The resilience management of energy and power systems is of utmost importance in
mitigating the impact of extreme events, which have resulted in devastating disasters and …

Rational design and advanced energy management considering multiple uncertainties are
imperative for the superior integrated energy system (IES). This work proposed a novel two …

Retrofitting coal-fired units with carbon capture plants is an important means to achieve low-
carbon improvements in integrated energy systems (IES). However, the lack of flexible …

The carbon neutrality goal places greater demands on integrated energy system (IES) in
rural areas. In line with this trend, a multi-objective stochastic-robust based selection …

The optimal configuration of integrated energy system (IES) is the cornerstone of efficient
investment and low-carbon operation, which is of high importance for realizing energy …

Integrated energy system (IES) can achieve multi energy complementarity, but it still faces
the problem of energy surplus or shortage. Therefore, there are demands for energy sharing …

Day-ahead scheduling optimisation plays a significant role in solving stable operation
problems of district integrated energy systems (DIESs) by carrying out scheduling …

This paper proposes a distributed robust optimal dispatch model to enhance information
security and interaction among the operators in the regional integrated energy system …

As concerns about environmental sustainability continue to grow, the demand for effective
low-carbon energy management becomes increasingly pressing. This study presents a …

Integrated energy stations (IESs) are widely spread in power-electronized active distribution
network (ADN) for multi-energy services, and heterogeneous uncertainties from source …