Providing ancillary services through demand response with minimum load manipulation

机译：通过需求响应以最小的负载操纵提供辅助服务

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This paper presents a demand response (DR) algorithm for regulating system frequency using responsive customer loads, while minimizing the amount of manipulated loads. The dynamic model for a small islanded microgrid and an improved hill climbing controller are developed in MATLAB/Simulink^® to show the proof of concept. Simulation results show that the improved DR control strategy provides frequency and voltage regulation while minimizing the amount of manipulated responsive loads. As a result, customer quality-of-service (QoS) is not compromised, while a higher percentage of responsive loads (more non-spinning reserve) would be available for additional control for responding to unexpected disturbances.

机译：本文提出了一种需求响应（DR）算法，该算法使用响应的客户负载来调节系统频率，同时最大程度地减少了可操纵的负载量。在MATLAB / Simulink ^{®中开发了一个小岛微电网的动力学模型和一种改进的爬坡控制器，以证明这一概念。仿真结果表明，改进的DR控制策略可提供频率和电压调节，同时最大程度地减少了可调节的响应负载。结果，客户服务质量（QoS）不会受到影响，而更高比例的响应负载（更多的非旋转备用）将可用于附加控制，以响应意外干扰。}

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来源
《2011 43rd North American Power Symposium》|2011年|p.1-6|共6页
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Pourmousavi S.A.; Nehrir M.H.; Sastry C.;
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中图分类电工基础理论;
关键词
Adaptive hill climbing; ancillary service; demand response; microgrid; smart grid; step-by-step control;

机译：自适应爬山;辅助服务;需求响应;微电网;智能电网;逐步控制;

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Providing ancillary services through demand response with minimum load manipulation

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