Research On the Distribution of Water and Electricity in Eastern Mother River Based on Multi-Objective Programming

Authors

  • Jiacheng Wu
  • Aokun Dong
  • Jiaxiang Pan
  • Jingjing Wang
  • Yuheng Wang

DOI:

https://doi.org/10.54097/hset.v67i.12054

Keywords:

hydropower; multi-objective programming; Sensitivity analysis; Analytic Hierarchy Process.

Abstract

This paper collected five states involved in the demand of water resources and hydropower resources, primarily hydrological conditions, lake Powell and lake mead. According to lake location, involves the basin and factors such as evaporation of lake Powell and mead lake water resources supply situation is analyzed, five states can get the final supply of water. Then, the water demand and daily water supply data of five states are used to solve the problem of the time to meet the fixed demand without additional water supply. The extra water supply is solved by considering the precipitation factor. Then, this paper solved the weight of different supply types in each state through Analytic Hierarchy Process to determine the water consumption priorities of five states and get the optimal allocation of different water types in each state. Finally, this paper ranks the water supply priority levels of five states and each industry in a state. The water supply scheme is given according to the priority levels.

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References

Liu Xi-feng, HU Yu-xiang, ZHANG Rui, Yin Fei, "Application of multi-objective genetic algorithm in optimal allocation of water resources," Science and Technology and Innovation,2014 (7), pp. 121-122.

Fu Yijing, ZENG Ping, Chen Jie, Zhao Xinchao, "Comprehensive Strategy of water Resource Scheduling based on WSD algorithm," Mathematical Modeling and Its Application,2014, 3 (01), pp. 41-48.

"Supersedes USGS Open-File Report 2017–1131.https://www.usgs.gov."

Jian-when he, "Analysis and Application of multiple algorithms for Water resource scheduling model of Reservoir group," Gansu Water conservancy and Hydropower Technology,2020, 56 (3), pp. 41-45 + 65.

Wu AiHua, "Application of multi-objective ant colony genetic Algorithm to regional water resources Optimization allocation," Computer Knowledge and Technology (Academic Exchange),2007 (23), pp. 1392-1393 + 1398.

P. Torcellini, N. Long, and R. Judkoff, "Consumptive Water Use for U.S. Power Production."

Dai Liyuan, Zhang Cheng, Yang Liya, "Optimization of water resources scheduling based on SD-MOP Model," Water and Power Energy Science, 201, 39(05), pp. 58-60.

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Published

21-09-2023