利用混合仿真进行的风场传输方案研究

OPAL-RT

Hybrid Simulations to Perform Studies on Transfer Schemes of Wind Parks
利用混合仿真进行的风场传输方案研究
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Author(s)
David Bravo Anaya, Carlos Alberto Lpez de Alba, Victor Hugo Ortiz Muro,
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+ h/ H! J0 t  A) @) lAbstract— In this paper is presented a proposal for real time data acquisition of signals by means of hybrid simulation. Software models such as protection relays and PMU are implemented to run in Real–Time Simulation environment. The virtual PMU is developed with all requirements to acquire standard IEEE format of Synchrophasors. There are applied signals coming from software models and physical devices such as DAQs and fault recorders. The PMUs serves for monitoring a test system which includes a Wind Park. The examples prepared are studies beginning with the transient electromagnetic, followed of transient stability and responses of protection systems. By this manner we are assessing the capability of the protection schemes and perform transfer trips. As well, virtual measurement provides data of dynamic behavior. This methodology becomes the modern way for getting detailed information for Smart Grid solutions.
这篇论文介绍了一种利用混合仿真进行的实时信号数据采集方案。继电保护和向量测试单元（PMU）这样的软件模型实现在实时仿真环境中运行。虚拟的向量测试单元的开发符合IEEE对于同步向量的所有要求。应用信号来自于软件模型、实际设备（如DAQ）以及故障记录。PMU被用来监控一个包括风场的测试系统。文中的实例是开始于电磁暂态到暂态稳定性以及保护系统反应的研究。通过这种方法，我们可评定该保护方案的性能并实现传输。另外，模拟测量提供动态行为的数据。该方法论成为获取智能电网解决方案详细信息的现代途径。
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