Frontiers

Enhanced LSTM-based robotic agent for load forecasting in low-voltage distributed photovoltaic power distribution network

To ensure the safe operation and dispatching control of a low-voltage distributed photovoltaic (PV) power distribution network (PDN), the load forecasting problem of the PDN is studied in this study.
IEEE

Distributed Solvers for Network Linear Equations With Scalarized Compression

Abstract: Distributed computing is fundamental to multiagent systems, with solving distributed linear equations as a typical example. In this article, we study distributed solvers for network linear ...
IEEE

Discrete-Time Distributed Least Square Algorithms for Linear Equations via Layered Coordination

Abstract: This paper is concerned with the problem of designing discrete-time distributed algorithms for the least squares solution of over-determined linear equations via layered coordination. A ...
Frontiers

Research on the three-phase load imbalance control of the active distribution network based on the distributed power flow controller

In the background of the global commitment to low-carbon renewable energy transformation, new energy sources such as distributed wind–solar storage and charging and single-phase loads, such as ...