This paper discusses the simultaneous management of active and reactive power of a
flexible renewable energy-based virtual power plant placed in a smart distribution system …

The inherent variability in wind and solar power output presents a significant challenge to
the flexibility balance of power systems. This paper introduces an innovative method for …

Solar photovoltaic thermal system (SPTS) can fully tap solar energy resources to realize
thermal and electric supply for users simultaneously, but the volatility and uncertainty of …

In order to establish a feasible trading framework between the energy supply and demand
sides within the multi-virtual power plants (MVPP) and explore the potential for low-carbon …

Against the backdrop of global climate change, renewable energy (RE) performs significant
effects in reducing carbon emissions. Nevertheless, volatile RE sources disrupt the energy …

As the scale of renewable energy sources (RESs) expands, it is essential to optimize the
configuration of wind, solar, and storage resources across different areas. Nevertheless, the …

The rising frequency of extreme weather events calls for urgent measures to improve the
resilience and reliability of power systems. This paper, therefore, presents a robust …

Transforming a coal-fired power generation unit into a so-called integrated energy
production unit (IEPU) is considered a promising low-carbon technology. An IEPU produces …

In response to the dual carbon targets, it is necessary not only to reduce carbon emissions
but also to increase the proportion of renewable energy generation capacity, thereby …

To optimize energy structure and efficiently utilize renewable energy sources, it is necessary
to establish a new electrical power–gas mutual transformation virtual power plant that has …