РАЗРАБОТКА И ИСПЫТАНИЯ СТЕНДА ДЛЯ ОЦЕНКИ ЭНЕРГОПОТРЕБЛЕНИЯ МОДУЛЕЙ НАВИГАЦИОННОЙ ПЛОМБЫ

Abstract

The article is devoted to the development and testing of a special stand for assessing the energy consumption of navigation seal modules used in logistics for cargo transportation control and monitoring. The aim of the study was to create a platform that allows high-precision measurement of the current and voltage of individual modules in various operating modes, which is an important step to optimize the energy efficiency of the navigation seal. The paper describes measurement techniques, data analysis, and graphs showing differences in energy consumption between active and energy-saving modes. The results showed that optimizing the operating modes, for example, putting the modules into sleep mode, reduces current consumption, which significantly increases the battery life of navigation seals and reduces operating costs. The modular architecture used in the development of the device provides flexibility in the replacement and modernization of components, contributing to increased reliability and stability of transportation control systems. The data obtained and the proposed recommendations are of practical importance for further optimization of logistics processes and reducing the environmental impact of modern transport systems. The results demonstrate the high potential of the modular navigation seal to increase energy efficiency, reduce environmental impacts, and optimize logistics processes.