Development of antenna for Wi-Fi signal energy harvesting using CST

Zamri, Muhammad Haziq (2024) Development of antenna for Wi-Fi signal energy harvesting using CST. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

The "Development of Antenna for Wi-Fi Signal Energy Harvesting using CST" project is all about designing, simulating, and improving an antenna system for producing electricity from Wi-Fi signals. Using CST (Computer Simulation Technology) software, the project will come up with a good antenna setup that can pick up Wi-Fi signals and turn them into useful electricity. The project involves designing and analysing different kinds of antennas, taking into account things like antenna shape, size, and material qualities. Through CST models, the project checks how well the antenna system works, looking at things like its radiation pattern, gain, impedance matching, and how well it gathers energy. The goal is to make an antenna design that gets the most energy out of Wi-Fi signals, so that power can be converted and sent to linked devices or energy storage systems as efficiently as possible. The project also looks at how the performance of the energy harvesting device is affected by things like signal strength and interference in the environment. The project's expected results include figuring out the best way to set up an antenna to collect energy from Wi-Fi signals, learning how design parameters affect how well energy harvesting works, and making guidelines for how to do it in real life. The results of CST simulations will be used to build and test the antenna system, which will help Wi-Fi signal energy harvesting systems move forward. In conclusion, the "Development of Antenna for Wi-Fi Signal Energy Harvesting using CST" project aims to use the capabilities of CST software to create an efficient antenna system for getting electricity from Wi-Fi signals. The project helps find ways to make wireless technologies more sustainable and self-powered. It could help power low-power devices and make them less reliant on standard energy sources.

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