Influence Analysis of Renewable Power Resources' Integration on Transmission Capability of Northwest to  Xinjiang Power Corridor and System's Security and Stability

doi:10.3969/j.issn.1000-7229.2016.06.003

Abstract

Abstract:

The integration of Northwest renewable power resources in Northwest area is mainly restricted by the transmission capability of the Northwest-Xinjiang power corridor. In order to make reasonable development planning of the Northwest renewable power resources， this paper studies the relations of the integration of renewable power resources to the transmission capability of the Northwest-Xinjiang power corridor and the power system's security and stability. We adopt PSD-BPA electromechanical transient simulation program to analyze the impact of wind power integration in Xinjiang Hami， Gansu Hexi Corridor and PV power integration in Gansu Jinchang， Qinghai Qaidam on the transmission capability of the Northwest-Xinjiang power corridor and the power system's security and stability. The results indicate that the Hami wind power's integration and the Hami wind power units' control mode have small influence on the transmission capability of the Northwest-Xinjiang power corridor， but the Hami wind power's integration will decrease the power system's stability； the Gansu wind power and PV power's integration will increase the transmission capability of the Northwest-Xinjiang power corridor and the power system's stability； the Qinghai PV power's integration will decrease the transmission capability of the Northwest-Xinjiang power corridor and the stability of the first corridor of the Northwest-Xinjiang power corridor， but the total integration amount of the renewable power resources will be greatly increased. According to the analysis results， it is suggested that the development scale and the scale ratio of the Gansu and Qinghai PV power resources should be reasonably made， and the development proportion should be paid attention. Meanwhile， the suitable security and stability control measures should be made when the power system has large scale wind power and PV power's integration.

Key words: wind power, PV power, Northwest-Xinjiang power corridor, transmission capability, security and stability

CLC Number:

TM 721

SUN Yujiao， WU Junling， WANG Yating， SHEN Hong， ZHOU Qinyong， CHENG Lihua. Influence Analysis of Renewable Power Resources' Integration on Transmission Capability of Northwest to Xinjiang Power Corridor and System's Security and Stability[J]. Electric Power Construction, 2016, 37(6): 17-23.

