Building Automation

No modern building is constructed today for one specific purpose alone. Changes and extensions are the rule rather than the exception. At the same time the demands placed on the technical equipment of a building are growing all the time. However, these processes are often not linked together in an efficient manner, but run parallel to one another. The requirement today is for new forms of coordination and integration. HELLֳ answer: innovative systems which react quickly and flexibly to new situations.

Building automation begins with integration planning. Here we take advantage of our experience with open standards such as EIB, LON, Profibus and BACNet and our excellent knowledge of the systems and technologies that are available on the market, as well as their capacity for integration. This enables us to bundle various systems of a building into a single management level and link together technical processes which were previously inefficient because they ran separately from one another. The result: lower costs, fewer faults, improved functionality and greater efficiency.

Multisupplier means a much larger selection Automation concepts that use only one make are isolated applications and tie the customer down with respect to maintenance and plant expansion. HELL only use multisupplier and open communication standards. For the customer this means the freedom to decide and many more selection opportunities on the market.

Flexible Concepts for the Tasks of Tomorrow

Automation

  • DDC automation stations
  • Switchgear for process measurement and control
  • Individual room control
  • LON
  • EIB (European installation bus)
  • Profibus
  • Building control systems

System integration

  • Integration planning
  • BACNet and OPC technologies
  • Consumption data recording
  • Gateway solutions
  • Bus systems for fire protection
  • Visualisation via WEB
  • Control systems from various producers

Intelligent building

  • Automation across various fields
  • Concept for flexible room use
  • Energy management and optimisation
  • Operation without observation
  • Information systems for emergency and malfunction management