带直流链路的一次配电网能量交换优化

J. Flottemesch, M. Rother
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引用次数: 19

摘要

智能负载流控制可以实现配电网的效率最大化和成本优化。不同参数的网络可以连接起来,对电压稳定性和电能质量产生积极影响。介绍了功率变换器技术的新应用范围,并对其具体应用进行了说明。本文展示了创新供电系统在改善供电条件和降低成本方面所提供的范围。直流长距离传输和背靠背连接在高压领域并不是什么新鲜事。电力电子技术的进步意味着这种系统也适用于中压。通过SIPLINK(西门子多功能电源链路),西门子开发了一种中压系统,根据现有网络的特定应用和配置,降低了投资成本、系统成本和生命周期成本。SIPLINK控制电力传输中的负载流,并通过提供无功功率来优化电压稳定性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimized energy exchange in primary distribution networks with DC links
Intelligent load-flow control allows efficiency-maximized and cost-optimized operation of a power distribution network. Networks with differing parameters can be linked, and voltage stability and power quality are influenced positively. The scope of new applications using power converter technology is presented, and specific applications are explained in this paper. This paper shows what scope is offered by innovative power supply systems for enhancing supply conditions and cutting costs. DC long-distance transmission and back-to-back links are nothing new in the high-voltage sector. The advances made in power electronics mean that such systems are also of interest for medium voltage. With SIPLINK (Siemens multifunctional power link), Siemens has developed a system for medium voltage, which cuts investment costs, system costs and lifecycle costs - depending on the particular application and configuration of the existing network. SIPLINK controls load flow in power transmission and optimizes voltage stability by provision of reactive power.
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