Improving power systems stability using reactive power compensation

Bahadornejad, Momen; Zarreh, Hooman

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Date
2022-12-09
Citation:
Bahadornejad, M., & Zarreh, H. (2022, December, 8-9). Improving power systems stability using reactive power compensation [Paper presentation]. Rangahau: Te Mana o te Mahi Kotahitanga: Research: The Power of Collaboration, MIT/Unitec Research Symposium 2022, Te Pūkenga, New Zealand
Permanent link to Research Bank record:
https://hdl.handle.net/10652/5980
Abstract
Introduction to angle stability Example of steady state instability Methodology, the theory, examples Simulation: Python Code results Simulation: Circuit without midpoint compensation Multisim simulation Simulation: No midpoint compensation Validation: Power Lab Bench test Angle differences comparison
Keywords:
voltage control, reactive power control, distributed electricity generation, electrical engineering
ANZSRC Field of Research:
400802 Electrical circuits and systems
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