Using it without any energy-saving measures naturally cannot reflect the energy-saving aspect. To achieve energy-saving goals, we can start by improving the structure of the electric heater and adjusting its parameters. The effect after changes will be obvious.
A large number of users, when using air electric heaters, only insulate the outlet pipes of the electric heater, but do not apply any insulation treatment to the surface of the electric heater itself. However, data proves that adding an insulation layer on the surface of the air electric heater can reduce a significant amount of energy consumption.
Therefore, we remind all air electric heater users that when adding insulation to the equipment pipes, do not forget to add insulation to the air electric heater itself. Over long-term operation, the energy savings can be considerable, reducing the operating cost of the equipment.
Generally, the power of an air electric heater is determined based on the air volume and temperature rise. Therefore, under the premise that the air volume and temperature rise meet the requirements, it is not advisable to use excessive air volume or excessive temperature rise, as this may directly lead to excessive power of the heater and increase energy consumption. Thus, reasonable design and determination of appropriate parameters are very critical.
When the air to be heated flows through the interior of the air electric heater, pressure loss occurs, and the greater the pressure loss, the greater the energy consumption of the fan. Therefore, improvements should be made to the structure of the air electric heater itself to minimize the pressure loss, thereby contributing to energy saving.
