Does severe electric vehicle charging affect the distribution network?

Considerable research has been conducted to evaluate the consequences of severe electric vehicle charging, predominantly on the distribution network, since the most severe impacts can be exhibited at this level. Moreover, numerous hardware solutions and software techniques to mitigate these negative impacts have been introduced in the literature.

How does EV charging/discharging affect the distribution network?

Research on the ideal location for EVCSs and the impact of EV charging/discharging on the distribution network has increased over the last decade . As more EVs are driven on the road, it becomes harder to regulate their charging/discharging.

Is EV charging infrastructure a problem?

The expansion of EV charging infrastructure presents various challenges for the current distribution system. This research has lately received rigorous assessment.

What factors influence consumers' intention to use electric vehicles?

Another influencing factor on consumers’ intention to use electric vehicles is that greater EV penetration can help directly reduce the costs related to health problems associated with air pollution caused by fuel-based vehicles 167.

How can a distribution network increase PV integration?

For distribution networks with increasing PV integration, a local voltage regulation approach is suggested in . A very short-term solar generation forecast, a medium intelligent PV inverter, and a reduction of the AP are reported as forecast techniques.

Why should EV charging stations integrate power electronic topologies?

Moreover, the integration of power electronic topologies, such as DC-DC converters and multiport partial power processing converters (PPPC), in ultra-fast EV charging stations, allows higher power capacity operation and ensures compliance with grid connection standards 93.