Electric Defroster
NFDCS-900B-WX314
High-voltage electric defrost is a defrosting technology used in vehicles, aircraft, ships and other means of transportation. Compared with traditional defrosting methods, high-voltage electric defrost has higher efficiency and faster defrosting speed.
Quantity:
As an essential safety device for electric buses operating in cold regions, it integrates advanced heating technology, intelligent control, and reliable safety protection. While adapting to the high-voltage power supply characteristics of electric buses, it effectively ensures the driver's clear driving vision and improves the safety and comfort of bus operation.
| OE NO. | DCS-900B-WX314 |
| Type | Defrost |
| Brand | NF |
| Car Model | new energy electric bus |
| Rated voltage of the blower | DC24V |
| Fan Power | 180W |
| Heating body power | 3kW |
| Working voltage range | 300v-485v |
| Application | Electric passenger cars |
| Product Name | High-voltage electric defrost |
| Color | Black |
Working principle:
Electric heaters or electric heating wires: High-voltage electric defrost systems typically include electric heaters or electric heating wires installed on aircraft wings, car glass, or other surfaces. These heating elements are heated by electric current, producing heat.
Heat conduction: Through heat conduction, the electric heating element transfers the generated heat to the surface that needs to be defrosted, such as the surface of the aircraft wing or the car windshield.
Defrosting effect: Due to the high temperature of the electric heating elements, they are able to quickly melt frost, snow or ice attached to the surface. This increases the speed and efficiency of defrost, especially in extremely cold climates
Electric heaters or electric heating wires: High-voltage electric defrost systems typically include electric heaters or electric heating wires installed on aircraft wings, car glass, or other surfaces. These heating elements are heated by electric current, producing heat.
Heat conduction: Through heat conduction, the electric heating element transfers the generated heat to the surface that needs to be defrosted, such as the surface of the aircraft wing or the car windshield.
Defrosting effect: Due to the high temperature of the electric heating elements, they are able to quickly melt frost, snow or ice attached to the surface. This increases the speed and efficiency of defrost, especially in extremely cold climates
Application Fields：
Core Application Area: Pure electric bus sector, compatible with various high-voltage electric bus models.
Specific Applicable Scenarios: Urban public transport, long-distance passenger transport, scenic area shuttle services, and other electric bus operation scenarios.
Key Applicable Regions: Low-temperature areas prone to windshield frost and ice formation, such as northern cold regions and high-altitude low-temperature areas.
Specific Applicable Scenarios: Urban public transport, long-distance passenger transport, scenic area shuttle services, and other electric bus operation scenarios.
Key Applicable Regions: Low-temperature areas prone to windshield frost and ice formation, such as northern cold regions and high-altitude low-temperature areas.
Uses：
Core Purpose: Quickly removes frost, ice, and fog from the windshield of electric buses, ensuring clear visibility for the driver.
Safety Purpose: Avoids driving safety hazards caused by blurred vision in low-temperature weather, ensuring the safety of the vehicle and its occupants.
Comfort Purpose: Improves passenger comfort, ensuring stable and safe operation of electric buses in low-temperature environments.
Safety Purpose: Avoids driving safety hazards caused by blurred vision in low-temperature weather, ensuring the safety of the vehicle and its occupants.
Comfort Purpose: Improves passenger comfort, ensuring stable and safe operation of electric buses in low-temperature environments.
