The Experts below are selected from a list of 324795 Experts worldwide ranked by ideXlab platform
Wang Yuan - One of the best experts on this subject based on the ideXlab platform.
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Dynamic Performance Analysis of Pulsed Reactor Power Control System
Nuclear Power Engineering, 2001Co-Authors: Wang YuanAbstract:：It is important to analyse the dynamic performance of pulsed reactor Power Control System for designing optimal Control System.At the same time,the dynamic performance analysis is conductive to the adjustment and operation for the pulsed reactor Power Control System.Here,the simulation results of the pulsed reactor Power Control System are provided,and brief analysis is also given.
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Pulsed Reactor Power Control System Simulation Study
Nuclear Power Engineering, 2001Co-Authors: Wang YuanAbstract:： The paper introduces pulsed reactor Power Control System simulation calculation results.The comparision between the simulation result and the result measured on the reactor shows that the dynamic performance of the Control System is good.
Tan Ping - One of the best experts on this subject based on the ideXlab platform.
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The Reactor Power Control System Based on Digital Control in Nuclear Power Plant
Journal of University of South China, 2010Co-Authors: Tan PingAbstract:The PLC(Programmable Logical Controller),digital communication and redundant techniques are applied in the rod Control and position indication System(namely the reactor Power Control System)to perform the Power Control in the 300 MW reactor automatically and integrally in Qinshan Phase I project.This paper introduces the features,digital design methods of hardware of the instrumentation and Control System(IC) in the reactor Power Control.It is more convenient for the information exchange by human-machine interface(HMI),operation and maintenance,and the System reliability has been greatly improved after the project being reconstructed.
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Digital Redundancy and Its Reliability of Reactor Power Control System in Nuclear Power Plant
Nuclear Electronics and Detection Technology, 2009Co-Authors: Tan PingAbstract:In order to meet the requirements of the long-time continuous operation,reliability and security of the reactor Power Control System in nuclear Power plant,this paper presents a novel strategy based on the dual redundancies of CPU,Power supply and ControlNet field-bus network.Digital modification design is used to replace the traditional analog Control System in reactor Power to perform reliable Control.The System reliability and availability are assessed by calculating and analyzing the main reliability parameters quantitatively.
Tao Ye - One of the best experts on this subject based on the ideXlab platform.
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intelligent Power Control System and method for motor drive of unmanned aerial vehicle and unmanned aerial vehicle
2016Co-Authors: Tao YeAbstract:An intelligent Power Control System for motor drive of an unmanned aerial vehicle. The intelligent Power Control System comprises a motor temperature reading unit (101), a processing unit (102), and a motor Power output Control unit (103). The motor temperature reading unit (101) is used for reading the temperature of at least one motor mounted in the unmanned aerial vehicle (200). The processing unit (102) is used for making a comparison to determine whether the read temperature exceeds a first specific temperature, and Controlling, according to the comparison result, the motor Power output Control unit (103) to dynamically adjust an allowed maximum Power output by each motor. The present invention also relates to an intelligent Power Control method for motor drive of an unmanned aerial vehicle, and the unmanned aerial vehicle (200) using the intelligent Power Control System for motor drive of an unmanned aerial vehicle.
Shi Lei - One of the best experts on this subject based on the ideXlab platform.
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Design and Application of Reactive Power Control System for Wind Farm
Automation of electric power systems, 2011Co-Authors: Shi LeiAbstract:To solve the voltage stability and Control issues caused by large-scale wind Power integration into grid,a multi-mode and multi-objective reactive Power Control strategy is proposed for wind farms with variable speed and constant frequency wind turbines.Based on this,a reactive Power Control System for wind farm is developed.The design program of the System structure,main function modules and interfaces are introduced.A test is carried out at Shanghai Fengxian Haiwan wind farm.The result shows that the strategy is correct and the wind farm will provide reactive Power support to the point of interconnection by regulating reactive output helping to maintain voltage stability in the grid.
Wu Jinbo - One of the best experts on this subject based on the ideXlab platform.
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An integrated wind Power Control System designing
Energy Procedia, 2018Co-Authors: Xiong Shangfeng, Jiang Dajun, Wu JinboAbstract:Abstract Automation Systems are much diverse at wind farms in China, so wind Power Control is relatively simple and extensive. An idea of wind Power Control based on multi-source data integration is proposed, that a model is established to integrate the information of wind farm and substation. Also, software structure is designed to make SCADA, Power forecasting, active and reactive Power Control into integration. Then a wind Power Control System is designed, developed and applied in a wind farm located in Jiuquan wind Power base. The application shows that the System can make reasonable Control strategies, considering the Power demand of grid and wind energy utilization.
