In the proposed work it is presented the development of an electronic meter of the demand
for residential electricity consumption with remote access via browser in order to facilitate the
monitoring and management of electricity consumption.
For this we used a microcontroller circuit that receives sensor voltage and current analog
signals which are processed to calculate active power, current and power factor.
Results are sent to a dashboard hosted on a web server on Raspberry pi, through a specific
Ethernetcircuit,Wi-Fishield or NRF shield, for viewing.The contribution of this project lies essentially in the integration of many technologies for acquisition, pre-processing, communication and presentation of the parameters measured on the supervision of electric power in real time.
Keywords: Smart Meter, Electric energy, IOT, Ambient intelligence.
2. Overview of the project
1. monitoring system with the capability to monitor electricity(temperature).
2. Collect information from the sensors
3. Transmit data over Ethernet or wifi based station
4. CMS(content management system) web application for processing, storing,
visualising energy and environmental data.
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3. Overview of the project
sensing energy
(CT sensors)
RaspberryPi
CMS
collect data
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4. Goals and objectives
➔ Achieve the project
➔ Easy to use and flexible system
➔ Make more rivals
➔ Use the system in localhost or using cloud service
➔ improve the sensing
➔ Become a competitor in the market
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5. work plan for project(OverView)
14 300 Cahier de charge+problématique documentaion+source+vidéo
Python RaspberryPI+test
application test+Circuit building dashboard dev+design+configuration
laison de dev +board+Rapport PFE rapport PFE+présentation
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