Analytical Design and Modelling of Power Converters Equipped with Synthetic Inertia Control
Analytical Design and Modelling of Power Converters Equipped with Synthetic Inertia Control
复制标题
配备合成惯性控制的功率转换器的分析设计和建模
DOI：
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发表时间：
2018
期刊：
影响因子：
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通讯作者：
R. Perini
中科院分区：
文献类型：
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作者：
A. Bolzoni;C. Terlizzi;R. Perini
本文讨论了一种通过恒功率控制结构提供快速响应的合成惯性服务的设计策略，该结构类似于传统的可再生能源发电机所采用的结构。引入的新颖之处在于在电流控制惯性环的定义中包含了外部电网的特性；这种分析方法允许在惯性提供期间预测电网的特性和变流器的动态特性。
This paper deals with a design strategy for the provision of fast-response synthetic inertia services from electronic converters interfaced to the grid by means of a constant power control structure, like the one traditionally adopted for renewables generators. The novelty introduced lies in the inclusion of the external grid characteristics in the definition of the current-controlled inertia loop; this analytical approach allows to predict the properties of the power network and converter dynamics during inertia provision.