Intelligent energy monitoring
better.energy – Monitor: Your solution for digital heat consumption measurement
better.energy – Monitor
With us, you can keep a close eye on your heat consumption
With the better.energy – Monitor module, we offer you an innovative solution for the digital recording of your heat consumption on a LoRaWAN basis. Save time, reduce your energy costs and increase the efficiency of your building management with state-of-the-art technology.
Precise measurement of heat consumption
More transparency and detailed insights
Easy handling and seamless integration
No conversion or cabling
Compares the heat consumption in your building
Digital energy monitoring
Take back control of your
energy consumption
better.energy – Monitor integrates seamlessly into your existing infrastructure using modern LoRaWAN wireless technology. Once installed, the consumption data is automatically transmitted to the better.energy IoT platform every hour. Our user-friendly software prepares the data clearly and allows you to easily evaluate and analyse it.
better.energy – Monitor
Easy to install and seamlessly integrated
The reliable heat meters measure the temperature of the flow and return. Heat meters should be installed by a heating and/or plumbing specialist. You decide whether you want to install one or more heat meters and measure consumption on the main pipework or on the sub-pipes. No additional cabling is required for the connection to the better.energy platform, as the heat meters transmit the data to better.energy via LoRaWAN. To do this, a LoRaWAN gateway is installed in the building in just a few simple steps.
Wireless data transmission
Independent and flexible with LoRaWAN
With better.energy – Monitor, you are independent of the existing IT infrastructure in your commercial building. This is made possible by the energy-saving LoRaWAN wireless technology, which ensures reliable and secure data transmission effortlessly over long distances and through thick walls. You can save yourself additional construction work and cumbersome cable pulling.
Energy monitoring feature
Precise consumption measurement with innovative technology
Transparent consumption
The heat consumption of each heat meter is recorded hourly and transmitted to the software via LoRaWAN in a data protection-safe manner.
Dashboard & statistics
You can access the software via the online access and view the consumption per heat meter clearly in the dashboard by day, week, month or year and compare different meters.
Unlimited scalability
You decide whether you install one, five or more heat meters, whether you equip one or more buildings or use the system across multiple locations. With better.energy – Monitor, you have maximum flexibility.
Continuous monitoring
By regularly measuring your heat consumption, you always have an overview of your consumption. This allows you to discover potential for savings and optimisation.
Hardware for better.energy – Monitor
Quality and reliability for commercial properties
When equipping your building, we rely on German brand quality from Zenner. The heat meters impress with their robustness and stability. There is a suitable heat meter for every non-residential building thanks to measuring capsule, single-jet or ultrasonic flow sensors. Naturally, all heat meters are compatible with the standard connection interfaces in accordance with DIN EN ISO 4064-4.
Intelligent control for heating, ventilation and air conditioning systems
Save up to 31 per cent energy!
better.energy – Monitor is part of the better.energy IoT platform alongside better.energy – Control. It allows you to not only measure and visualise your heat consumption, but also ensure efficient temperatures in all rooms. This is because the intelligent control system better.energy – Control automates your heating, ventilation and air conditioning system. This saves you up to 31 per cent energy and CO2 emissions.
No more surprises, just accurate results!
Let our energy experts advise you free of charge and without obligation on digital
heat consumption measurement.