Renewable energy exporting consumption-oriented transfer limit switching control: A unsupervised learning-based method
Abstract
A method for generating unsupervised conditional mapping rules for multi-inter-corridor transfer limits and their integration into unit commitment through banding-switching is proposed in this paper. The method starts by using Ant colony clustering(ACC) to identify different operating modes with renewable energy penetration. For each sub-pattern, coupling inter-corridors are determined using correlation coefficients. An algorithm for constructing coupled inter-corridors' limits boundaries, employing grid partitioning, is proposed to establish conditional mappings from sub-patterns to multi-inter-corridor limits. Additionally, a banding matching model is proposed, incorporating distance criteria and the Big-M method. It also includes a limit-switching method based on Lagrange multipliers. Case studies on the IEEE 39-node system illustrate the effectiveness of this method in increasing consumption of renewable energy and reducing operational costs while adhering to stability verification requirements.
Cite
@article{arxiv.2401.14949,
title = {Renewable energy exporting consumption-oriented transfer limit switching control: A unsupervised learning-based method},
author = {Gao Qiu and Haojin Peng and Youbo Liu and Tingjian Liu and Junyong Liu},
journal= {arXiv preprint arXiv:2401.14949},
year = {2024}
}