Hyun-suk Hwang, Young-won Seo, Tae-yeon Kim, Journal of Internet Computing and Services, Vol. 19, No. 1, pp. 87-95, Feb. 2018
10.7472/jksii.2018.19.1.87, Full Text:  HTML
Keywords: Smart Factory, Forging Process, Realtime Monitoring System, Factory Energy Management System

Abstract

Due to global warming and increased energy costs around the world, interests of energy saving and efficiency have been increased. In particular, forging factories need methods to save energy and increase productivity because of needing amounts of energy uses. To solve the problem, we propose a system, which includes collection, monitoring, and analysis process, to monitor energy uses each facility in realtime based on the IoT devices. This system insists of worksheets management, facility/energy management, realtime monitoring, history search, data analysis through connecting with existed ERP/MES Systems in manufacturing factories. The energy monitoring process is to present used energy collected from IoT devices connected with installed gasmeter and wattmeter each facility. This system provide the change of energy uses, usage fee, energy conversion, and green gas information in realtime on Web and mobile devices. This system will be enhanced with energy saving technology by analyzing constructed big data of energy uses. We can also propose a method to increase productivity by integrating this system with functions of digitalized worksheets and optimized models for production process

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