References

［1］丁剑，张文朝，卜广全，等. 大规模风电接入下的河西走廊远距离大容量输电［J］. 高电压技术，2009，35（8）：2037-2041.
DING Jian， ZHANG Wenchao， BU Guangquan， et al.Long distance and huge capacity transmission of Gansu corridor under large-scale wind power integration circumstance［J］. High Voltage Engineering，2009，35（8）：2037-2041.
［2］李刚，刘晓瑞，张廷营，等. 西北-新疆联网稳定特性分析［J］. 电力系统保护与控制，2010，38（17）：64-69.
LI Gang， LIU Xiaorui， ZHANG Tingying， et al.System stability characteristic analysis for the interconnection of Northwest China grid and the Xinjiang grid［J］. Power System Protection and Control，2010，38（17）：64-69.
［3］王佳明，刘文颖，牛拴保. 新疆—西北电网联网前后阻尼特性研究［J］. 电力系统保护与控制，2010，38（16）：92-98.
WANG Jiaming， LIU Wenying， NIU Shuanbao.Study on damping characteristics of Xinjiang-Northwest power grid before and after interconnection［J］. Power System Protection and Control，2010，38（16）：92-98.
［4］范雪峰，张中丹，杨昌海，等. 大型风电基地动态无功补偿对风电外送动态稳定性的提升作用研究［J］. 电网与清洁能源，2013，29（10）：66-73.
FAN Xuefeng， ZHANG Zhongdan， YANG Changhai， et al.Analysis on improving effect of dynamic reactive power compensation on the dynamic stability of large scale wind power transmission［J］. Power System and Clean Energy，2013，29（10）：66-73.
［5］李敏，王新宝，常喜强，等. 新疆与西北联网750 kV交流联络线功率波动峰值计算分析研究［J］. 电网与清洁能源，2011，27（9）：26-31.
LI Min， WANG Xinbao， CHANG Xiqiang， et al.Calculation and analysis of the power fluctuation peak value on the 750 kV AC tie-line with Xinjiang Grid interconnected with Northwest China grid［J］. Power System and Clean Energy，2011，27（9）：26-31.
［6］魏磊，张琳，姜宁，等. 包含风电的电力系统调峰能力计算方法探讨［J］. 电网与清洁能源，2010，26（8）：59-63.
WEI Lei， ZHANG Lin， JIANG Ning， et al.Discussion on computing methods for peak load regulation ability of power system connected with large-scale wind farms［J］. Power System and Clean Energy，2010，26（8）：59-63.
［7］肖创英，汪宁渤，丁坤，等. 甘肃酒泉风电功率调节方式的研究［J］. 中国电机工程学报，2010，30（10）：1-7.
XIAO Chuangying， WANG Ningbo， DING Kun， et al.System power regulation scheme for Jiuquan wind power base［J］. Proceedings of the CSEE，2010，30（10）：1-7.
［8］喻新强. 西北电力系统如何应对大规模风电开发与利用［J］. 电网与清洁能源，2009，25（8）：1-6.
YU Xinqiang.Northwest power system faces challenges arising from large-scaled wind power development and utilization［J］. Power System and Clean Energy，2009，25（8）：1-6.
［9］程林，范越，牛拴保，等. 风电集中接入对西北电网运行影响及对策分析［J］. 电力电子技术，2011，45（8）：107-110.
CHENG Lin， FAN Yue， NIU Shuanbao， et al.The safety and stability problems and solutions in Northwest Power grid with large-scale wind farm connection［J］. Power Electronics，2011，45（8）：107-110.
［10］路亮，汪宁渤，马彦宏，等. 酒泉风电基地大规模风电并网综合解决方案初探［J］. 电力建设，2013，23（1）： 7-11.
LU Liang， WANG Ningbo， MA Yanhong， et al.Comprehensive solution for Jiuquan large-scale wind power integration［J］. Electric Power Construction，2013，23（1）： 7-11.
［11］王义红，黄镔，申洪，等.酒泉风电基地二期3 GW风电接入电网的无功补偿设备配置及输电能力研究［J］.电网技术，2013，37（5）：1440-1446.
WANG Yihong， HUANG Bin， SHEN Hong， et al.Transmission capacity of grid-connecting channel for the second phase of 3 GW Jiuquan wind power base project and configuration of its reactive power compensation equipments［J］.Power System Technology，2013，37（5）：1440-1446.
［12］程雅梦，侯玉强，张桂红，等. 新疆与西北主网联网第二通道工程投运对青海海西地区电网暂态安全稳定的影响［C］//2013年中国电机工程学会年会论文集. 成都，2013: 1992-1996.
CHENG Yameng， HOU Yuqiang， ZHANG Guihong，et al.Influence of operation of second Xinjiang-Northwest main grid transmission line on transient security and stability of haixi regional power of Qinghai Grid［C］// CSEE Annual Meeting 2013. Chengdu， 2013:1992-1996.
［13］左玉玺，王雅婷，邢琳，等.西北750 kV电网大容量新型FACTS设备应用研究［J］. 电网技术，2013，37（8）：2349-2354.
ZUO Yuxi， WANG Yating， XING Lin， et al.Applied research on new types of high capacity FACTS devices in northwest 750 kV power grid［J］. Power System Technology，2013，37（8）：2349-2354.
［14］王雅婷，郑彬，申洪，等. 西北新能源外送系统多FACTS协调控制方法［J］. 中国电机工程学报，2013，33（34）：162-170.
WANG Yating， ZHENG Bin， SHEN Hong， et al.A coordinated control method of mutiple FACTS on the northwest new energy-delivery system［J］. Proceedings of the CSEE，2013，33（34）：162-170.
［15］刘振亚，张启平，王雅婷，等. 提高西北新甘青750 kV送端电网安全稳定水平的无功补偿措施研究［J］.电网技术，2015，35（5）：1015-1022.
LIU Zhenya， ZHANG Qiping， WANG Yating， et al.Research on reactive compensation strategies for improving stability level of sending-end of 750 kV grid in Northwest China［J］.Power System Technology，2015，35（5）：1015-1022.
［16］丁剑，马世英，吴丽华，等. 长距离输电型电网振荡中心分布及解列措施［J］. 电力系统自动化，2015，39（10）：186-191.
DING Jian， MA Shiying， WU Lihua， et al.Out-of-step oscillation centers distribution and islanding operation of long distance transmission interconnected power system［J］. Automation of Electric Power Systems，2015，39（10）：186-191.
［17］丁明，石雪梅.新能源接入对主动配电网的影响［J］.电力建设，2015，36（1）:76-84.
DING Ming， SHI Xuemei. Effect of new energy paralleling to the active distribution networks［J］. Electric Power Construction， 2015， 36（1）:76-84.
［18］张玉琼，王新宝，程林，等. 新疆—西北联网后新疆电网稳定特性及应对措施［J］. 中国电力，2012， 45（4）:1-4.
ZHANG Yuqiong ， WANG Xinbao ， CHENG Lin ， et al. Power system stability analysis and measures of the Xinjiang grid after Xinjiang-Northwest power grid interconnection［J］. Electric Power， 2012， 45（4）:1-4.
［19］郭小龙，李杨，孙谊媊，等. 提高新疆南部电网受电能力措施分析［J］.电力科学与工程， 2011， 27（12）:12-16.
GUO Xiaolong， LI Yang， SUN Yiqian， et al. Analysis of improving the transmission ability of Southern Xinjiang Power Grid［J］. Power Science and Engineering， 2011， 27（12）:12-16.
［20］国家发展和改革委员会. 可再生能源发展“十二五”规划［J］. 太阳能，2012（16）：6-19.
National Development and Reform Commission.The Twelve-Five plan for renewable energy development［J］. Solar Energy， 2012（16）：6-19.

