You-qi chuyun (Dec 2023)

Application of domestic cloud simulation software CloudLPS for liquid pipelines

  • WANG Jun-fang,
  • YU Bo,
  • LI Ya-ping,
  • CAO Dan-fu,
  • YU Hong-mei,
  • GONG Jun-hua,
  • YUAN Qing,
  • CHEN Yu-jie,
  • XIANG Yue

DOI
https://doi.org/10.6047/j.issn.1000-8241.2023.12.012
Journal volume & issue
Vol. 42, no. 12
pp. 1419 – 1434

Abstract

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The Cloud-based Liquid Pipeline Simulator(CloudLPS) is a universal liquid pipeline simulation software with completely independent intellectual property rights in China. Herein, its applications are introduced. Its operation processes from pipeline network modeling and simulation calculation to result viewing are elaborated based on a specific case. Then, calculations are performed with CloudLPS for various operating conditions, including steady-state transportation, transient water hammer, and alternating transportation of cold and hot oil, after which the results are compared with those obtained from the foreign commercial software SPS and TLNET, making the discovery that the CloudLPS has comparable accuracy in terms of hydrodynamic and thermal simulations. Subsequently, CloudLPS is applied to solve practical pipeline problems such as normal-temperature transportation, heated transportation, and alternating transportation of cold and hot oil. By comparing the results of these practical applications with the field data, it is proven that the CloudLPS can meet the requirements of the actual engineering calculations. Finally, the two special features of CloudLPS, including visual control logic construction and energy consumption optimization, are presented. The results of this paper indicate that CloudLPS is of great competence in hydrodynamic and thermal simulations, logic control, and energy consumption optimization.

Keywords