Optimal management of electric vehicles for their efficient and effective integration into electricity networks
Abstract
The electrification of the transport sector requires the interconnection of the Electric Vehicles (EV) with the electricity grids utilizing appropriate charging infrastructures. The EV energy needs should be served as domestic consumption in a non-discriminatory way. The difference between EV and domestic demands lies in the fact that the charging demand is not static due to EV mobility and it presents intense spatial and temporal volatility. From the grid perspective, the EV charging demand is an additional load which can significantly modify the system load curve and affect the way electricity networks are operated and managed, in respect to the EV deployment level and the charging policy. The present PhD thesis aims to analyse the impact of EV deployment on the operation of electricity grids and to propose EV management algorithms that enables their efficient integration in the electricity grids in respect to the outcome of the grid impact analysis. The objective of an EV management ...
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