Working principle of liquid parking heater

1.1 Coolant circulation
In the liquid parking heater, the coolant is first extracted and guided to the furnace chamber of the heater through the pipeline system.
1.2 Circulating Heating
In the heater chamber, the coolant is heated to increase its temperature. This process is carried out by burning diesel or gasoline, or by using electrical energy.
1.3 Warm air generation
As the coolant temperature increases, the heater will generate warm air. These warm air can be distributed through the vehicle's built-in heater to raise the temperature in the cab.

2. Advantages of liquid Parking Heater
The liquid parking heater has significant advantages over traditional in car heating systems, making it an ideal choice for winter driving.
2.1 High energy efficiency
Due to the use of coolant for heating, the liquid parking heater usually has higher energy efficiency. Compared to traditional heating systems, this means less energy waste and more economical operation.
2.2 Quick Start
Diesel and gasoline type water heated parking heaters generate heat through combustion, which is more rapid compared to traditional electric heating methods. This allows drivers to enjoy a comfortable driving environment faster on cold mornings.
2.3 Improvement of battery life
For electric vehicles, another significant advantage of a liquid parking heater is its positive impact on range. By heating the coolant, the load on the battery in low-temperature environments can be reduced, improving the endurance performance of electric vehicles in winter.

3. Application of liquid Parking Heater in Electric Vehicles
Due to the fact that the range of electric vehicles in cold environments has always been a focus of attention for users, liquid parking heaters have great potential in this field.
3.1 Battery insulation
In the cold winter weather, the performance of the battery may be adversely affected. By using a liquid parking heater, it can provide insulation for the battery, ensuring its efficient operation even in low temperature environments.
3.2 Improvement of battery life performance
By reducing battery load, the liquid parking heater is expected to significantly improve the range performance of electric vehicles. This is a highly attractive feature for users, especially in extreme weather conditions.