Optimal Design of Hybrid Renewable Energy Generation Sources Integrated with Battery Energy Storage System; A Case Study of Nongplathao Park, Chaiyaphum Provincial Administration Organization, Thailand

摘要

Hybrid renewable energy began to play an essential role after the fossil energy is gradually reduced. In Thailand, the government is very interested in renewable energy, and there are many potential areas in countries where renewable energy sources such as wind energy and solar energy are available. This paper presents the study results of the optimal design of hybrid renewable energy generation sources integrated with battery storage system in a case study of Nongplathao Park, Chaiyaphum Provincial Administration Organization in Thailand. In this study, the On-Grid and the Off-Grid hybrid renewable generation systems were designed, and Homer version 3.11.2 software was used as an analytical tool. The simulation results show that On-Grid renewable energies system can produce electricity supplied to the load and there is also electricity that is sold to the system. The Off-Grid system used renewable energy sources to generate power integrating with the energy storage system for supply electricity to the selection area. Although, an Off-Grid system has expensive installation costs, in the future there is a tendency for lower system equipment costs. This simulation can be used as a case study to promote to other appropriate areas. The simulation results show that On-Grid renewable energies system can produce electricity supplied to the load and there is also electricity that is sold to the system. The Off-Grid system used renewable energy sources to generate power integrating with the energy storage system for supply electricity to the selection area. Although, an Off-Grid system has expensive installation costs, in the future there is a tendency for lower system equipment costs. This simulation can be used as a case study to promote to other appropriate areas.