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Risk-Constrained Coordination of Cascaded Hydro Units With Variable Wind Power Generation

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4 Author(s)
Lisias V. L. Abreu ; Electrical and Computer Engineering Department, Illinois Institute of Technology, Chicago, IL, USA ; Mohammad E. Khodayar ; Mohammad Shahidehpour ; Lei Wu

This paper presents a stochastic hourly coordination strategy for wind units and cascaded hydro generation as storage to firm up the hourly dispatch in a generating company (GENCO). The proposed strategy is based on the stochastic price-based unit commitment (Stochastic PBUC) formulation which includes wind energy imbalance charges. The forecast errors of electricity market price and wind speed are simulated with the Monte Carlo method via a scenario approach. The risk-aversion constraints are considered for limiting a GENCO's financial risks when considering uncertain wind power generation. The proposed optimization model is solved by mixed-integer linear programming (MIP) and illustrative examples examine the effectiveness of the proposed risk-based coordination model for optimizing a GENCO's payoff.

Published in:

IEEE Transactions on Sustainable Energy  (Volume:3 ,  Issue: 3 )