4. SmarTB
Project started in early 2011
Goal :design and develop an electric
measurement system
Monitor and control the energy consumption of
the campus
Each power plug of the site will be equipped with
a sensor to monitor the consumed electricity
The collected power values are sent over an
IEEE 802.15.4 wireless mesh network – over an
IPv6 network
The power readings can be viewed through a
web-app which allows the users to explore both
current (in real time) and past energy
page 4 Département RSM
5. Open energy monitoring system
A smart campus
Power meters
Network
Algorithms
Visualization
page 5 Département RSM
6. Hardware
A wireless sensor for energy monitoring
Based on the platform Arduino
Network stack :
IEEE 802.15.4, 6LoWPAN, RPL, IPv6, CoAP
IEEE 802.15.4 enabled base stations may be
used to aggregate, consolidate and process the
data sent by the sensors
Département RSM
7. Software
An open-source web-app for energy monitoring
Processing, logging and visualizing energy,
temperature and other environmental data
Fully documented REST API
PHP, MySQL, HTML5/CSS3, Ajax, SVG
Github : github.com/bgaultier/emoncms3
Département RSM
9. Avantages Open-Hardware
Prototypes modulaires
Réutilisation et amélioration des prototypes
existants
Possibilité de commercialiser les prototypes
sous formes de shield
Grande communauté active
page 9 Département RSM
10. Partenaires
• Support • Base prototypes • Développement nouveaux
• Lobbying Open-Hardware • Communauté shields
• IPv6 Ethernet/802.15.4 • Support
• Valorisation des shields
• Travail sous licence GPLv3
• Visibilité TB
page 10 Département RSM
11. Camp IPv6
Organisé par le G6 (Association de promotion
d’IPv6)
Date: 2 Juillet au 6 Juillet 2012
Tutoriaux sur IPv6
Formation de formateurs
FabLab d’objets communicants
Ateliers des groupes de travail du G6 (Promotion,
Formation, Production)
Département RSM
