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Simulating Multi-Reservoir Operation Rules by Network Flow Model
A complete joint utilization for a multi-reservoir system should consider two operating stages: one is to investigate how much water should be released to meet the target demand, and the other is to decide the desirable end-of-period storage for each single reservoir. To simulate the joint operating procedure in a large scale water resource system, a simulation model, named WRASIM-M, was developed by this study based on Network Flow Programming. Two primary advantages from utilizing WRASIM-M are the comprehensive water allocation concept and the computational efficiency. WRASIM-M could be regarded as a simulation tool to help establishing joint operating rules, especially suitable for a large scale and complex multi-reservoir system. The results of case study validated the simulating function of WRASIM-M.
Simulating Multi-Reservoir Operation Rules by Network Flow Model
A complete joint utilization for a multi-reservoir system should consider two operating stages: one is to investigate how much water should be released to meet the target demand, and the other is to decide the desirable end-of-period storage for each single reservoir. To simulate the joint operating procedure in a large scale water resource system, a simulation model, named WRASIM-M, was developed by this study based on Network Flow Programming. Two primary advantages from utilizing WRASIM-M are the comprehensive water allocation concept and the computational efficiency. WRASIM-M could be regarded as a simulation tool to help establishing joint operating rules, especially suitable for a large scale and complex multi-reservoir system. The results of case study validated the simulating function of WRASIM-M.
Simulating Multi-Reservoir Operation Rules by Network Flow Model
Chou, Frederick N.-F. (author) / Wu, Chia-Wen (author) / Lin, Cheng-Hao (author)
Operations Management Conference 2006 ; 2006 ; Sacramento, California, United States
2006-08-03
Conference paper
Electronic Resource
English
Simulating Multi-Reservoir Operation Rules by Network Flow Model
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