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Incremental development of a co-simulation setup for testing a generation unit controller for reactive power provision

机译：逐步开发用于测试发电机单元控制器的无功功率的协同仿真设置

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The German energy perspective is changing at an accelerated pace. This change is due to the high diffusion of decentralized energy resources in the electricity mix. Moreover, the role of these generation units is going beyond the provision of active power, and moving towards the supply of ancillary services for grid stabilization (e.g. frequency control, voltage regulation and reactive power compensation). In addition, there is a continuous increase in the complexity of distribution and transmission grids as the need for automation and Information and Communication Technologies take an important role in the optimized operation of decentralized energy resources. This raises the requirement for sophisticated design and validation methods for the analysis of complex energy systems. An innovative approach in this field is the joint operation of multidisciplinary simulation tools in a coordinated fashion providing realistic environments for introduction of HiL-testing of grid automation components.
机译：德国的能源观念正在加速变化。这种变化是由于分散的能源在电力结构中的高度扩散所致。此外，这些发电机组的作用已经超出了提供有功功率的范围，而朝着为电网稳定提供辅助服务（例如频率控制，电压调节和无功补偿）的方向发展。此外，配电和输电网络的复杂性不断增加，因为对自动化和信息通信技术的需求在分散能源的优化运行中发挥了重要作用。这就提出了用于复杂能源系统分析的复杂设计和验证方法的要求。该领域的创新方法是以协调的方式联合操作多学科仿真工具，为引入电网自动化组件的HiL测试提供现实的环境。

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