ABSTRACT
Microelectromechanical systems (MEMS) optimal energy harvesters have attracted an abundance of attention because of their capacity to extract energy from the surrounding environment and supply it to electronic devices that are located on a smaller scale. The main objective of this experimentation that to design an optimized high effient energy harvester which can produce high electric field with natural vibrating forces, the selection of material plays major role to design the energy harvester. The results of the simulation illustrate the performance characteristics of the MEMS-OEH, which include the voltage output, the power generation, and the resonant frequency. Additionally, the study illustrates the usefulness of COMSOL Multiphysics in optimizing the design parameters in order to improve the efficiency of energy harvesting technology.
