Energy Efficiency Classes per DIN EN 15232

Heating and cooling applications account for more than 55% of total energy consumption in buildings. Intelligent automation across specialties is the only way to efficiently take advantage of the energy used in a functional building. An intelligent automation system allows measurement data from the HVAC area to be analyzed via fast and secure communication channels for resource-efficient, economical control.
Your benefits with WAGO:
Heating, Ventilation and Air Conditioning
Primary Systems Used Economically
As resources become more scarce, energy transformation leads directly to the basement. Products from WAGO allow you to establish the preconditions for economical HVAC component control.
Software for HVAC applications:
Using ready-made solutions – instead of customizing standard HVAC systems over and over – significantly increases reliability. All components are compatible with each other and have been extensively manufacturer-tested for functionality. This results in the generation of items such as service specifications and parts lists, as well as cable and data point lists that serve many purposes, including preparing quotes. In addition to all of these value-added functions and project items, TRIC also provides the GAEB text for tendering construction services.
Your benefits with WAGO's HVAC application macros:
Recommended Reading
Further Building Automation and Installation Applications
Whether you are planning lighting installations and automation in your office building, retrofitting a heating, ventilation and air-conditioning system or involved with room automation, WAGO helps you implement your requirements in buildings.
Sustainable construction pays off. Several certificates provide planning support – one of which also takes the energy savings potential of building automation into account.
Cost and energy efficiency play a significant role for lighting. WAGO's solutions provide long-term support for planning and implementing your objectives.
Planning, implementing and building operation must demonstrate not only maximum efficiency, but also a high degree of adaptability.