Zhao Yang Dong

TL;DR: This paper presents a comprehensive solution of overloading resiliency enhancement in a networked microgrid, where ac-dc inverter and dc-dc converter control is proposed with internal information exchange system in a distributed way to achieve the overload resiliencies.

TL;DR: A novel composite sensitivity factor based method (CSFBM) is proposed for optimizing locations and sizes of network owned DG units to decrease the losses and to improve the voltage stability simultaneously in a distribution network.

TL;DR: In this paper , the authors proposed a novel interactive control scheme of voltage source converter (VSC) connected to weak grid, where a grid synchronization approach is performed using VSC side voltage transformed on rotating reference frame with respect to grid voltage, which is carried out based on lowest short circuit ratio (SCR) as approved by utilities such as Australian Energy Market Operator's system strength report.

TL;DR: A novel efficient robust dispatch model of combined heat and power systems based on extensions of disturbance invariant sets that has high computational efficiency and provides flexible and robust strategies with an adjustable level of conservativeness is proposed.