ON ISSUE OF EQUIPPING WATER METERING POINTS WITH TELEMETRY

A. Vasilchenko, A. Shepelev, A. M. Korenovskiy
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引用次数: 1

Abstract

tions. Results: based on the use of information and functioning simulation models using the target function, a dependence based on the use of the included variables allows making a choice of the best option for equipping water metering points with telemetry tools was pro-posed. A calculation of equipping the water metering points with telemetry using the example of the Raigorod irrigation system of the FSBI “Volgogradmeliovodkhoz” Authority was made. Based on the calculation, a schedule for choosing the best option for equipping water metering points with telemetry tools was built. The graph showed that the optimal (economi-cally feasible) option of equipping water metering points with telemetry is equipping seven out of 10 water metering points planned for a one-year payback period of this event. Conclu-sions: the multicriteria task of constructing a simulation model comes down to determining the best option for equipping water metering points with telemetry with maximum profit and minimum cost. To make the right decision on equipping water metering points with telemetry in each specific case, it is necessary to conduct a full examination of these water metering points from the point of view of the technical condition, to develop a feasibility study on options relat-ed to the re-equipment of water metering points, as well as to make appropriate information and adjustments to the design and engineering documentation for water metering points.
关于在水表测量点安装遥测装置的问题
规划设计。结果:基于使用目标函数的信息和功能模拟模型,基于所包含变量的使用,提出了选择配备遥测工具的最佳方案的依赖关系。以联邦安全局“Volgogradmeliovodkhoz”管理局的Raigorod灌溉系统为例,计算了在水表点配备遥测技术的问题。在此基础上,建立了水表测量点配置遥测工具的最佳方案选择方案。从图中可以看出,对10个水表点进行遥测的最优(经济上可行)方案是在该事件一年的投资回收期内对其中的7个水表点进行遥测。结论:构建模拟模型的多标准任务归结为确定在水表测量点安装遥测技术的最佳方案,以获得最大的利润和最小的成本。为了在每个具体情况下作出正确的决定,必须从技术条件的角度对这些水表进行全面审查,就重新装备水表的有关方案进行可行性研究,并对水表的设计和工程文件作出适当的资料和调整。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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