Reduce Phase Unbalance with Cross-phase of PV and EV Chargers, using Convex Optimization on Quadratic Constraint in Distribution Network

Thanh-Hoan Nguyen, V. Trương, H. Nguyen, D. Truong, Quang-Thai-Dan Nguyen, Thanh-Nhan Nguyen
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Abstract

In the near future, Photovoltaic (PV) network and Electric Vehicle Charging station (EVC) will be deployed in Ho Chi Minh City (HCMC), the use of Cross-phase characteristic will help to reduce the influence of these distributed sources and will improve the imbalance. phase of the current low voltage distribution network. The optimization aims to reduce the loss caused by phase unbalance. Convex optimization model is considered to solve the optimization problem with quadratic constraint and voltage balance equation system (VUF) and phase constraints. Algorithms run according to the above model including OPF, Cross-phase and using unbalanced 3-phase IEEE 33 bus and IEEE 192 bus systems. The results show that using the Cross-phase characteristic significantly reduces phase imbalance.
基于二次约束的凸优化配电网减少光伏与电动汽车充电器交叉相不平衡
在不久的将来,光伏(PV)网络和电动汽车充电站(EVC)将部署在胡志明市(HCMC),交叉相位特性的使用将有助于减少这些分布式电源的影响,并将改善不平衡。相电流低压配电网。优化的目的是减少相位不平衡造成的损耗。采用凸优化模型求解二次约束、电压平衡方程系统和相位约束的优化问题。根据上述模型运行的算法包括OPF、跨相和使用不平衡三相IEEE 33总线和IEEE 192总线系统。结果表明,利用交叉相位特性可显著降低相位不平衡。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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