This paper focuses on the distributionally robust dispatch for integrated transmission-
distribution (ITD) systems via distributed optimization. Existing distributed algorithms usually …

It is becoming increasingly important for network operators to coordinate the use of
prosumer-owned DER so that their full value can be harnessed without violating the …

To enhance the resilience of distribution systems (DSs), networked microgrids (MGs) can be
employed to restore critical loads after a blackout. However, uncertainties of renewable …

Integrated electrical and heating systems (IEHSs) are promising for increasing the flexibility
of power systems by exploiting the heat energy storage of pipelines. With the recent …

With the rapid growth of distributed renewable energy in distribution networks, the
synergistic operation between transmission and distribution networks is increasingly …

With the growing number of distributed energy resources, the number of agents partaking in
an electricity market is also bound to increase, which highlights the need of a scalable …

Modern energy infrastructure has evolved into an integrated electricity and natural gas
systems (IEGS), which often encompasses multiple geographically-diverse energy areas …

Combined heat and power dispatch (CHPD) opens a new window for increasing operational
flexibility and reducing wind power curtailment. Electric power and district heating systems …

This article presents scalable controller synthesis methods for heterogeneous and partially
heterogeneous systems. First, heterogeneous systems composed of different subsystems …

Distributed model predictive control (DMPC) has become a focus in the energy management
of shipboard power systems due to its capabilities for privacy preservation, robustness, and …