An online distributed neurodynamic optimization-based energy management method is
proposed to accommodate the integration of intermittent renewable energy in smart grids …

An online distributed neurodynamic optimization method for energy management in smart
grids is proposed to minimize the operational cost of smart grids, considering various …

Optimal energy management of a power system enables the economic operation of grids.
However, traditional centralized methodologies face limitations when dealing with large …

In this paper, two distributed finite-time neurodynamic algorithms are proposed to
collaboratively manage the charging scheme of electric vehicles (EVs) in the microgrid …

This paper investigates the energy management problem of the energy Internet under time-
varying conditions. In the context of coupled multi-energy networks, the energy Internet is …

This paper investigates the energy management of an Energy Internet (EI) that integrates
multiple energy networks. Based on the structure of EI and the fluctuation of load, an optimal …

A neurodynamics-based algorithm is developed in this paper for solving multicoupled
distributed optimization problems. In this formulation, each agent solves a local optimization …

A fully distributed microgrid system model is presented in this paper. In the user side, two
types of load and plug-in electric vehicles are considered to schedule energy for more …

This paper investigates the distributed energy management problem of integrated local
energy systems (ILESs). Firstly, this paper proposes a non-convex energy management …

An emerging time-varying distributed multi-energy management problem (MEMP)
considering time-varying load and emission limitations for resisting time-varying external …