Application of RTDS
The RTDS Simulator is a fully digital electromagnetic transient power system simulator used to conduct: closed-loop testing of physical devices such as protection equipment and control equipment; to perform analytical system studies; and to educate operators, engineers, or students. It is a cost-effective replacement for transient network analyzers and analogue/hybrid simulators. The RTDS Simulator allows the user to investigate the effects of disturbances on power system equipment and networks to prevent outages or complete failure.The RTDS Simulator is a combination of advanced computer hardware and comprehensive software. Power system networks are created on the computer screen by arranging electrical components from any number of customized component model libraries. The Software is the main interface with the RTDS Simulator hardware and is designed to allow the user to perform all the steps necessary to prepare and run the simulation, and to analyze its output. Hardware is fully modular, allowing a user to expand to accommodate even the most complex and detailed system models.
Of paramount importance, is the fact that the RTDS Simulator works in continuous, sustained real time. That is, it can solve the power system equations fast enough to continuously produce output conditions that realistically represent conditions in the real network. Because the solution is real time, the simulator can be connected directly to power system control and protective relay equipment.
Manufacturing and servicing of the RTDS Simulator is only one part of the company's business. RTDS Technologies' mission is to provide flexible solutions for simulating and analyzing power industry equipment and systems. RTDS Technologies provides consulting services, training, and simulation facilities for studies.
The RTDS Simulator is currently applied to many areas of development, testing, and studying of the following:
* protective relaying schemes
* integrated protection and control systems
* control system for HVDC, SVC, synchronous machines, and FACTS devices
* general AC and DC system operations and behaviour
* interaction of AC and DC systems
* interaction of various electrical installations (e.g. between two HVDC systems)
* demonstration and training
Many of these experiences have been documented and published if you are interested in more information please do not hesitate to contact us. thanks a lot for your introduce!!!!!!!!!!!!! The introduce is too simple RTDS官网介绍
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