Founders: Soner Hacihaliloglu,
Hayrettin Erturk, Alara Dirik,
Location: Berlin, Germany
1st Open Call
EDI-2018-9-VPS. HVAC usage management and control optimisation
BEAD is a multiple sensor (6 sensors in one device. CO2,humidity,heat,light,air pressure,motion ) device and a connected AI platform.BEAD analyses the real-time daily cycle of occupancy, tracks changes and circumstances of the buildings from multiple points and thus learns how the building is operated in the most intelligent manner. With the feedback of BEAD the building is connected with its automation system.
Commercial building waste energy because HVAC systems dont understand how occupancy changes inside buildings.We want to install BEAD sensors in commercial buildings like retail chains, office buildings, hotels and banks. Those buildings will produce data with the help of BEAD. That data will show us how the real day-cycle of the building is. How occupancy zones are how the occupancy trends and ratios changes. That will help us to understand whether the building is overheated or over cooled or even over lighted during the day and after operations hours.
Step2 will be connecting the analyzed data directly with the HVAC and building automation system. That will convert those buildings into humanless operated buildings. The system will decide how to operate the building’ automation system and HVAC system according to occupancy and indoor environmental data. That data will also help us to maximize comfort levels of the buildings.
BEAD develops innovative and sustainable digital building solutions.
BEAD is an AI-based system that analyzes, optimizes and operates your building’s energy management, marketing strategies and operations by measuring real-time occupancy data. BEAD sensors analyze human behaviors and occupancy changes inside the building. Next, with the use of BEAD software, occupancy cycles, movements, and density change information can be collected. This information, in turn, helps you to develop marketing strategies, optimize operations and increase energy efficiency without breaching user comfort.