开发能源监测应用,监测生产机械的功耗

Masmur Tarigan, A. pambudi, H. Sutopo, H. Hendra, Dini Handayani
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引用次数: 0

摘要

印度尼西亚的制造业被列入大型工业国家的行列。当然,工业部门的活动每天都需要一个生产过程,需要电力作为持续生产力的支持。生产过程中使用的功耗需要根据需要进行监测和控制。监测PT. Modern Gravure印度尼西亚机器的功耗尚未得到很好的监测。为了更好地进行电力管理,需要一个能够实时监控生产机器的用电量的系统来计算用电量。然后制作了一个基于物联网的系统,该系统集成到基于android的能源监测应用程序中进行功耗监测和成本计算,该监测系统采用STC013电流传感器作为流量检测器,使用Arduino Pro Mini作为微控制器开发功耗监测系统。本研究使用的系统开发生命周期包括计划、分析、设计、实现、测试和集成以及维护。利益相关者。这个能源监测应用程序有望帮助获得实时的电力消耗数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Developing Energy Monitoring Application For Monitoring Power Consumption In Production Machines
The manufacturing sector in Indonesia is included in the category of countries with large-scale industries. Every day, of course, activities in the industrial sector need a production process and require electric power as a support for ongoing productivity. The power consumption used in the production process needs monitoring and control as needed. Monitoring the power consumption of machines in the PT. Modern Gravure Indonesia has not been well monitored. To make efforts in calculating the amount of electrical power used, a system that can monitor the amount of power consumption on production machines in real-time is needed for carrying out better electricity management. Then an Internet of Things-based system is made which is integrated into the Android-based Energy Monitoring application for monitoring power consumption and cost calculations, this monitoring system for monitoring power consumption uses the STC013 Current sensor as a flow detector and uses the Arduino Pro Mini as a microcontroller in developing a power consumption monitoring system. This research uses System Development Life Cycle that consists of planning, analysis, design, implementation, testing and integration, and maintenance. stakeholders. This Energy Monitoring application is expected to help get real-time power consumption data.
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