Design and Implementation of a Real-Time Monitoring System for the Parameters of Electro-Electric Variables of the Electric Power Control and Backup Equipment of the ECU 911 Loja Integrated Security System
Abstract
The purpose of this research is to develop a real-time monitoring system that allows visualizing the electro-energetic parameters of the internal electrical network of the building of the Integrated Security System ECU 911 Loja. The electrical system of the SIS ECU 911 Loja, is currently integrated with electric power control and backup equipment, which is in charge of the supervision and control of said system. The proposal of this article, has to develop a software that allows to accede to the electroenergetic variables measured by these equipment, through a human-machine interface or HMI. It begins with a brief study of the monitoring and control systems used in the industry, better known as SCADA systems. Then, it proceeds to the collection of information from the work field, as well as the equipment that intervenes in it. Finally, using free software tools, which are detailed in the writing, the monitoring system is designed and implemented.
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References
DUCATI Energia SpA. (n.d.). “Analizador de Red DUCA-LCD96”. Available: https://www.ducatienergia.com/media/products/140729-1633-duca-lcd96-manual-usuario-v11-es.pdf . (December, 2019).
Tecnoplus. (n.d.). “Tecnoplus”. Obtenido de CUADROS DE CONTROL- MONO+TRIFASICO+diferencial. Available: http://www.tecnoplus.es/sites/default/files/Tecnoplus_AMF-DSE7320.pdf . (December, 2018).
Manton, A. (2009). “Modulo de Control Series DSE7200/DSE7300”. Mexico: IDIMEX.
EATON. (n.d.). “Eaton 9390 UPS 40-160 kVA”. Available: http://powerquality.eaton.com/Products-services/Backup-Power-UPS/9390.aspx?cx=8&GUID=AF07AB25-594F-47CE-B1E7-1B74D8D9CD95 . (December, 2019).
Moya Calderón, C. B. (2009). “Software orientado a sistemas de control HMI/Scada usando recursos libres y de código abierto, desarrollado sobre plataforma linux”. Quito: Universidad San Francisco de Quito.
National Instruments. (n.d.). The Modbus Protocol In-Depth. Available: http://www.ni.com/en-us/innovations/white-papers/14/the-modbus-protocol-in-depth.html . (August, 2018).
Company, The Qt. (n.d.). “Complete software development framework | Qt”. Available: https://www.qt.io/what-is-qt/. (May, 2019).
Python Software Foundation. (n.d.). “Python”. Available: https://www.python.org/. (May, 2019).
Berg, J. (n.d.). “MinimalModbus”. Available: https://minimalmodbus.readthedocs.io/en/master/usage.html#using-multiple-instruments. (January, 2019).
Elasticsearch. (n.d.). “Elasticserch - The heart of the Elastic Stack”. Available: https://www.elastic.co/es/products/elasticsearch
Modbus-IDA. (n.d.). “Modbus Application Protocol Specification V1.1b”. Available: http://www.modbus.org/docs/Modbus_Application_Protocol_V1_1b.pdf. (January, 2019)
Telecommunications Industry Association. (1998). Electrical characteristics of generators and receivers for use in balanced digital multipoint systems. TIA Standard, TIA-485-A (Mar. 1998).
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