 |
Product Description
With the increasing global emphasis on enviromental protection and sustainable development, new energy commercial vehicles have gradually become an important development direction in the field of logistics transportation. Battery-electric tractors and fuel cell tractors, as the cream of the crop in this sector, are driving the green transformation of the logistics industry with their unique advantages
Technical Features
Power System:
Battery-electric tractors are usually equipped with high-power motors, with a single motor's peak power reaching over 180kW, and some models even feature dual motors. These motors offer high output torque, with a peak torque exceeding 2500N.m, providing strong capabilities for starting and climbing slopes.
Battery System:
Most models utilize lithium iron phosphate batteries, which are known for their high safety and long cycle life. The battery capacity ranges from 350kWh to 600kWh, offering a driving range generally between 200 and 500 kilometers
Energy Replenishment
There are two types of energy replenishment methods: charging and battery swapping. Charging models support fast-charging technology, such as dual-gun fast charging, with some vehicles capable of reaching 80% charge within 1 hour, or even completing a 20%-80% charge in just 40 minutes. Battery-swapping vehicle can replace the battery in as little as 5 minutes
Energy Recovery
Equipped with an energy recovery system that can reclaim electric energy during braking or coasting, extending the driving range by 5%-10%
Lightweight Design
Utilizes materials such as aluminum alloy frames and high-strength steel to reduce the vehicle's own weight, thereby increasing the payload capacity
Intelligent Configuration
Fitted with intelligent networked systems that enable remote monitoring of the vehicle's status, battery level, and fault diagnosis.Some models are also equipped with autonomous driving functions
Application Scenarios
Port Transportation
Used for short-distance transportation of containers within ports. For example, the Sany battery-electric tractor for ports can achieve a maximum towing capacity of 55,000kg, with a range exceeding 120 kilometers, meeting the operational needs of ports for 18 hours a day
Steel Mill and Power Plant Transportation
Suitable for medium and short-distance transportation within or around steel mills, power plants, and similar industrial areas.
Mine Transportatiom
In complex road conditions such as mines, battery-electric tractors, with their high torque and climbing capabilities, can effectively complete the transportation of mining materials
Urban Logistics
Suitable for medium and short-distance logistics transportation within or between cities, reducing exhaust emissions
Advantages
Environmental Protection and Energy Saving
Zero emissions, no exhaust pollution, and an energy consumption cost that is 30%-50% lower than that of traditional fuel vehicles
Low Maintenance Cost
No complex components such as engines or transmissions, resulting in lower maintenance costs
Efficient Transportation
Supports fast-charging and battery-swapping technologies, reducing downtime and improving transportation efficiency
Product Description
With the increasing global emphasis on enviromental protection and sustainable development, new energy commercial vehicles have gradually become an important development direction in the field of logistics transportation. Battery-electric tractors and fuel cell tractors, as the cream of the crop in this sector, are driving the green transformation of the logistics industry with their unique advantages
Technical Features
Power System:
Battery-electric tractors are usually equipped with high-power motors, with a single motor's peak power reaching over 180kW, and some models even feature dual motors. These motors offer high output torque, with a peak torque exceeding 2500N.m, providing strong capabilities for starting and climbing slopes.
Battery System:
Most models utilize lithium iron phosphate batteries, which are known for their high safety and long cycle life. The battery capacity ranges from 350kWh to 600kWh, offering a driving range generally between 200 and 500 kilometers
Energy Replenishment
There are two types of energy replenishment methods: charging and battery swapping. Charging models support fast-charging technology, such as dual-gun fast charging, with some vehicles capable of reaching 80% charge within 1 hour, or even completing a 20%-80% charge in just 40 minutes. Battery-swapping vehicle can replace the battery in as little as 5 minutes
Energy Recovery
Equipped with an energy recovery system that can reclaim electric energy during braking or coasting, extending the driving range by 5%-10%
Lightweight Design
Utilizes materials such as aluminum alloy frames and high-strength steel to reduce the vehicle's own weight, thereby increasing the payload capacity
Intelligent Configuration
Fitted with intelligent networked systems that enable remote monitoring of the vehicle's status, battery level, and fault diagnosis.Some models are also equipped with autonomous driving functions
Application Scenarios
Port Transportation
Used for short-distance transportation of containers within ports. For example, the Sany battery-electric tractor for ports can achieve a maximum towing capacity of 55,000kg, with a range exceeding 120 kilometers, meeting the operational needs of ports for 18 hours a day
Steel Mill and Power Plant Transportation
Suitable for medium and short-distance transportation within or around steel mills, power plants, and similar industrial areas.
Mine Transportatiom
In complex road conditions such as mines, battery-electric tractors, with their high torque and climbing capabilities, can effectively complete the transportation of mining materials
Urban Logistics
Suitable for medium and short-distance logistics transportation within or between cities, reducing exhaust emissions
Advantages
Environmental Protection and Energy Saving
Zero emissions, no exhaust pollution, and an energy consumption cost that is 30%-50% lower than that of traditional fuel vehicles
Low Maintenance Cost
No complex components such as engines or transmissions, resulting in lower maintenance costs
Efficient Transportation
Supports fast-charging and battery-swapping technologies, reducing downtime and improving transportation efficiency
