LCV Electric Powertrain Solutions
For LCV manufacturers, achieving efficient electrification requires balancing energy consumption, payload capacity, driving performance, reliability, and limited installation space.
Jenwyn Tech provides flexible LCV electric powertrain solutions, including delivery vans, mini trucks, and light-duty trucks, offering different drivetrain configurations to match specific vehicle architectures and operating requirements.
Vehicle-Specific Powertrain Configurations
Optimized solutions for different LCV platforms and operating conditions.
Efficiency-Oriented Design
Improved energy efficiency and reduced operating costs through optimized drivetrain solutions.
Compact Integration
Space-efficient architectures supporting flexible vehicle layouts and body applications.
Scalable Electrification Options
Battery-electric and range-extended solutions for different commercial requirements.
Discuss Your LCV Project Requirements
contact@jenwyntech.com
Key Considerations for LCV Electric Powertrain
LCVs operate under demanding commercial conditions, including frequent stop-and-go driving, variable payloads, high daily utilization, and limited vehicle packaging space. These operating characteristics require LCV electric powertrain solutions that deliver efficiency, performance, reliability, and flexible integration.
Payload & Weight Optimization
Commercial vehicles must maintain high payload capability while minimizing system weight. Lightweight powertrain solutions help improve efficiency without compromising vehicle performance.
Compact Packaging
Limited chassis space requires compact drivetrain architectures that simplify vehicle layout and reserve space for battery installation and body applications.
Driving Performance
LCV powertrains must provide sufficient torque, gradeability, and responsive driving performance under different payload conditions.
Energy Efficiency
Frequent acceleration and braking cycles require efficient drivetrain operation and optimized regenerative braking strategies to reduce energy consumption and improve operating economy.
Reliability & Durability
High-frequency commercial operation requires stable powertrain performance with long service life and reduced maintenance requirements.
LCV Electric Powertrain Configurations
Different LCV platforms require different electrification configurations depending on vehicle weight, payload requirements, operating conditions, and vehicle packaging constraints. Jenwyn Tech provides flexible drivetrain architectures and energy solutions that can be adapted to different commercial vehicle applications.
01
Central Electric Drive Architecture - Conventional Chassis Integration Solution
Engineering Advantages
Fast Platform Adaptation
Based on mature commercial vehicle architectures, the central drive configuration enables faster electrification development with reduced chassis redesign requirements.
Cost-Effective Vehicle Development
Higher component commonality and simplified vehicle modification help reduce engineering investment and production complexity.
Easy Maintenance & Serviceability
The separated drivetrain layout allows easier component inspection, replacement, and maintenance through established commercial vehicle service networks.
Robust Operation in Diverse Conditions
The chassis-mounted drivetrain design reduces direct exposure to road impacts, supporting reliable operation under different road and loading conditions.
Suitable Applications
- Existing light truck platforms
- Mini trucks and delivery vehicles
- Urban logistics vehicles
- Commercial vehicles requiring rapid electrification
Recommended When
- Platform reuse is preferred
- Initial vehicle cost is a key consideration
- Short development timeline is required
- Service accessibility is important
Our Electric Traction Motors for LCVs
Our electric traction motors are developed for 2.5-ton to 6-ton light commercial vehicles, delivering reliable power and torque performance for urban delivery, logistics, and commercial transport applications.
