The line shunts are usually ignored by various linear power flow (PF) models in power
distribution system analysis, planning and optimization. However,“charging effects” from line …

Extensive distributed energy connected to smart grids (SGs) poses a huge challenge to the
voltage regulation of power systems. Conventional automatic voltage control (AVC) …

With the global climate change, the significance of carbon emission reduction is widely
recognized. As an effective tool for emission reduction, carbon trading needs to be …

Inverter-based Volt-VAR control (IB-VVC) can be simplified as a single-period optimization
problem. However, recently DRL methods formulate IB-VVC as a Markov decision process …

Urban distribution network planning (UDNP) faces new requirements and restrictions due to
rapid urbanization. This paper proposes a framework for UDNP, in which the geographic …

To address the uncertainties introduced into reactive power optimization by the hierarchical
and distributed access of massive distributed resources to the flexible distribution network …

Massive and diversified distributed energy resources (DERs) have great potential for
improving the flexibility of power system operations. However, given the wide distribution …

Peer-to-peer (P2P) energy trading, commonly recognized as a decentralized approach, has
emerged as a popular way to better utilize distributed energy resources (DERs). In order to …

Voltage stability is crucial for a reliable power supply, and smart converters offer effective
solutions. They use advanced control algorithms for real-time adjustments based on grid …

The traditional Power Flow Calculation (PLF) method of the distribution network is affected
by the accuracy of model parameters, the convergence of the solution method, and other …