型左 Journal of
Power & Energy Systems

In transition towards net-zero carbon emissions, a high penetration of renewable power generation and electrification of heat and transport at the grid edge will increase total and peak power consumption significantly with greater uncertainties, thus posing serious challenges to electric power systems. Smart local energy systems, which manage distributed energy resources locally with various smart...

Microgrid is considered an important part of the future zero carbon energy systems. However, the uncertainty caused by renewable energy source brings huge challenges to the scheduling of MG and restricts its ability of carbon emission reduction. In this paper, a novel improved multi-ellipsoidal uncertainty set modeling method is proposed to better depict the uncertainty of wind power and reduce

Coordinated vehicle-to-grid (V2G) control strategies can sustain essential loads of an energy system during islanding, thereby increasing resilience. In this context, this paper investigates the resilience enhancement benefits of smart V2G control, the value of electric vehicle (EV) owner cooperation on system resilience, as well as the complementary effects of PV and EV interaction in an urban mu...

Nowadays, transmission system operators (TSOs) encounter the challenges of securely operating power grids with high penetration of renewables. In this context, more flexibility is needed than ever to maintain system reliability. With rapid development of coordinated transmission and distribution technology recently, active distribution networks (ADNs) which have abundant flexible resources, have t...

As an integrated carrier of energy production, transmission, distribution, conversion, storage, and utilization, multiple energy systems (MESs) have significant low-carbon potential. This paper proposes a hierarchical distributed dispatch model of MESs considering carbon trading, which is composed of the lower autonomous operation level of each MES and the upper coordinated control level. Differen...