Lin Shenghong

Time:2017-06-30

Name: Lin Shenghong

Introduction

LinShenghong, Master Degree Candidate, Senior experimentalist, master Tutor

School of Electric PowerEngineering, South China University of Technology, Guangzhou, Guangdong province, 510640, China

Tel: +86-13609045369

E-mail: linsh@scut.edu.cn

Education:

09/1997-03/2000: Msc(Eng.), South China University of Technology, Guangzhou, Guangdong province, 510640, China; Major: Electric Power System and Its Automation

09/1987-07/1991:Bsc(Eng.), South China University of Technology, Guangzhou, Guangdong province, 510640, China; Major: Electric Power System and Its Automation

Teaching Works:

Courses Taught: Comprehensive Experiment of Electric Power System (undergraduate students); Electric Machinery Experiment (undergraduate students);PowerElectronic Comprehensive Experiment (undergraduate students).

Research Interests:

1)Optimal Power Flow of Power Systems

2)Computing of Theoretical Line Loss and its Application

3)Power Grid Planning

4)Overhead Line Load Flow Calculation

Main Achievements

Books (co-edited):

[1] DangSanlei,LiJian,Xiao Yong,LinShenghong.Line Loss and Loss Reduction Measures, Beijing: China Electric Power Press, 2013

[2] Chen Haihan, Liu Mingbo, Lin Shenghong,et al.Calculation Principle of Theoretical Line Loss and Its Application,Beijing: China Electric Power Press, 2009

[3] Liu Mingbo, Chen Haihan, Lin Shenghong,et al. Mastering Calculation Software of Theoretical Line Loss,Beijing: China Electric Power Press, 2009

Standards:

[1]Wu Qiong, Chen Haihan, Gao Xinhua, Liu Mingbo, Lin Shenghong,et al. Enterprise Standard of China Southern Power Grid Company Limited: Calculation Technology Standard of Theoretical Line Loss (Trial)Q/CSG11301-2008

[2]Wu Qiong, Chen Haihan, Gao Xinhua, Liu Mingbo, Lin Shenghong,et al. Enterprise Standard of China Southern Power Grid Company Limited: Software Technology Standard of Theoretical Line Loss (Trial)Q/CSG11302-2008

Papers:

[1]Lin ShenghongMao ChizuZhu JianquanLu Junyu.Research of Modulation of Bilateral Frequency Difference Based on Load Mode. ACPEE 2017, March 24, 2017

[2]Mao ChizuLin Shenghong.Influence of Load Modes on Voltage Stability of Receiving Network at DC/AC System. ACPEE 2016, March 20, 2016

[3] Lin ShenghongLiuMingbo.Nonlinear Optimal Power Flow Computation of Power System with Facts Devices.DianliXitongZidonghue/Automation of Electric Power Systems, v 24, n 20, p 31-53, 2000

[4] Chen YangyangLinShenghongWang WeiMao Chizu. TheoreticalLine LossCalculationfor Distribution Network Based on System Cluster and Fruit Fly Optimization SVR. Colliery Mechanical & Electrical Technology.2016(3):p11-14.

[5] Li Jian,Lin Shenghong,Xiao Yong,Dang Sanlei.Researchon the Influence of Distributed Generation to Low Voltage Distribution Network Line Loss.Electrical and energy efficiency management technology. 2015(5),p49-52

[6]Sun Yan, Lin Shenghong,Liu Mingbo, et al.Analysis on Optimal Power Supply Capability of MediumVoltage Distribution Networks.Southern Power System Technology.2014(8):p80-84.

  


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