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Simulation_of_Line_Protection_of_HVDC_Transmissio
- Simulation of Line Protection of HVDC Transmission Based on PSCAD EMTDC
PSCAD_EMT
- 介绍了PSCAD/EMTDC程序与C语言接口技术的原理,并以PSCAD/EMTDC V3.0.8仿真平台为例,用C语言建立了完整的数字化继电保护装置模型,包含了保护装置及重合闸的主要配置与主要环节,运用PSCAD/EMTDC程序与C语言的接口技术建立了串补电网故障暂态行为与继电保护装置、重合闸装置动作行为的闭环动态仿真系统,用于可控串补电网继电保护的暂态动作行为研究.仿真结果表明,通过PSCAD/EMTDC程序与C语言接口能正确地完成继电保护装置模型与电网一次模型之间的动态闭环控制,实现保护动作
Protection-system-pscad
- protection system design with pscad
noname5
- Pscad file for elaluation of DF effect in protection and reliability of power system
Brahma_differential_test
- THIS A TEST SYSTEM FOR DIFFERENTIAL PROTECTION IN PSCAD-THIS IS A TEST SYSTEM FOR DIFFERENTIAL PROTECTION IN PSCAD
PSCAD_EMTDC
- 基于PSCAD的距离保护仿真分析,有助于对PSCAD的模型学习-Analysis based on distance protection simulation modeling PSCAD
Impact of Midpoint STATCOM on Generator Loss of Excitation Protection
- This paper explores the impact of a transmission-line midpoint STATCOM on the performance of the generator loss-ofexcitation (LOE) protection. In this context, investigations are conducted on a two-hydrogenerator power station for two LOE contingenci
20- Distance Relay Block 00
- 20- Distance Relay Block 00
21- Distance Relay Block 01
- 21- Distance Relay Block 01
纵联差动保护模型
- 利用PSACD软件搭建简单的双端电源的纵联差动保护(Using PSACD software to build a simple dual differential protection for two terminal power supply)
含微电网的配电网自适应保护研究
- 介绍了微电网的定义、结构、控制方法和特点。由于世界各国发展 微电网的侧重点不同,所以对微电网的定义和其结构特点也不尽相同,本文基于 美国电力可靠性技术解决方案协会(CERTS)提出的微电网结构进行了研究。微 电网有并网运行和孤网运行两种运行方式,并且每种运行方式的控制方法不同: 并网运行主要采用PQ控制策略,而孤网运行主要采用V/f控制策略。微电网的微 型电源主要有光伏发电、风力发电等,储能装置主要有蓄电池、超级电容器和飞 轮储能。基于以上研究,本文采用PSCAD/EMTDC搭建了微