Analysis of 13 Nodes Test Feeder Integrated With Renewable Energy Sources and Electrical Vehicle

Electric cars are evolving into a clean and stable environment. It has lower maintenance costs than fossil fuels, supports emerging mobility technologies and emits less air pollution. When it is combined with renewable sources of energy such as wind power, it can reduce the carbondioxide(CO2) emissions from both the sector transport and power generation segments. The global adoption of electric vehicles is a challenge for the energy sector like as distribution companies and consumers. It is not performed properly. The increased of electric vehicles will adversely affect the load-bearing network, increased demand and reduced voltage stability. By combining the EV with the smart grid supplemented by supporting technologies such as bidirectional converter. In this paper Vehicle-to-grid(V2G) and renewable energy source integration technology is used. This type of technology is capable of adapting distributed loads (DG), energy storage, and extremely fluctuating load requirements. This paper analyzes the importance of EV and renewable sources of energy into standard 13 nodes system. Combining EV and renewable energy sources into the 13 nodes system is analyzed different scenarios for stability using MATLAB / Simulink model.