Assessment of the impact of frequency containment control and synthetic inertia on intermittent energies generators integration

机译：评估频率抑制控制和合成惯性对间歇式能量发生器集成的影响

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The increasing power generation out of intermittent renewable energy sources will result in a reduction of the grid stability if no compensatory actions are taken. This issue may lead to future obligations for energy providers. This paper studies the implication of the future obligations for generators in Europe according to the recommendations of ENTSO-E, in particular the obligation for some generators to have a synthetic (or virtual) inertia and a frequency sensitive control. These obligations will be described in details in the paper, in particular their effect on the grid management and stability. The impact of this new actions on the energy production will be discussed. The continental European grid frequency is used as an example.

机译：如果不采取补偿措施，则间歇性可再生能源发电量的增加将导致电网稳定性的下降。该问题可能导致能源供应商未来承担义务。根据ENTSO-E的建议，本文研究了欧洲发电机未来义务的含义，尤其是某些发电机具有合成（或虚拟）惯性和频率敏感控制的义务。这些义务将在本文中详细描述，特别是它们对电网管理和稳定性的影响。将讨论这种新措施对能源生产的影响。以欧洲大陆电网频率为例。

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来源
《International Conference on Ecological Vehicles and Renewable Energies》|2016年|1-8|共8页
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作者
Thibaut Kovaltchouk; Vincent Debusschere; Seddik Bacha; Mirko Fiacchini; Mazen Alamir;
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关键词
Frequency Sensitive Control; Grid Integration; Power Grid Vulnerability; Renewable Energy; Synthetic Inertia;

机译：频率敏感控制;电网集成;电网脆弱性;可再生能源;综合惯性;

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2. Virtual Inertia Control-Based Model Predictive Control for Microgrid Frequency Stabilization Considering High Renewable Energy Integration [J] . Thongchart Kerdphol, Fathin S. Rahman, Yasunori Mitani, Sustainability . 2017,第5期

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3. Frequency response enhancement of an AC micro-grid has renewable energy resources based generators using inertia controller [J] . Yousef Mariem Y., Mosa Magdi A., Ali A. A., Electric power systems research . 2021,第Jula期

机译：AC微电网的频率响应增强具有使用惯性控制器的可再生能源基于发电机的发电机
4. Assessment of the impact of frequency containment control and synthetic inertia on intermittent energies generators integration [C] . Thibaut Kovaltchouk, Vincent Debusschere, Seddik Bacha, International Conference on Ecological Vehicles and Renewable Energies . 2016

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5. Participation of permanent magnet synchronous generator based wind energy conversion system in load frequency control. [D] . Oke, Shedrach. 2016

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Assessment of the impact of frequency containment control and synthetic inertia on intermittent energies generators integration

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