Key Features
- Optimized for light commercial vehicle duty cycles
- High torque output for variable payload conditions
- Efficient operation under frequent acceleration and braking
- Multiple power options to support different vehicle platforms
- Suitable for central electric drive configurations
|
Model
|
Application / Vehicle Platform
|
Operating Condition
|
Rated / Peak Power
|
Rated / Peak Torque
|
Maximum Speed
|
|---|---|---|---|---|---|
|
EDU30-M01
|
2.5 t mini vans and mini trucks
|
Urban logistics and last-mile delivery
|
30 kW / 60 kW
|
90 N.m / 223 N.m
|
9000 rpm
|
|
EDU60-M01
|
4.5-6 t electric light trucks
|
Urban delivery, intercity freight
|
60 kW / 120 kW
|
358 N.m / 1000 N.m
|
4500 rpm
|
|
EDU60-M02
|
3.5 t electric light trucks, GSE
|
Urban delivery, intercity frieght, airport
|
60 kW / 120 kW
|
300 N.m / 500 N.m
|
5000 rpm
|
|
EDU70-M01
|
6 m buses and 4.5 t truck
|
Urban public transport and logistics
|
70 kW / 130 kW
|
400 N.m / 1000 N.m
|
4000 rpm
|
|
EDU75-M01
|
Sprinter-model vans
|
Urban logistics
|
75 kW / 120 kW
|
350 N.m / 850 N.m
|
5000 rpm
|
* We supply matched MCUs for each traction motor platform. For additional configurations and customized solutions, please contact us at: contact@jenwyntech.com
02
Integrated Electric Axle Architecture - High-Efficiency Drivetrain Solution
The integrated electric axle architecture combines the electric motor and axle assembly into a compact drivetrain system. By optimizing power transmission efficiency and chassis packaging, this architecture is designed for modern electric LCV platforms requiring high efficiency, increased payload utilization, and long-term operating economy.
Engineering Advantages
Improved Energy Efficiency
The integrated architecture reduces mechanical transmission losses and improves overall drivetrain efficiency, making it suitable for high-mileage commercial operation.
Optimized Chassis Packaging
Removing conventional drivetrain components creates additional space for battery installation and enables more flexible vehicle platform design.
Enhanced Payload Utilization
Compact integration reduces unnecessary mechanical components and supports improved vehicle weight distribution.
Efficient Urban Operation
Fast torque response and optimized regenerative braking performance improve efficiency under frequent acceleration and braking conditions.
Suitable Applications
- Electric delivery vans
- Urban logistics vehicles
- Municipal and sanitation vehicles
- High-utilization commercial fleets
- New electric LCV platforms
Recommended When
- High annual mileage operation
- Frequent stop-and-go driving cycles
- Energy efficiency and TCO are priorities
- Large battery pack integration
- Dedicated EV platform development is planned
Our Electric Axles for LCVs
Key Features
- Optimized installation space and efficient battery packaging
- Responsive torque output and efficient operation
- Enhanced regenerative braking capability
- Developed on mature platforms with proven reliability
|
Model
|
Configuration
|
Vehicle Platform
|
Axle Load Capacity
|
Max. Output Torque
|
Motor Rated/Peak Power
|
Motor Rated/Peak Torque
|
Gear Ratio
|
Architecture
|
Brake Type
|
|---|---|---|---|---|---|---|---|---|---|
|
JEA18-40-S1-01
|
Single motor, single-speed
|
MPV, pickup truck
|
1800 kg
|
3200 N.m (10.43); 1800 N.m (17.27)
|
40 kW / 80 kW
|
110 N.m / 300 N.m
|
10.43 or 17.27
|
Central integrated eAxle
|
Drum brake / Wedge brake / Disc brake
|
|
JEA25-50-S1-01
|
Single motor, single-speed
|
Light truck
|
2500 kg
|
4000 N.m (13.214); 4125 N.m (15.28)
|
50 kW / 105 kW
|
140 N.m / 300 N.m
|
13.214 or 15.28
|
Central integrated eAxle
|
Dual-cylinder hydraulic disc brake (48); Hydraulic brake Ф320×100/Ф280×64/Ф208×64
|
|
JEA35-80-S2-01
|
Single motor, two-speed
|
Light truck
|
3500 - 4500 kg
|
5500 N.m / 7800 N.m / 8000 N.m
|
80 kW / 160 kW
|
160 N.m / 360 N.m
|
22.15 / 12.06
|
Central integrated eAxle
|
Wedge brake / Dual-cylinder hydraulic disc brake (48); Hydraulic Drum Brake Φ320×100
|
|
JEA35-70-S1-01
|
