A Study on Source SCADA System for Saving Energy in Computer Classroom
| Autor: | LIU YI-CHIEH, 劉義杰 |
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| Rok vydání: | 2012 |
| Druh dokumentu: | 學位論文 ; thesis |
| Popis: | 100 The changes of environment bring the severe impact for all countries in recent years, especially a era of high oil prices will bring the consequences of high electricity prices and high prices of commodities. To ferment with environmental protection and related issues continuously, the related researches of green industries and energy saving with carbon reduction have been sprung up like mushrooms. How to save energy and reduce carbon effectively becomes an important theme for discussion of protection of energy and environment. Many kinds of theses in energy saving and carbon reduction focus on different domain. In addition to enterprises and industries, campus electricity becomes the major source of energy consumption. Therefore, my thesis ``A Study on Power Source SCADA System for Saving Energy in Computer Classroom" focus on campus energy-saving. It's based on programmable logic controller (PLC) as the core of the power monitoring, and it combined with the software of SCADA system to integrate into the open, effective, real-time power monitoring system. The framework of this thesis is to use PLC to collect data and control electrical loads as standby mode of a device and cut-off the power consumption of electrical energy. The data collection and monitoring interface could link with the power monitoring system to control and establish auto-uninstall in order to achieve auto-control, and it's management could be really effective for the campus electricity. Also, the processing capacity of analog datum had been promoted. Therefore, this system will be as a basis for setting the monitoring server in the remote. By the execution with auxiliary software to process reasonable assessment of the electricity demand, monitoring of power quality, and monitoring of power and distribution equipment. Experimental results show that this system can effectively reduce total electricity consumption and total carbon emissions of Chin-Yi University of Technology. This system is suitable for installation and easy to implant, and also suitable for power monitoring by transferring this system to small region. We hope this research which could be good for the environmental protection of earth. Keywords：SCADA, power source monitoring, energy saving and carbon reduction, power monitoring in school, remote monitoring |
| Databáze: | Networked Digital Library of Theses & Dissertations |
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