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Successful implementation examples

Building automation

  • Training centre Office complex with 140 cells with movable partitions
    Control engineering and visualisation for heating, ventilation, air-conditioning, lighting, electrical distribution, monitoring of the fire smoke exhaustion system and integration of a web-based visualisation system

    Topology: distributed system

  • Office complex Renovation of an office complex
    Room automation and control engineering for lighting, incorporating Ethercat, EIB and DALI technology

    Topology: central system

  • Computer centre Office complex and server farm
    Control engineering for heating, ventilation and air-conditioning systems, lighting, room automation and monitoring, data logging, web-based operating and monitoring system

    Topology: distributed system

  • Shopping centres Automation of the heating and ventilation systems
    Control engineering for several boilers, room heating circuits, exhaust air systems and ventilation systems.Integration of visualisation.

    Topology: distributed system

  • University Renovation of lecture halls

    Control engineering and monitoring of the ventilation systems. Incorporation of visualisation.

    Topology: central system

  • Branch operation Solution for central branch control
    Direct access to data and measured values from the process level of the branches. Central parameterisation and monitoring of the branches.

    Topology: distributed system.

  • Facility Management Continuous renewal of furniture
    Continuous renewal of the control engineering and visualisation of distributed furniture.

    Topology: distributed system

 

Industrial automation

  • Process system CO2 extraction
    Control and visualisation of a complete test installation for testing the compressive strength of kilometre long steel pipes applying a pressure of 1,800 bars

    Topology: central system

 

Research

  • ManuCloud The Next-Generation Manufacturing as a Service Environment The objective of the ManuCloud project is the development of a service-oriented IT environment as a basis for the next level of manufacturing networks by enabling production-related inter-enterprise integration down to shop floor level. Industrial relevance is guaranteed by involving industrial partners from the photovoltaic, organic lightning and automotive supply industries.
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