The highly penetrated distributed generators (DGs) aggravate the voltage violations in active
distribution networks (ADNs). The coordination of various regulation devices such as on …

Accurate and fast event identification in power systems is critical for taking timely controls to
avoid instability. In this paper, a synchrophasor measurement-based fast and robust event …

A software-defined active synchronous detection (SDASD) is presented to protect networked
microgrids (NMs) from cyberattacks on SDN network and power bot attacks on inverter …

Increasing penetration of renewable energy introduces significant uncertainty into power
systems. Traditional simulation‐based verification methods may not be applicable due to the …

This work is concerned with an assume-guarantee approach to compositionally control a
New England 39-bus Test System (NETS). The proposed scheme is based on the new …

An ordinary-differential-equation (ODE) enabled reachable dynamics analysis approach is
devised to provably enclose all possible dynamic trajectories of networked microgrids (NMs) …

Integrating intermittent wind power into power systems results in low or zero inertia,
threatening their frequency stability. To accommodate intermittent generations, the demand …

Simulation functions are Lyapunov-like functions defined over the Cartesian product of state
spaces of two (un) perturbed systems, aka, concrete and abstract systems, to relate output …

A reinforcement learning-enabled microgrids interconnection (RL-MIN) control strategy is
presented to interconnect microgrids through automatically adjusting the control of …

In this paper, a compositional power flow (ComPF) is devised for networked microgrids to
take into account power sharing and voltage regulation between microgrids while …