With the development of multi-energy systems and the urgent demand for low-carbon
energy provision, the regional integrated energy system (IES) is considered an efficient …

District heating networks can serve as large heat reservoirs due to thermal inertia. To
analyse the behaviour of these networks, a load flow calculation must be performed. There …

Local energy market formation would change the absorption and injection of power at
different buses and make it essential to design new market structures according to the …

With the deepening of the coupling between electric, gas, and thermal energy systems,
traditional relatively independent energy systems are evolving towards an integrated energy …

This study proposes a multi-time scale dynamic optimization (MSDO) method for ultra-short-
term scheduling in industrial electricity-heat-gas integrated energy systems. The aim is to …

With the help of a range of load models including static, dynamic, composite, and realistic
load models, the planning of distributed generations (DGs) in distribution networks is …

Recently, extreme disasters considered as high-impact low-probability (HILP) events have
caused severe power outages. User-level integrated energy systems (UIESs) is being …

One of the reasons for the emerging adoption of behind-the-meter distributed energy
resources (DERs), particularly photovoltaic (PV) and storage, is the impressive decrease in …

Microgrids offer a promising way to enhance resilience, sustainability, and decentralization
in energy systems. However, their adoption is often limited by the challenge of tailoring …

This paper presents a Reinforcement Learning (RL)-driven multi-objective function-based
energy management system (RL-MOF-EMS) for optimizing the economic dispatch and …