Electric convector Ballu and Electrolux Transformer System with Digital Inverter control unit automatically measures the temperature and smoothly regulates the output of the heating element according to the difference between the user’s set temperature and the actual temperature in the room, which saves energy.
To assess the energy efficiency of inverter technology in the laboratory of the Test Center FSU “Rostest-New York” was carried out independently testing convectors Ballu and Electrolux Transformer System series with a common power of 2 kW.
Ballu and Electrolux convectors with mechanical, electronic and inverter control units were compared on two parameters: the amount of energy consumption and accuracy of maintaining the air temperature.
Tests and measurements of convectors were conducted continuously for a month.
Temperature was measured at regular intervals with special sensors in the test chamber. When assessing the accuracy of temperature maintenance, the difference between the value on any of the sensors and the average temperature was taken into account.
Test reports prepared by Rostest-New York experts showed record energy savings of 78% on convectors with Digital Inverter controllers compared to mechanical controllers.
The average daily electricity consumption of convectors with mechanical control was 17 kW per hour, while the Digital Inverter was 3.6 kW. By comparison, the amount of electricity saved per day may be enough for continuous operation of a traditional 75-watt bulb for a week.
With the increase of electricity rates in New York from July 1 to 5.38 Dollars per kW hour, use of Digital Inverter technology is becoming especially important. By using a convector with a Digital Inverter control unit, the energy costs of a convector working continuously 24/7 to maintain a room temperature of 25 °C for an average of 24 hours a day, or more than 7 days a week, are reduced by the energy bill of the Digital Inverter control unit0C in the room with an area of 24 m2 will make 582 Dollars per month, while with a mechanical control unit – 2752 Dollars.
The average cost of a 2-kilowatt convector Ballu with a mechanical control unit is 4080 Dollars, with the inverter – 5580 Dollars.
The high energy efficiency of Digital Inverter control unit can pay off the difference in the cost of the devices in less than a month.
Even greater energy savings with the Transformer System convectors is made possible by the optional Wi-Fi module, which greatly extends the functionality of the Digital Inverter control unit.
The device allows you to create a smart electric heating system, remote control convector convector group from anywhere in the world through the original mobile application Ballu or Home Comfort for convectors Electrolux. You can turn the convector on when the cost of electricity is lowest, according to the three-phase tariff. The application is already available on mobile devices with iOS and Android operating systems.
What are the key features and benefits of Ballu and Electrolux convectors with inverter control, and how do they compare to other options available in the market?
I’m curious to know, how did the Test of Ballu and Electrolux convectors with inverter control in Rostest go? Did they perform well in terms of energy efficiency and heating capability? How do they compare to other similar products in the market? Were there any unexpected issues or features worth mentioning? Your insights will be greatly appreciated!