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Robust Unit Commitment Model Based on Optimal Uncertainty Set
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DOI：10.1109/ACCESS.2020.3023765.png)
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Abstract
En 中文
This article proposes a robust unit commitment (RUC) model for multiple types of energy sources based on the optimal uncertainty set. These energy sources are wind farms, thermal, hydro, natural gas, nuclear, and pumped-storage hydro power plants. The RUC model addresses the impact of wind power fluctuations on power system scheduling. The methods proposed in this article are applied to a Southern island power grid of China for the purpose of demonstration. The simulation results demonstrate the economic benefits of the RUC model and optimal uncertainty set. Lastly, a study is conducted on the effects of pumped-storage hydropower plants. This study reveals that pumped-storage hydropower plants are capable of load shifting, which reduces cost and increases power generation efficiency.
Keywords:
Uncertainty
Wind power generation
Robustness
Load modeling
Natural gas
Wind farms
Power grids
Energy sources
wind power
robust unit commitment
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