High Voltage Direct Current Test System

弗里德里希-亚历山大-埃尔朗根-纽伦堡大学（FAU）的电能系统研究所（LEES）在电力工程的各个领域进行研究和教学。我们的研究重点包括未来电网结构的设计和运营，以及在电网稳定性和服务安全性方面整合可再生能源系统和存储。在我们的研究中，我们经营着一个高压和大电流实验室，用于新型电气设备的硬件测试和诊断，以及各种电力系统仿真实验室。该研究所在高电压和高电流工程方面的重点是基础材料研究和原型开发。除了基础研究，该研究所还对完全开发的产品和系统组件进行标准测试。电气设备和系统组件需要进行彻底测试，以确定其操作行为和物理限制。能够进行高电压和高电流测试是我们实验室在科学领域的独特功能。本申请的目的是利用高压直流（HVDC）测试系统来扩展我们的高压实验室的测量能力。所要求的HVDC测试系统将提供对新兴混合（AC/DC）网络结构的资产进行特定实验研究的机会。这为FAU开辟了一个新的研究领域，将电能系统的当前和未来发展考虑在内。这一应用与大学近年来采取的各种基础设施措施齐头并进。它包括安全措施以及通过在高压试验大厅安装空调来长期保证恒定的试验条件。

The Institute of Electrical Energy Systems (LEES) at Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU) conducts research and teaching in various fields of electrical power engineering. Our focus of research comprises the design and operation of future grid structures as well as the integration of renewable energy systems and storages under the aspect of grid stability and service security. For our research, we operate a high voltage and high current laboratory for hardware tests and diagnostics of novel electrical equipment and various laboratories for power system simulation. The focus of the Institute regarding high voltage and high current engineering lays on fundamental material research and the development of prototypes. In addition to fundamental research, the Institute also conducts standard tests on fully developed products and system components. Electrical equipment and system components need to be tested thoroughly in order to determine their operating behavior and physical limitations. Being able to conduct high voltage and high current tests is a unique feature of our laboratories in the scientific landscape. The aim of the present application is to expand the measurement capabilities of our high voltage laboratory with a high voltage direct current (HVDC) test system. The requested HVDC test system will provide the opportunity to perform specific experimental research on the assets of emerging new hybrid (AC/DC) network structures. This opens up a new area of research at the FAU that takes current and future developments of electrical energy systems into account. This application goes hand in hand with various infrastructural measures, which have been carried out by the university in recent years. It includes safety measures as well as the long-term guarantee of constant test conditions by installing air conditioning in the high voltage test hall.