Abstract

A large-scale project is being implemented in Russia to introduce a smart system to account for electricity consumption. Creating a system for rapid restoration of electricity meters should become an obligatory part of the range of services provided to consumers. Operational restoration of electricity meters should also be carried out during the implementation period. It is necessary to determine a nonexcessive number of personnel that will be able to provide both installation of electric meters at a given time and their prompt recovery. The organization of work of the personnel significantly affects its necessary number. In this paper, the task of determining the number of employees is solved under the assumption that the personnel are divided into those who are involved in the installation of electricity meters and those who are responsible for recovery. This division is not carried out at the start, but is varied as the number of electric meters operating in the system increases. Formulas are obtained for calculating the number of personnel that will allow the project to be completed on time. Using these formulas, it can be determined how to change the number of personnel involved in the installation of electricity meters and engaged in restoration during the project implementation period.

中文翻译：

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控制电压源逆变器热行为的系统

摘要

俄罗斯正在实施一个大型项目，以引入一个智能系统来解决用电量。建立电表的快速恢复系统应该成为向消费者提供的服务范围的强制性部分。在实施期间还应进行电表的运行恢复。有必要确定数量过多的人员，这些人员既可以在给定的时间安装电表又可以迅速恢复工作。人员的工作安排显着影响其必要的人数。在本文中，确定员工人数的任务是在假定人员被分为参与电表安装的人员和负责恢复电表的人员的前提下完成的。该划分并非一开始就进行，而是随着系统中运行的电表数量的增加而变化。获得了用于计算允许按时完成项目的人员数量的公式。使用这些公式，可以确定在项目实施期间如何更改电表安装人员和恢复人员的数量。获得了用于计算允许按时完成项目的人员数量的公式。使用这些公式，可以确定在项目实施期间如何更改电表安装人员和恢复人员的数量。获得了用于计算允许按时完成项目的人员数量的公式。使用这些公式，可以确定在项目实施期间如何更改电表安装人员和恢复人员的数量。