en
| record subsidiaries
record subsidiaries

ecoLOGIC – The AI solution that saves energy right at the door


ecoLOGIC is a groundbreaking solution specifically designed for automatic doors from Record. This innovation is easy to install and starts optimizing energy efficiency and reducing costs immediately. The AI constantly learns from the door's performance, fine-tuning aspects like door speed and hold-open time to strike the perfect balance between energy savings, sustainability, and, most importantly, the users’ experience.

The AI Challenge

During cold weather, warm air escapes and cold air enters through doors, increasing energy consumption to maintain indoor temperatures. Conversely, in warm weather, the HVAC system works harder to keep the interior cool.

How does ecoLOGIC Work?

ecoLOGIC addresses this by adjusting the door’s speed and hold-open time based on weather conditions and traffic flow. This reduces energy costs for heating and cooling and extends the door’s lifespan.

The results

Research indicates that automatic doors remain open unnecessarily for an average of 288 hours annually. This can lead to energy savings of up to 14,000 kWh per store, enough to power a home for a year or allow an electric car to circle the globe twice. These savings are also equivalent to the CO₂ absorbed by 266 mature trees each year.

*Data based on third-party research for a medium-sized, street-facing retail store.

  • Hold_open_graphic
  • warm_cold
  • Ecologic_footsteps
  • Ecologic_feet
  • Ecologic_graphics
  • Ecologic_street
  • Ecologic_topshot


How important is reducing kWh consumption for your business?

  

is enough energy to ...

... supply an average-sized home’s entire energy need for one year.

... power an electric car going around the globe – two times! 

... match the annual CO2 absorbed by 266 fully grown trees, each year.

Explore the innovative ecoLOGIC today! Contact us through E-Mail or our contact form. We’re excited to answer your questions and offer tailored solutions that fit your unique requirements.

Loading...