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Electric vehicles (EVs) and wind power are becoming the key to achieving the green energy target. The coordination between EV charging demand and wind supply can reduce the greenhouse gas emission and the driving cost. The main challenges of this coordination are the large number of EVs and the uncertainties in the wind supply and EV charging demand. Therefore, facing to these two challenges, we propose...
Due to the low-cost and low-pollution property, distributed wind generators and electric vehicles (EVs) are becoming important supply and load types in the microgrid. However, it is still a challenge to integrate large amounts of wind power and EVs into the microgrid because of their nature of uncertainty. As the prediction accuracy of the wind power and EV parking events depends on the timescale,...
Load scheduling is an effective way to improve the wind power penetration. Electric vehicle (EV) is an important type of the controllable load for its elasticity of charging time. However, the charging load of the EVs is random by nature and the accurate probability distributions of the wind power and EV parking event are hard to achieve. Therefore, in this paper, we consider scheduling EV charging...
Renewable energy, such as wind power and solar energy, is becoming a major energy source. It is desirable to coordinate the uncertain supply and demand in the grid to make best use of the renewable energy and to ensure the stability of the grid. Electric vehicle (EV) is promising for its clean emission and elasticity of charging. However, the charging load of EVs is random by nature. In this paper,...
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