Low-Voltage Comprehensive Management of Rural Distribution Networks based on MSVC and Line Voltage Regulator
Abstract
Rural distribution networks, as important components of the electrical power system, are important basic conditions for economic development in rural areas. However, weak structure, large supply scope, abundant power supply terminals, and long line and low-voltage phenomenon are relatively common in rural distribution networks in China. A new low-voltage comprehensive management method for distribution networks based on magnetically controlled static var compensator (MSVC) and line voltage regulator was proposed in this study to solve low-voltage problems in rural distribution networks. The computing and MATLAB simulation model was constructed based on the 10kV rural distribution network in Guangdong Province, China. Performances under different problem situations were compared by using voltage and power factor as the reference variables to verify the validity and feasibility of the new method. Results show that, the proposed comprehensive management method based on MSVC and line voltage regulator can improve the voltage and power factor of branch lines without influencing the voltage of other branch lines; thus, the voltage at different nodes satisfies the requirements (>9kV) and increases the power factor to 0.96-0.98. This study proves that the proposed method has unique advantages in increasing voltage, power factor, and economical efficiency of the rural distribution networks. The study also provides effective references to low-voltage management in rural distribution networks.References
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[2]Luo Yong, Discussion on Comprehensive Low Voltage Management of Rural Distribution Networks, Electric Power Automation Equipment, 23(4) (2015)56-57.
[3]Zhang Xiantai, Cai Jindian, Ding Zhihua, Chen Lianqing,Applications of Capacitance Compensation in Voltage Regulation of Distribution Networks, Electric Power Automation Equipment, 14(2) (2011)116-118+128.
[4]Huang Guilan, Lin Han, Cai Jindian. Research on Low Voltage Management Measures in Rural Distribution Networks, Electrical Technology, 16(11) (2015)64-67.
[5]Hingorani.N.G,Power Electronics in AC Transmission Systems,CIGRE Special Report (PI-02), Paris, France, IEEE, April, 1996,31-33.
[6]D.Pylarinos, I.Androulidakis, K. Siderakis,A MATLAB/SIMULINK Approach for a First Course in Power Electronics, Journal of Engineering Science and Technology Review, 9 (5) (2016) 56 - 60.
[7]Larsen.E.,Bowler.C, Damsky.B,Nilsson.S,Benefits of Thyristor Controlled Series Compensation, Proceedings of the 34th Session (CIGRE), Paris, France, IEEE, April,1992,45-55.
[8]Gyurov, Valentin, Yordanov,Yuliyan,Opportunities for application of TCSC in low voltage power supply systems as technical solution for improving of power quality, Advances in Intelligent Systems and Computing, 6(80) (2018)247-253.
[9]Bogovi.Jerneja, Mihali.Rafael Modeling of static synchronous series compensators, Elektrotehniski Vestnik/Electrotechnical Review,16(25) (2016)21-24.
[10]Jaiswal.Shiva Pujan,Shrivastava.Vivek Allocation of UPFC in distribution system to minimize the losses,Proceedings of the International Conference on Innovative Applications of Computational Intelligence on Power, Energy and Controls with Their Impact on Humanity, CIPECH, Ghaziabad, India, IEEE November,2014,202-205.
[11]Dua.Gagandeep Singh,Kaur.Raminder Enhancement of Power Quality in distribution network using DVR,12th IEEE International Conference Electronics, (INDICON’2015), Beijing, China: IEEE,March,2015,103-124.
[12]Yi Chi. Research on Control Method of Static Var Compensator in Distribution Networks, Wuhan :Wuhan Institute of Technology Press, (2014)15-19.
[13]Geddada.Nagesh,Karanki,Srinivas.B,Mishra.Mahesh.K,Modified DSTATCOM topology with reduced DC link voltage for reactive and harmonic power compensation of unbalanced nonlinear load in distribution system, Proceeding of the 5th International Journal of Emerging Electric Power Systems, Beijing, China: IEEE, April, 2014, 263-277.
[14]Li Hui. Research on Static Var Compensator and the Control Technologies in Distribution Networks, Hunan :Hunan University Press, (2010)48-53.
[15]Li Yingfeng. Applications of Automatic Voltage Regulator in 10kV Line,. Guangdong Electric Power, 26(3) (2013) 62-64.
[16]Gu Dongyi. Discussion on Automatic Voltage Regulator in 10kV Distribution Networks, Science & Technology Information,31(12) (2010)132-132.
[17]Swarnkar,Anil;Niazi,K.R.Distribution network reconfiguration for power quality and reliability improvement using Genetic Algorithms, International Journal of Electrical Power and Energy Systems,54(22) (2014) 664-671.
[18]Ibrahim, A.A.; Salman, N.; Mohamed, A.; Ling Ai, W.Power quality and reliability enhancement in distribution systems via optimum network reconfiguration by using quantum firefly algorithm,International Journal of Electrical Power and Energy Systems,58(6) (2014)160-169.
[19]GongQingWu,LiXun,ChenDao-Jun. Reconfiguration in distribution systems based on refined genetic algorithm for improving voltage quality,Asia-Pacific Power and Energy Engineering Conference, Hangzhou, China: IEEE, April, 2011,59-78.
[20]Liu Jian, Wang Kuiyuan, Zhang Zhihua. Partial Cable Replacement to Solve Voltage Quality Problems in Rural Distribution Networks,Shaanxi Electric Power,09(03) (2016)97-106.
[21]Chen Cixuan. Basic Electrical Engineering.Beijing: China Electric Power Press, (2012)89-97.
[22]Cao Songwei. Research on Reactive Voltage Control of Grid-connected operation in Large Wind Field based on MSVC.Beijing: North China Electric Power University Press, (2014)115-127.
[23]Chen Baichao, Song Jiming, Zhou Pan et al. Multi-voltage Level Reactive Voltage Comprehensive Control based on 220kV Transformer Station of MCR and MSVC, Transactions of China Electrotechnical Society, 30(16) (2015) 230-237.
Published
2018-11-14
How to Cite
PAN, Jing; XIAO, Jing Wei; LIN, Yu Jin.
Low-Voltage Comprehensive Management of Rural Distribution Networks based on MSVC and Line Voltage Regulator.
Journal of Power Technologies, [S.l.], v. 98, n. 3, p. 296–304, nov. 2018.
ISSN 2083-4195.
Available at: <https://papers.itc.pw.edu.pl/index.php/JPT/article/view/1340>. Date accessed: 19 apr. 2024.
Issue
Section
Energy Engineering and Technology
Keywords
rural distribution networks, low voltage, comprehensive management
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