Digitization of existing buildings
Through sustainable retrofit digitization, we create more transparency in the building. We create the basis for reducing CO2 emissions, increasing energy efficiency, improving building utilization and improving comfort and health.
Reduce CO2 emissions and save heating costs
The building stock is responsible for 30% of CO2 emissions. The goal is to reduce emissions by 50% by 2030 and achieve climate neutrality by 2045. Based on indoor climate data, savings in heating energy of up to 40% can be achieved.
Increase health & well-being
Good indoor air quality is becoming increasingly important for healthy and productive living and working.
By simply recording the indoor air quality, we enable the rapid implementation of energy-efficient room ventilation.
Optimize building utilization
Flexible working is currently massively changing the way office buildings are used.
Based on occupancy data, new space utilization concepts can be introduced and office space can be saved.
What our clients say
Phoenix Contact, Blomberg
Martin Schmidt, Manager Logistics Quality & Safety
“The CO2 sensor solution from enerthing helps us at Phoenix Contact to keep an eye on the CO2 content of the air in the rooms without fresh air ventilation and to align the ventilation of the room with the values. In this way, we can protect our employees in the best possible way. This was also an investment in the future, because a good indoor climate for our employees is close to our hearts.”
Nagel Group, Versmold
Nagel Group, Digitalization in Logistics
“The IOT sensors used by our partner Enerthing draw their power from the environment. The lighting in the warehouse is a sufficient source of energy for the sensors. This eliminates the need for batteries, which require labor to replace, and also reduces the burden on the environment.”
Florian David Comprehensive School Leverkusen-Schlebusch (GLS)
“Enerthing’s CO2 sensor solution enables easy implementation of controlled ventilation measures. We can thus demonstrably ensure good air quality and, accordingly, a low risk of infection. At the same time, the solution enables energy-efficient shock ventilation. The graphical display of CO2 values makes it easy to see the continuous improvement in air quality.”