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DBS membrane systems:

• Long life span
• Resistance to UV rays, moisture and mould
• High natural light transmission
• Fireproof (complies with EN 13501-1)
• Energy efficient

The classic DBS Standard double membrane system is made with 100% high frequency welded seams, which ensure low thermal conductivity. Through our experience, and with our technological measures, we were able to upgrade the classic double membrane system to the DBS Plus membrane system, which is the most popular type of membrane system for construction of air domes. To achieve even lower thermal conductivity, we recommend the DBS Max version with its special welding technique.

The latest DBS Thermo membrane system, with its innovative welding method, combined with special insulation materials and technologically advanced coatings, ensures high-energy savings and is the system with lowest thermal conductivity for temporary constructions.

Throughout the years we have been developing membrane systems and have raised them to a higher level. We have combined the best features of individual systems and added sky windows, which gives a high transmission of daylight and thus reduces the consumption of electricity by the lighting. The efficient DBS Hybrid membrane system, which is a combination of different membrane systems, offers high savings in lighting and heating, while providing a high degree of thermal insulation.

Custom made DBS HVAC systems enable:

• Longer life span of machinery
• Less maintenance required
• Lower consumption of electricity and fuels than others on the market
• Efficient operation regardless of weather conditions

DBS HVAC systems represent one of the most advanced devices of this type on the market. They are highly automated, user friendly and incorporate mechanical components from renowned European manufactures.

In the development department we monitor the performance of embedded DBS HVAC systems. Based on the monitoring analyses we constantly improve and optimise the heating and cooling technologies. This places us among the most technologically advanced companies in the market for the construction of air domes.

EXAMPLES OF HEATING SYSTEMS:

• Hot water
• Solid fuels
• Heat pump
• Gas
• Diesel
• Solar panels
• Cooling systems
• Oil
• Electricity
• Pellets

LE-DBS is our long-term development solution, which can lower electricity consumption by up to 40 %. The LE-DBS lighting system is certified by various European institutes and is able to supply maximum luminance for a space no matter the size or purpose. LE-DBS features:

DALI technology for controlling of lighting system, dimming of lights with options from 0 to 100 %.

With the DIAL system for analysis of luminance we achieve proper illumination of each space as per customer requirements.

DBS lighting system is certified according to IECEE standard and has compliance for use in sports facilities according to DIN VED 0710-13:1981 and DIN VED 18032-3.

Smart system saves up to 40% of energy.

Why use the DBS Smart Dome system?

• User friendly interface
• High energy savings (automation of heating, cooling and lighting)
• Low management costs
• Saving time with simplified management
• Remote control at any time and from anywhere in the world (via tablet, mobile phone or computer)

DBS Smart Dome features:

• Pre-set programs for heating and lighting
• Video control of the structure
• Smoke detection control and alarm system
• Automatic e-mail and text notification
• Possibility of automatic adjustment of lighting, heating and cooling according to external weather and user needs
• Control and regulation of energy consumption (electricity, oil, gas, hot water)
• Control over filter technology, hardware performance, air quality and pressure state

Levels of safety in a DBS air dome

With the help of an effective design process and high-quality products we can install an air-supported structure even in the harshest conditions.

Deformation sensors monitor and detect changes in the air-supported structure. In just a few steps, the maintenance person can check the condition of the air supported structure and adjust the operation of the blower units based on the external weather conditions.