[1]	LIU Qi1， FANG Junjun， ZHAO Jie， ZHANG Shengfeng， LIU Dichen，CHEN Yin. Layered Wind Power Dispatching Control Strategy Based on DSA Power Prediction Model [J]. Electric Power Construction, 2019, 40(2): 63-70.
[2]	HUANG Qihang, WANG Xiuli, QI Shixiong, FAN Jiajie, WANG Yifei. Multi-Scenario Robust Transmission Planning Considering Correlation Between Wind Power and Load Demand [J]. Electric Power Construction, 2018, 39(6): 63-.
[3]	XU Peidong，FANG Hualiang，HUANG Shuo. Dispersed Wind Farm Locating and Sizing Considering Wind Power Consumption and Power Flow Balance [J]. Electric Power Construction, 2018, 39(1): 99-.
[4]	HUANG Lingran, BIAN Xiaoyan, LI Dongdong, LIN Shunfu. Joint Optimal Dispatch for Power Distribution Network with Energy Storage Virtual Power Plant [J]. Electric Power Construction, 2017, 38(9): 38-.
[5]	PENG Xiaosheng，FAN Wenhan，WANG Bo，ZHANG Tao，WEN Jinyu，DENG Diyuan，XIONG Lei，CHE Jianfeng. A Lifting Spatial Resources Matching Approach Based Wind Power Prediction of Regions [J]. Electric Power Construction, 2017, 38(7): 10-.
[6]	QIN Qin, ZHOU Qinyong, ZHANG Yichi, GUO Qiang. Influencial Factors Analysis of Receiving Power Flow Capacity and Countermeasures [J]. Electric Power Construction, 2017, 38(4): 120-.
[7]	ZHANG Qingsong, WEI Zhinong, XU Jiguang, SUN Guoqiang, ZANG Haixiang, HE Tianyu. Linearized Optimal Power Flow Calculation of Power Systems with Large Scale Wind Farm [J]. Electric Power Construction, 2017, 38(10): 93-.
[8]	SHAO Lihua, ZHANG Zhuyao, ZHANG Chunlong, ZHAO Qing， HUANG Guoping, YAN Fei. Coordinated Operation Strategy of Storage Battery SOC and Smoothing Wind Power Fluctuation [J]. Electric Power Construction, 2017, 38(1): 84-.
[9]	JI Ling， XIE Yulei， HUANG Lucheng， NIU Dongxiao. Risk Dispatch Strategy Study for Wind-Thermal Power System under Different Reserve Modes [J]. Electric Power Construction, 2016, 37(6): 31-37.
[10]	WANG Xiuli，ZHANG Kai，ZENG Pingliang，SUO Tao. Coordinated Planning of Wind Farm Integration and Transmission Network Based on Multi-Scenario [J]. ELECTRIC POWER CONSTRUCTION, 2015, 36(10): 46-52.
[11]	ZHANG Zhongqing, YAN Jun, ZHANG Liping, MA Yiqing. Security and Stability Control System for Nuozhadu and Xiluodu HVDC Transmission Project [J]. ELECTRIC POWER CONSTRUCTION, 2014, 35(9): 65-70.
[12]	ZHAGN Yanchang, SHI Wei. DC Bus Cable Selection for PV Power Station [J]. ELECTRIC POWER CONSTRUCTION, 2014, 35(2): 113-116.

Influence Analysis of Renewable Power Resources' Integration on Transmission Capability of Northwest to Xinjiang Power Corridor and System's Security and Stability

PDF

Knowledge

Abstract

Cite this article

share this article

References

Related Articles 12

Recommended Articles

Metrics

Comments