1.
Specialty of Electric Power System and Automatio
电力系统及其自动化专业
2.
LIUZeng-liang（1959-），male,the Han nationality,come from Qingyuan in Hebei province,associate professor,the researchdirection is electric power system antomation.
刘增良（1959-），男，汉族，河北清苑人，副教授，研究方向为电力系统及其自动化。
3.
The Communication Automation Equipments of Power System and Topology Management;
电力系统通讯自动化设备及拓扑管理
4.
Anshan Distribution Network Automation System Analysis and It s Appication;
鞍山配电网自动化系统分析及其应用
5.
Monitoring System and Its Application in Automation of Hydropower Stations
监控系统及其在水电站自动化系统中的应用
6.
Research and Development of Distance Training System for Power-protect and Automation;
电力保护及自动化远程培训系统的研究与实现
7.
Developing Tendency of Electromagnetic Compatible Standard in Power System Protection and Automation Device
电力系统继电保护及自动化设备电磁兼容标准的发展动向
8.
Capacity Research of WCDMA and Technology Application to Distribution Automation;
WCDMA容量分析及其在配电自动化系统中的应用
9.
Study of Communication Technology in Integrated Substation Automation System;
变电站综合自动化监控系统及其通信研究
10.
Design for Distribution Automation and Its Communication System in Urban of Huhehaote;
呼和浩特城区配电自动化及其通信系统设计
11.
Study of County Distribution Network Automation System and Its Application;
县级区域配电网自动化系统及其应用研究
12.
EMC technology of power system automation equipment
电力系统自动化设备的电磁兼容技术
13.
The Method Study of Power System Dynamic Reactive Power Optimization and Its Implement;
电力系统动态无功优化方法研究及其实现
14.
The Dynamic Simulation and Discussing about Optimization in the Wind Power System;
风力发电系统的动态仿真及其优化探讨
15.
Parallel Algorithm of Dynamic Reactive Power Optimization and Its Implementation
电力系统动态无功优化并行算法及其实现
16.
Self-adaptive Fuzzy Integrated Control and Optimization Design of Vehicle Semi-active Suspension and Electric Power Steering System;
半主动悬架与电动助力转向系统自适应模糊集成控制及其优化设计
17.
Study of Optical Current Transformer and Its Interface to Substation Automation System;
电子式电流互感器及其与变电站自动化系统接口的研究
18.
Design of Lighting Protection System for Power dispatching Automation and Communication System in Luannan County
滦南县电力调度自动化及通信系统防雷系统的设计