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Ingeniería y Universidad
Print version ISSN 0123-2126
Abstract
CLAVIJO CAMARGO, María Alejandra; HERRERA AGUILAR, Nicolás Enrique; VEGA ESCOBAR, Adriana Marcela and ESPINEL ORTEGA, Álvaro. IP Remote Control System for a Lighting Layout. Ing. Univ. [online]. 2017, vol.21, n.1, pp.97-114. ISSN 0123-2126. https://doi.org/10.11144/javeriana.iyu21-1.iprc.
Introduction:
This paper presents a monitoring and control system prototype using the internet protocol (IP) for a residential lighting layout. The prototype aims to develop energy efficiency processes by reducing electric energy consumption without decreasing user comfort and quality of life.
Methods:
The system is based on a web application to remotely turn the power on and off, which enables the monitoring of its consumption while being grounded in a prospective analysis. The prototype has hardware and software components.
Results:
The prototype has hardware is implemented with the Arduino® platform, which enables the assignment of an IP address using an Ethernet Shield card. This address provides bidirectional communication possibilities. The device is connected by a data acquisition system, which is designed and constructed to measure energy consumption from voltage and current measurements using an ADE7763® integrated circuit and an ACS714® current sensor. In this physical structure, a web application has been developed to monitor consumption and develop a control process with communication protocols through power line communication (PLC).
Conclusions:
The main contributions of this investigation are grounded in the use of economics and small devices that will enable low-cost energy-efficient project development in both domestic and industrial electric installations.
Keywords : advance meter infrastructure-AMI; supervision; monitoring and control system; power line communication-PLC; Internet of Things; energy efficiency.