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Implementation of Envelopes as a Regulatory Degree of Freedom for Batteries Participating in Fast Frequency Response

机译:信封的实施是参与快速频率响应的电池自由度的监管自由度

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Fast frequency response services become more relevant in power systems with a high share of fluctuating renewable energy sources and decreasing shares of conventional generators. In Germany there are special requirements for providers of Primary Control Reserve (PCR) with limited storage capacity. Furthermore, regulatory degrees of freedom are available for these to control their state of charge (SoC) within allowed limits. In Great Britain, the Enhanced Frequency Response (EFR) service was developed considering storage limitations and thus introduces the concept of envelopes to support SoC maintenance. In this paper, the concept of EFR envelopes is adapted to the provision of PCR in Germany. It is shown that the dynamic use of envelopes effectively maintains SoC away from extreme values and close to 50%for most part of the year, reducing cycling and significantly decreasing the need for corrective measures from external sources to maintain the battery's SoC.
机译:快速频率响应服务在具有高度波动的可再生能源和常规发电机的股份下降的电力系统中变得更加相关。在德国,储存能力有限的主要控制储备(PCR)提供特殊要求。此外,可用于控制其在允许的限制内的充电状态(SOC)的监管自由度。在英国,考虑储存限制,开发了增强的频率响应(EFR)服务,从而介绍信封的概念来支持SoC维护。在本文中,EFR信封的概念适用于德国的PCR。结果表明,信封的动态使用有效地将SoC远离极值,而且每年大部分时间接近50%,减少了循环,显着降低了从外部来源的纠正措施来维持电池的SoC。

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