With the increasing penetration of electric vehicles (EVs), the harmful impact caused by EV's
disorderly charging becomes larger. Aiming for mitigating the impact of disorderly charging …

Uncontrolled electric vehicle (EV) charging is known to have an adverse impact on power
networks. In particular, the inherent problem of phase load unbalance (PLU), due to uneven …

In order to match the basic load of the power grid and the charging demand of electric
vehicles, this paper fully considers the high pollution and non-renewability of coal-fired …

The access of electric vehicles facilitates in the fluctuation and diversification of building
load, accurate load prediction contributes to investigating the operation and optimization of …

Large-scale disordered charging of electric vehicles will lead to problems such as voltage
drop, increased network loss, and reduced life of transformers. In order to fully tap the …

Reinforcement learning (RL) is popularly used for the development of an orderly charging
strategy for electric vehicles (EVs). However, a new environment (eg, charging areas and …

The disordered charging behavior of large-scale electric vehicles will have an
immeasurable impact on the distribution grid. How to simultaneously solve the demand for …

As the penetration of electric vehicles (EVs) has grown rapidly in recent years, the stability
and safety of electric grids are inevitably affected. Uncontrolled EV charging can reduce …

The bidirectional charging of electric vehicles (EVs) can foster the energy transition. The
growing number of EVs permit different options for integrating them into electricity grids …

Transportation electrification is forecast to bring millions of new electric vehicles to roads
worldwide this decade. Planning to support those vehicles depends on detailed scenarios of …