the beach so that undesirable things happen and warnings will sound when the water level rises above the normal level.

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