Energy Management and Optimization of Vehicle-to-grid Systems for Wind Power Integration

In this paper we are going to discuss about how the energy management takes place when the power is supplied from wind to grid system. Energy management plays a key role in the power system. So, we are going to consider mainly 3-cases based on the equal distribution of power to the connected loads. They are 1) connecting to wind, 2) connecting to solar and connecting to 3) Hybrid System. In the first case the energy management is obtained by considering the power from wind to grid system and the supply of power to loads, Electric Vehicles and to the consumer loads. In the second case the energy management is obtained by considering the power from solar to grid system and the supply of power to loads, Electric Vehicles and to the consumer loads. In the third case we will connect both solar and wind as a hybrid resources to grid system and the supply of power to loads, Electric Vehicles and to the consumer loads. These are simulated by using MATLAB/SIMULINK 2018a Software.

Keywords: Dynamic programming, electric vehicle, knapsack problem, wavelet packet decomposition, wind power integration.