Distributed optimization of integrated electricity-natural gas distribution networks considering wind power uncertainties
International Journal of Electrical Power & Energy Systems（2022）
Abstract
•A distributed optimization model is proposed for the integrated electricity-natural gas networks.•The proposed model uses boundary consistency constraints to decouple the integrated networks.•P2G and gas turbines are used to deal with uncertainty risks.•P2G and gas storage tanks serve as distributed gas sources for the natural gas network.•The proposed model uses ATC to obtain a rapidly distributed solution.
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Key words
Wind power uncertainties,Power to gas (P2G),Gas storage tanks,Chance constraints,Analytical target cascading (ATC)
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