Abstract Transactive Energy Control (TEC) paradigm enables involving Microgrids (MGs) in
the energy management procedure to realize the transition of energy systems using market …

Optimization-based frameworks for energy system modeling such as TIMES, ETHOS. FINE,
or PyPSA have emerged as important tools to outline a cost-efficient energy transition …

In recent years, with the restructuring of the electricity market, the main goal of all market
participants is to maximize their profits. Among these, the stability of the system as well as …

With the increasing penetration of renewable energy and flexible loads in smart grids, a
more complicated power system with high uncertainty is gradually formed, which brings …

This paper presents a bi-level bidding system for managing energy exchange between
interconnected microgrids in the presence of traditional and smart consumers, in which the …

This study provides a tri-layer optimization framework in which the microgrid strategy for day-
ahead market participation is determined by considering the uncertainties of load, RESs and …

With the high penetration of renewable energy resources, energy prosumers and microgrids
can trade energy directly with each other in a hierarchical way. This paper develops a …

A bi-level hybrid robust-stochastic framework is proposed in this study to scrutinize the
tactical market behaviour of networked microgrids (NM) integrated with high penetration of …

This paper provides a three-stage framework in which the microgrid strategy for participation
in the electricity market is determined by considering economic, technical, and …

This paper proposes an optimization model to obtain the day-ahead optimal peer-to-peer
(P2P) trading strategy for multi-microgrids (MMG). Firstly, a joint economic energy and …