全球能源互联网（英文）2023，Vol.6Issue(3)：253-272,20.DOI:10.1016/j.gloei.2023.06.001
电网互联和可再生能源接入对菲律宾-沙巴电网的影响研究
Impact of interconnections and renewable energy integration on the Philippine–Sabah Power Grid systems
摘要
Abstract
This study presents a comprehensive impact analysis of the rotor angle stability of a proposed international connection between the Philippines and Sabah,Malaysia,as part of the Association of Southeast Asian Nations(ASEAN)Power Grid.This study focuses on modeling and evaluating the dynamic performance of the interconnected system,considering the high penetration of renewable sources.Power flow,small signal stability,and transient stability analyses were conducted to assess the ability of the proposed linked power system models to withstand small and large disturbances,utilizing the Power Systems Analysis Toolbox(PSAT)software in MATLAB.All components used in the model are documented in the PSAT library.Currently,there is a lack of publicly available studies regarding the implementation of this specific system.Additionally,the study investigates the behavior of a system with a high penetration of renewable energy sources.Based on the findings,this study concludes that a system is generally stable when interconnection is realized,given its appropriate location and dynamic component parameters.Furthermore,the critical eigenvalues of the system also exhibited improvement as the renewable energy sources were augmented.关键词
东南亚国家联盟电网的建模/东南亚国家联盟电网中菲律宾-沙巴异步互联的转子角度稳定性/可再生能源接入对菲律宾-沙巴互联互通的影响Key words
Modeling of ASEAN Power Grid/Rotor angle stability of asynchronous Philippine-Sabah interconnection in ASEAN Power Grid/The impact of renewable energy integration on Philippine-Sabah interconnection in ASEAN Power Grid引用本文复制引用
特里斯坦·马加隆,贾伊·戈温德·辛格..电网互联和可再生能源接入对菲律宾-沙巴电网的影响研究[J].全球能源互联网（英文）,2023,6(3):253-272,20.基金项目
The authors would like to thank Engr.Edwin B.Cano of the NYISO for the generous support by providing data for the Philippine power system,PSAT program developer,and all concerned persons/organizations contributed either way. （）
