SIMULATION OF A SOLAR AND WIND HYBRID SYSTEM REPRESENTATING DISTRIBUTED FED GENERATORS IN EVOLVING GRIDS FOR RENEWABLE SYSTEM

Kishan patel

Volume : V, Issue : III, March - 2016

SIMULATION OF A SOLAR AND WIND HYBRID SYSTEM REPRESENTATING DISTRIBUTED FED GENERATORS IN EVOLVING GRIDS FOR RENEWABLE SYSTEM

Kishan Patel

Abstract :

we use the conventional method for generating the power but there are many advantages of using the renewable energy sources within them. In parallel to developing technology, demand for more energy makes us seek towards new renewable energy sources. The most important of this is solar energy and wind energy. Renewable sources are popular due to, easy of availability, freely available and also eco-friendly. They are considered as promising power generating source. Solar and wind energies are usually available at most of the areas as a renewable sources. However, it is prudent that neither a stand-alone solar energy nor a wind energy system can provide continues supply of energy due to periodical and seasonal variations. Therefore we use the Hyid power System. Solar energy and wind energy have been widely used as Hyid combination for electricity supply in isolated or far location from the distribution network, due to advancement in renewable energy technologies. This dissertation will presents the simulation and cost optimization for the stand-alone wind system, Standalone solar power system and Hyid solar and wind power system with battery storage system. Simulation will be done using MATLAB/ Simulink software.