Two-Stage Boost Inverter for Wave Energy Conversion

TL;DR

This paper proposes a two-stage boost inverter system for wave energy conversion, effectively converting wave energy into stable AC power suitable for grid or load connection, demonstrated through MATLAB/Simulink simulations.

Contribution

It introduces a novel two-stage boost inverter integrating a zeta converter and H-bridge inverter for wave energy systems, with detailed design and simulation validation.

Findings

Efficient conversion of wave energy to AC power demonstrated in simulations.

System delivers 1kW power at load with stable voltage and frequency.

Performance analysis confirms system effectiveness for wave energy applications.

Abstract

Mitigation of fossil fuel dependency is becoming a major concern in most of the countries around the globe. In that context, this research article presents the single phase two stage boost inverter system for wave energy conversion. The proposed wave energy based power conditioning system includes wave energy based functional block, permanent magnet synchronous generator, zeta converter, single phase H-bridge inverter and a resistive load. The boost inverter is used to boost up the voltage availed from the permanent magnet generator powered by a wave energy converter system using zeta converter and then invert it using an H-bridge inverter. Hence variable magnitude AC voltage is converted to constant magnitude AC voltage at constant frequency. The blocks of each component is designed to deliver the power of 1kW at the load terminals and simulation study is carried out in the MATLAB / Simulink platform for further analysis. The simulation results are presented and discussed to show how wave powered boost inverter can efficiently convert the wave energy to electrical energy and condition the electrical power before feeding it to any AC load or AC grid. The performance analysis of wave energy conversion system based on zeta converter is included at the end of the article