Product Overview
The Electric Motorcycle Battery Pack Performance and Road Simulation Testing System is designed to evaluate the performance, reliability, safety, and durability of battery packs used in electric motorcycles and other light electric vehicles.
The system integrates battery current testing, voltage monitoring, temperature analysis, driving range evaluation, road simulation, load simulation, charging verification, and safety protection functions into a single testing platform.
By simulating real-world riding conditions, vehicle loading, obstacle impacts, and long-term battery discharge cycles, the system provides comprehensive battery performance data for product development, quality control, laboratory validation, and compliance testing.
Main Testing Functions
Battery Output Current Testing
Monitor real-time battery discharge current during vehicle operation. The system records current data and automatically generates speed-current characteristic curves for performance analysis and reporting.
Battery Output Voltage Testing
Measure battery output voltage during operation and generate speed-voltage characteristic curves to evaluate battery efficiency and stability.
Driving Range Evaluation
Automatically records total mileage from full charge to battery depletion, providing accurate range performance verification.
Vehicle Speed Monitoring
A roller-mounted speed sensor continuously measures vehicle speed and provides real-time feedback to the control system.
Battery Temperature Monitoring
Up to 16 independent temperature channels monitor battery surface temperature at different locations. The system automatically stops testing if preset temperature limits are exceeded.
Vehicle Load Simulation
A pneumatic loading system applies adjustable loads from 40 kg to 150 kg to simulate rider weight and real operating conditions.
Battery Charging Verification
Integrated charging interface allows automatic charging and disconnection when fully charged. Low battery alarms notify operators when charging is required.
Road Obstacle Simulation
Obstacle blocks of 5 mm, 10 mm, and 20 mm simulate rough road conditions and evaluate battery performance fluctuations, vibration durability, and system stability.
Tire Blowout Protection
An emergency shutdown system automatically stops the equipment and activates alarms when tire failure is detected during testing.
Fire Safety Protection System
Integrated smoke detection, forced exhaust ventilation, automatic sprinkler system, and solenoid valve control provide enhanced laboratory safety during battery testing.
Main Features
Comprehensive battery performance evaluation platform
Real-time voltage, current, temperature, speed, and mileage monitoring
Four independent voltage/current acquisition channels
Sixteen-channel battery temperature monitoring system
Road simulation and obstacle impact testing capability
Adjustable rider load simulation
Automatic data acquisition and report generation
Integrated battery charging function
Emergency safety protection system
Suitable for electric motorcycles and light electric mobility products
Technical Specifications
Item | Specification |
Roller Diameter | 550 mm |
Maximum Vehicle Speed | 100 km/h |
Current Measurement Range | DC 0–100 A |
Current Accuracy | ±0.3% |
Voltage Measurement Range | DC 0–100 V |
Voltage Accuracy | ±0.5% |
Voltage/Current Channels | 4 Independent Channels |
Load Simulation Range | 40–150 kg |
Load Accuracy | ±2 kg |
Temperature Channels | 16 Independent Channels |
Temperature Range | 0–200°C |
Temperature Accuracy | ±1.5°C |
Wheelbase Adjustment Range | 700–1400 mm |
Roller Surface Driving Force | 290 N |
Rear Wheel Motor Torque | 80 N·m |
Obstacle Heights | 5 mm / 10 mm / 20 mm |
Power Supply | AC380V, 25 KW, 50 A |
Advantages
Combines battery testing and vehicle simulation in one platform
Evaluates battery performance under real operating conditions
Provides comprehensive current, voltage, temperature, speed, and mileage analysis
Supports long-duration endurance testing
Integrated safety monitoring and protection functions
Professional laboratory-grade testing solution
Suitable for battery validation, durability verification, and product development
FAQ
1. What is the purpose of an electric motorcycle battery testing machine?
The Electric Motorcycle Battery Testing Machine is designed to evaluate battery performance, battery reliability, and battery safety under real operating conditions. Unlike a conventional battery charge-discharge tester, this system combines road simulation, load simulation, temperature monitoring, and battery performance analysis to verify how the battery pack performs during actual vehicle operation.
2. Why is road simulation important in battery pack testing?
Real-world battery performance is influenced by vehicle speed, rider load, road vibration, and acceleration conditions. The road simulation testing function reproduces these operating conditions on a roller test bench, allowing engineers to evaluate battery voltage fluctuation, discharge current characteristics, temperature rise, and driving range under realistic riding scenarios.
3. How does the battery temperature monitoring system improve testing safety?
The Battery Temperature Monitoring System uses up to 16 independent temperature channels to continuously monitor battery surface temperatures. During endurance testing or high-load operation, the system can identify abnormal thermal behavior, helping engineers evaluate battery thermal stability, heat generation characteristics, and overall battery safety performance. Automatic shutdown protection is activated when preset temperature limits are exceeded.
Yes. The system automatically records vehicle mileage from a fully charged state until battery depletion. By simultaneously collecting battery voltage, discharge current, vehicle speed, and temperature data, engineers can analyze battery efficiency, energy consumption, range performance, and overall battery pack durability under different operating conditions.
5. What testing logic is used in this battery durability testing system?
The testing logic is based on real-world operating simulation. Instead of testing the battery pack in isolation, the system recreates actual riding conditions by applying vehicle load, road obstacles, speed variations, and continuous discharge cycles. This approach allows manufacturers to evaluate the relationship between battery current, battery voltage, battery temperature, vehicle speed, and driving range, providing more reliable data for battery validation, durability verification, and product development.
