Hybrid Wind Solar Energy System Optimization

Abstract

Wind and also PV systems' ability to provide reliable power is highly climate-dependent. Both systems are very vulnerable without a backup system, like batteries or a conventional engine generator. Whenever two systems are integrated utilising a storage device, the system's dependability rises dramatically. Even in this situation, the battery bank must have enough capacity to power the load over prolonged gloomy and non-windy days. Consequently, the key component of a hybrid power system (HPS) is the appropriate size of system components. This essay reviews current patterns in the use of energy derived from renewable sources. It covers numerous approaches and optimisation standards for the HRES, along with physical modelling of RESs. In the current atmosphere of energy and environmental concerns, HRES is becoming more and more popular. Based on the existing literatures, we give a thorough analysis of the state of optimisation approaches that are especially suitable for the tiny and isolated power system in this study. The current trend in hybrid RES optimisation demonstrates that AI may be able to deliver effective system optimisation without comprehensive long-term meteorological data.