Products
Extended range power system
1.Deep coupling between motor and engine
Pioneering in China, with integrated design of engine and motor, eliminating flywheel and flywheel housing, short length and light weight.
2.Ultra high power generation efficiency
The power generation efficiency is as high as 4.42kWh/L, saving more than 20% fuel compared to independent motors.
3.Ultra high reliability
Conduct multiple verification tests and durability tests on components, assemblies, and prototype vehicles.
4.Low maintenance costs
With a forward development process, strict specialized development, rigorous specialized verification, and maintenance free design for motors, maintenance costs are reduced by more than 20% compared to independent motors.
|
Model |
YCRE400T |
|
Motor rated/peak power (kW) |
400/500 |
|
Maximum power generation efficiency (kWh/L) |
4.42 |
|
Emission level |
T3 |
|
Voltage platform (V) |
600 |
|
External dimensions (mm) |
L1864×W1008×H1216 |
|
Weight (kg) |
1570 |
|
Cooling method |
water-cooling |
|
Suitable vehicle models |
Mining vehicles, special-purpose vehicles |
Large displacement, high gradeability and high efficiency
Bosch high pressure common rail (HPCR) fuel injection system with the injection pressure up to 1,600 bar, achieving multiple injections and accurate control
High-strength alloy cast iron cylinder head
General engine block + independent crankcase
Long B10 service life design, which can be more than 500,000 km
Reduction soft meshing starter, ensuring smooth start
A framed engine body structure, ensuring good rigidity and small vibration
Damping gear
1.Deep coupling between motor and engine
Pioneering in China, with integrated design of engine and motor, eliminating flywheel and flywheel housing, short length and light weight.
2.Ultra high power generation efficiency
The power generation efficiency is as high as 4.42kWh/L, saving more than 20% fuel compared to independent motors.
3.Ultra high reliability
Conduct multiple verification tests and durability tests on components, assemblies, and prototype vehicles.
4.Low maintenance costs
With a forward development process, strict specialized development, rigorous specialized verification, and maintenance free design for motors, maintenance costs are reduced by more than 20% compared to independent motors.