Combining sensor data and AI technology with sindividual control of the thermal systems, future power consumption can be predicted. Which in turn, enables energy capacity planning.
By practically eliminating energy spikes during start-up, the maximum power requirement for the thermal system is lowered, reducing the overall need for power, and reducing the number of needed curcuit breakers.
The EQON One Thermal Controller reduces the CO2 footprint, lowers energy- and material consumption, and reduce the need for cooling through less internal heat generation.
Until now, technology has influenced our future – we want our future to shape the technology we make. Because the fight against climate change begins with energy efficiency, reducing consumption requires understanding where and when it’s used.
The world obviously needs more energy – but better energy! And a more intelligent way of using it, getting more for less. As a company, that’s what we’re all about:
Finding a better way – our technology is clever and reliable. What we provide is both smarter and cheaper, compared to today’s solution.
Beautiful technology – That’s what we call it. It’s not only desirable and drives prosperity; it preserves our resources as well.
Supporting each other – bold ideas must be brought to life. For everyone.
Until now, technology has influenced our future – we want our future to shape the technology we make. Because the fight against climate change begins with energy efficiency, reducing consumption requires understanding where and when it’s used.
Finding a better way – our technology is clever and reliable. What we provide is both smarter and cheaper, compared to today’s solution.
Beautiful technology – That’s what we call it. It’s not only desirable and drives prosperity; it preserves our resources as well.
Supporting each other – bold ideas must be brought to life. For everyone.
EQON One is designed utilizing the latest in digital switching and MOSFET technology, in order to provide a fit for purpose Thermal controller, without compromises. Internal sensors and measurements, enables data availability, and individual condition monitoring of each system.
Critical safety equipment, such as water pipes and vessels, are protected from freezing by applying heating cables, and using simple on/off function. By enabling individual control and monitoring, energy can be saved and the uptime of the system can be improved.
Maintaining set temperature on critical equipment such as process piping and vessels, to ensure fluid viscosity, and avoid deposits of solids. Advanced controll and monitoring of the individual system will avoid large temperature deviations, ensuring uptime and improved energy efficiency.
Heating cables applied on piping and vessels to ensure process fluid viscosity is maintained during low ambient temperatures. Usually controlled using simple on/off function. By enabling individual control and monitoring, energy can be saved and the uptime of the system can be improved.
Providing ice free walkways on critical routes such as escape routes, lifeboat area and other vital areas. By enabling advanced control based on ambient temperature and walkway surface temperature, energy can be saved while ensuring ice free conditions regardless of weather.
