Open source KNX-IoT Platform

Other in Sint-katelijne-Waver

Applications utilisées

Lighting

Heating, Ventilation & Air conditioning (HVAC)

Security and Safety

Operation and Visualisation

Energy Management/Smart Metering

Other

Automation and Remote Access

Blind and Shutter Control

Détails du projet

Catégorie Valeur
Catégorie de projet Other
Type de projet Other
Année d'achèvement 2017
Taille du projet 1 – 100
Nombre d'appareils KNX utilisés 1 – 25
Supports de transmission KNX Twisted pair
Heures-hommes 501 – 1.000
Main-d'œuvre 1 – 5

Mis en vedette dans ce projet

Tapko Technologies GmbH

Description détaillée

Energy Efficiency

The usage of automated functions already save energy in every installation. Especially the usage of KNX has a lot of potential for further energy savings, which can contribute to a better environmental footprint. Be extending KNX to more functions and applications, energy savings of up to 60% can be realised. Thanks to the flexibility of KNX, these functions can easily be implemented in this installation

Innovation

Smart homes and buildings are always an upgrade in comparison to a conventional installation. Not only automated functions and a higher level of comfort contribute to a higher living standard, but also the possibility to be ready for coming innovations. Thanks to the usage of KNX, the door has been opened to integrate new innovative solutions, using the worldwide STANDARD for home and building control.

Applications utilisées

  • Lighting - Switching, Dimming
  • Heating, Ventilation & Air conditioning (HVAC)
  • Security and Safety
  • Operation and Visualisation - Switches / Push Buttons, PC Visualisation, Web Servers, Tablets and smart phones
  • Energy Management/Smart Metering
  • Other
  • Automation and Remote Access - Internet Access
  • Blind and Shutter Control - Individual Control

Description des clients

The project is the development of an open source KNX-IoT interface using a Tapko SIM-KNX module and an ARM Cortex A9 micro-processor. The software-interface to the bus is developped in such a way that every software developper can easily adapt his own software for comminication to the bus. To prove this, three cases were worked out: - a webinterface to the bus with a javascript frontend en PHP backend using AJAX requests - an ETS importmodule to import EST data and convert it to a JSOn file - an interface to Apple Homekit, developped with the Laravel PHP framework.

Coordonnées

Nom de l'entreprise Thomas More University of Applied Sciences, Campus De Nayer
E-mail de l'entreprise jan.derua@thomasmore.be
Company Website http://thomasmore.be
Nom du contact Jan Derua
Fonction de contact