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System strength considerations in a converter dominated power system

机译:变频器主导的电源系统中的系统强度注意事项

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The drive towards renewable energy sources (RES) is dramatically changing the dynamic electrical characteristics of Generators, which are traditionally the dominant dynamic component in Power Systems. Non-synchronous generation (NSG) approaching or even exceeding control area demand is now happening on a rapidly expanding scale. The study identifies from National Grid's perspective as Great Britain transmission system operator, the key challenges during periods of operation with high proportion of RES relative to demand. It raises some major questions. What determines system strength in an HVAC system largely without synchronous generators and what is adequate for stability? What levels of %NSG can be expected in the future energy scenarios? What are the financial consequences of constraining RES production if the technical capabilities create an upper limit of %NSG which the system can be operated at? The study finally proposes closer collaboration across the industry to find the optimal missing solutions.
机译:对可再生能源(RES)的追求正在极大地改变发电机的动态电气特性,而发电机通常是电力系统中主要的动态组件。接近甚至超过控制区域需求的非同步发电(NSG)现在正在迅速扩大规模。该研究从国家电网的角度确定了英国输电系统运营商,这是RES相对于需求比例高的运营期间的主要挑战。它提出了一些主要问题。在没有同步发电机的情况下,什么决定了HVAC系统的系统强度?什么才足以保证稳定性?在未来的能源情景中,可以预期达到多少%NSG?如果技术能力产生了可以运行系统的%NSG上限,那么限制RES生产的财务后果是什么?该研究最终建议在整个行业中进行更紧密的合作,以找到最佳的缺失解决方案。

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