Electric vehicles (EVs) are widely recognized as promising solutions to reduce carbon
emissions from the transportation sector. The rapid proliferation of EVs intensifies the …

Transitioning towards a low-carbon future necessitates massive efforts from both the
transport and power sectors. Electric vehicles (EVs) have emerged as a promising approach …

With the proliferation of electric vehicles and the deepened interdependence between
power and traffic networks, tariff-and subsidy-based monetary incentives have been …

The paper introduces a novel decentralized electricity market framework tailored for network
community microgrid systems, leveraging blockchain technology. It presents a …

The rapid increase in electric vehicle (EV) usage has led to an urgent need for coordinating
EV charging activities with power distribution networks (PDNs) to accommodate the resulting …

**年来, 电动汽车(EV), 快速充电设施的高速增长将电力系统和交通系统这两个复杂的基础设施
网络紧密耦合. EV 具备充电时间和充电位置的灵活性, 对于新型电力系统**是理想的移动储能 …

As the adoption of electric vehicles (EVs) continues to grow, power and transportation
systems have established a coupled relationship via EVs charging stations. Understanding …

The rapid growth of electric vehicles (EV s) and fast charging stations couples the urban
power network and traffic network and brings spatial-temporal flexibility resources. Through …

Electric vehicles are renowned for their notable attributes of minimal consumption of energy
and advantageous effects on the environment. Within the existing power distribution network …

由于负荷中心与可再生资源在地理位置上分布的不均匀, 更大范围的资源合理配置需要跨区输电
, 而随着电力市场的深化发展, 参与跨区电力市场出清的发电商将可能出现通过合作博弈策略 …