Single motor, single-speed
|
4.5-6 t light truck; 6 m bus
|
3500 kg
|
5300 N.m
|
70 kW / 130 kW
|
146 N.m / 314 N.m
|
16.6
|
Central integrated eAxle
|
Drum brake Φ310×75 (Hydraulic);
Drum brake Φ310×100 (Air)
|
|
JEA45-80-S1-01
|
Single motor, single-speed
|
4.5-6 t light truck; 6 m bus
|
4500 kg
|
6640 N.m
|
80 kW / 160 kW
|
175 N.m / 400 N.m
|
16.6
|
Central integrated eAxle
|
Drum brake Φ310×75 (Hydraulic);
Drum brake Φ310×100 (Air)
|
|
JEA40-95-W1-01
|
Dual motor, single-speed
|
4.5-6 t light truck
|
4000 kg
|
6930 N.m
|
2*95 kW / 2*155 kW
|
2*245 N.m / 2*550 N.m
|
6.3
|
Wheel-end eAxle
|
Hydraulic drum brake
|
* We supply matched MCUs for each e-powertrain platform. For additional configurations and customized solutions, please contact us at: contact@jenwyntech.com
03
Range-Extended Electric Powertrain Solutions for LCVs
Range-extended electric powertrain solutions combine a battery-electric drivetrain with an onboard power generation system to improve operating flexibility for light commercial vehicles. The range extender operates as an energy generator rather than a direct propulsion source, providing additional electrical energy to the battery or supplying power directly to the electric drive system when required.
By separating energy generation from vehicle propulsion, the vehicle maintains the smooth driving characteristics and high efficiency of electric propulsion while overcoming limitations related to driving range, charging availability, and long-distance operation.
Engineering Advantages
High-Efficiency Electric Driving
The range extender operates independently from the propulsion system, allowing the vehicle to be driven entirely by the electric drivetrain. This architecture reduces mechanical transmission losses and maintains the efficiency and smooth driving characteristics of electric vehicles.
Extended Operating Range Without Oversized Batteries
Provides additional onboard power generation, reducing battery size requirements while enabling longer-distance operation.
Optimized Total Cost of Ownership
Enables daily pure electric operation and activates the range extender only when additional energy support is required, reducing operating costs while maintaining flexibility.
Lightweight Vehicle Design
Smaller battery requirements help reduce vehicle weight and improve payload capacity for commercial applications.
Suitable Applications
- Urban delivery vehicles requiring extended operating flexibility
- Light trucks with variable daily mileage
- Logistics vehicles operating between urban and intercity routes
- Commercial fleets with limited charging availability
- Applications requiring both electric driving and long-range capability
Recommended When
- Daily urban operation with regular charging opportunities
- Occasional long-distance transportation requirements
- Fleet applications requiring continuous vehicle availability
- Routes with limited charging infrastructure coverage
- Applications where battery size, weight, and cost need to be optimized
Our Range Extender Systems for LCVs
Key Features
- Integrated 5-in-1 Modular Power Generation System
- Fast Vehicle Integration & Remote Calibration Capability
- Advanced Thermal & NVH Management
- Flexible Power Generation Strategies
- Scalable System Architecture
|
Model
|
Fuel Type
|
Rated / Peak Power / Voltage
|
Voltage Range
|
Generation Efficiency
|
Dimensions
|
Weight
|
Emission
|
|---|---|---|---|---|---|---|---|
|
JRE12-G-V-01
|
Gasoline
|
12 kW, 324 VDC
|
144-750 VDC
|
2.38 kWh/L
|
L556*W421*H565 mm
|
105 kg
|
China Stage V
|
|
JRE15-D-V-01
|
Diesel
|
15 kW, 576 VDC
|
144-750 VDC
|
3.23 kWh/L
|
L680*W442*H592 mm
|
189 kg
|
China Stage IV
|
|
JRE20-G-V-01
|
Gasoline
|
20 kW, 480 VDC
|
300-750 VDC
|
2.50 kWh/L
|
L678*W465*H575 mm
|
130 kg
|
China Stage V
|
|
JRE20-D-V-01
|
Diesel
|
20 kW / 25 kW, 525 VDC
|
300-750 VDC
|
3.33 kWh/L
|
L696*W440*H610 mm
|
210 kg
|
China Stage IV
|
|
JRE30-G-V-01
|
Gasoline
|
30 kW / 35 kW, 540 VDC
|
300-750 VDC
|
2.78 kWh/L
|
L720*W629*H485 mm
|
154 kg
|
China Stage VI
