In a multi-regional integrated energy system (MIES), optimal scheduling under random
renewable supply and user demand is crucial to promote the process of carbon neutrality …

With the proposal of carbon peaking and carbon neutrality goals, distributed energy is
developing rapidly, and microgrid is widely proposed and utilized to realize flexible and …

Hydrogen blended gas turbines (HBGTs) are pivotal for the carbon emission reduction
(CER) of urban integrated energy systems (UIESs). However, the traditional rough modeling …

Existing researches lack systematic design of the operation mechanism and overall
implementation process of park oriented multi‐state energy system; The existing researches …

As a crucial aspect of pollution emissions, the transformation and upgrading of the power
industry urgently require attention. Utilizing renewable energy generation techniques is an …

Establishing synergy among distinct yet associated markets through market orientation is
crucial because it can facilitate a clean and low-carbon energy transition. However …

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

The paradigm of multi-energy microgrids (MEMGs) with internal energy sharing and trading
is considered a promising option to empower low-carbon energy transitions. In this work, a …

As the scale of power systems increases, the multi-layer distributed multi-objective
consensus algorithm (MLDMOCA) can speed up computation and enhance privacy …

The goal of this research is to devised solution for energy dispatch problem based on
consensus-driven method. The cost function for energy dispatch, which takes into account …