|
|
JRE35-G-V-01
|
Gasoline
|
35 kW / 40 kW, 540 VDC
|
350-750 VDC
|
2.78 kWh/L
|
L732*W579*H599 mm
|
167 kg
|
China Stage VI
|
|
JRE40-G-V-01
|
Gasoline
|
40 kW / 45 kW, 540 VDC
|
350-750 VDC
|
2.78 kWh/L
|
L732*W579*H599 mm
|
170 kg
|
China Stage VI
|
* For additional configurations and customized solutions, please contact us at: contact@jenwyntech.com
LCV Electric Powertrain Architecture Selection
Drivetrain Architecture: Central Electric Drive vs. Integrated Electric Axle
|
Project / Vehicle Condition
|
Central Electric Drive
|
Integrated Electric Axle
|
|---|---|---|
|
Existing chassis
|
Strong fit
|
Suitable
|
|
New EV platform
|
Suitable
|
Strong fit
|
|
Conventional axle layout
|
Strong fit
|
Requires adaptation
|
|
Packaging efficiency
|
Moderate
|
High
|
|
Drivetrain efficiency
|
Good
|
High
|
|
Stop-and-go duty cycle
|
Suitable
|
Strong fit
|
|
High annual mileage
|
Suitable
|
Strong fit
|
Energy Supply Option: Pure Battery Electric vs. Range-Extended Electric
|
Project / Vehicle Condition
|
Battery-Electric
|
Range-Extended Electric
|
|---|---|---|
|
Standard urban routes
|
Strong fit
|
Suitable
|
|
Long-distance operation
|
Battery-dependent
|
Strong fit
|
|
Limited charging availability
|
Limited
|
Strong fit
|
|
Reduced battery capacity
|
—
|
Key benefit
|
|
Mixed urban/intercity operation
|
Suitable
|
Strong fit
|
Jenwyn Tech LCV Electric Powertrain Capabilities
Jenwyn Tech provides a portfolio of commercial EV powertrain products and application-oriented technical support for different LCV platforms. Our solutions are developed around practical requirements for efficiency, reliability, packaging, and vehicle performance.
Commercial Vehicle Application Experience
Products developed and applied for commercial vehicle operating conditions.
Multiple Powertrain Architectures
Central electric drive and integrated electric axle options for different vehicle platforms.
Scalable Product Portfolio
Multiple motor, axle, and range extender configurations to support different vehicle sizes and performance requirements.
OEM-Oriented Technical Support
Product documentation, specification matching, and technical communication to support vehicle development and integration.
Explore More
EV Products
Explore traction motors, electric axles, range extender systems, and other powertrain products for commercial vehicle applications.
EV Chassis
Explore electric chassis platforms designed for light commercial vehicle applications, with integrated systems and flexible body configuration options.
Technical Support
Access product documentation and technical support for powertrain selection, application assessment, configuration, and project communication.
Frequently Asked Questions
Jenwyn Tech supports light commercial vehicle applications including delivery vans, mini vans, mini trucks, and light-duty trucks. Powertrain options are available for different vehicle weights, drive layouts, operating conditions, and platform requirements.
Architecture selection depends on the vehicle platform, drive layout, payload, duty cycle, packaging requirements, and development objectives. Central electric drive solutions are suitable for applications based on conventional chassis layouts, while integrated electric axles are well suited to new EV platforms and applications requiring compact drivetrain packaging. Our engineering team can provide technical information to support architecture evaluation.
Yes. Central electric drive configurations can be applied to conventional vehicle platforms while retaining much of the existing chassis architecture. Integrated electric axles can also be considered where the vehicle platform allows greater chassis and drivetrain modification.
Yes. For customers looking to reduce vehicle development and integration workload, Jenwyn Tech can provide electric chassis platforms for selected LCV applications. The chassis integrates key vehicle systems into a defined platform, providing a foundation for different body configurations and commercial applications.