Unrealistic Electrical Environment
EV controllers, BMS, sensors, loads, and battery states are often tested as isolated devices instead of complete vehicle behavior.
Automotive electronics test solution
Automotive Electronics ATE Solution
Build a digital automotive electronics test environment with programmable power, regenerative load, battery simulation, data acquisition, automation, and traceable reports.
kW-MW
Power range
95%
Energy recovery
ISO / IEC
Standards coverage
ATE
Automated testing
Digital vehicle bench
Power + load + battery + ATE
Energy returned
SourceLoadBatteryDAQ
Power source
FTB9000
Electronic load
FT68200
Battery simulation
FT8330
Testing challenges
Five problems automotive electronics teams face
Complex System Integration
Power supplies, loads, battery simulators, signal cards, relays, and software must work together under one test process.
High Energy Cost and Heat
Long-duration power tests consume energy and create heat unless regenerative supplies and loads return energy to the grid.
Different Standards and OEM Rules
Teams need repeatable workflows for ISO16750-2, VW80000, VW80300, GB/T, QC/T, IEC, and custom OEM profiles.
Data and Report Management
R&D and production teams need automation, traceable results, monitoring, test coverage, report export, and traceability instead of manual loops.
Complete architecture
A reusable ATE platform, not a single instrument
The system combines power simulation, load simulation, battery simulation, signal switching, data acquisition, automation software, and traceable reports into one engineering workflow.
Problem -> architecture -> platform -> application -> value -> trust.
Power Simulation
Programmable and bidirectional DC sources reproduce low-voltage, high-current, high-voltage, and regenerative bus conditions.
FTB9000FTP9000FTGFTL
Load Simulation
Regenerative and programmable electronic loads support high-power loading, dynamic response, and battery charging validation.
FT68200A/E/HFTR9000
Battery Simulation
Multi-channel battery simulators reproduce cell, module, BMS SOC/SOH, balancing, fault, and protection states.
FT8330FT8340FT8350
Signal, Switch and Data
DAQ, relay, measurement, voltage/current, temperature simulation, and software modules connect the bench into a repeatable ATE system.
FTM8000ATE Software
Four technical platforms
Each module becomes a reusable test capability
Programmable Power Supply
Build stable or disturbed vehicle power environments from low-voltage sensor rails to high-power EV bus testing.
- Low ripple DC output
- Fast transient response
- High-voltage and high-current options
Electronic Load
Simulate motors, OBC, DC-DC, charging pile, and power semiconductor load behavior with programmable profiles.
- Dynamic loading
- Regenerative options
- Automated loading sequences
Battery Simulation
Validate BMS behavior without depending on real packs during early R&D, production, and reliability testing.
- Cell and module simulation
- SOC/SOH workflows
- Fault and balancing tests
Test System Integration
Connect instruments, switching, software, reports, and standards into one repeatable engineering workflow.
- Manual and automatic modes
- Traceable reports
- Standard and OEM profiles
Application scenarios
Covered by one modular platform
Each scenario maps to a buyer team, a real electrical pain point, and a reusable FaithTech product platform.
BMS Testing
Cell voltage, pack current, temperature, leakage, balancing, SOC/SOH, alarm, and protection validation.
OBC / DC-DC Converter Testing
Power-stage hardware validation, programmable source and load automation, efficiency, and report generation.
Automotive Waveform Testing
ISO16750-2, VW80000, VW80300, and OEM electrical disturbance profiles for automotive electronics.
Harness and Control Box Testing
Central control boxes, fuse boxes, connectors, relays, and harness validation with switching and DAQ integration.
Sensor Power Testing
Low-voltage, high-current supply for sensor modules, cable assemblies, and precision power rails.
SiC / IGBT Power Semiconductor Testing
2250V wide-range power source up to 25A, high-precision low-ripple output, production and R&D validation.
Charging Pile Testing
High-power electronic load and regenerative load validation for charging system test platforms.
EV Motor Drive Testing
Drive motor and controller performance, reliability, regenerative braking, and DC bus behavior validation.
Core product lines
Built from proven FaithTech power test platforms
FTB9000 Series
High-power bidirectional DC source for EV bus, OBC, motor, and regenerative power testing.
- 0-2250V
- Up to 180kW per unit
- Bidirectional energy recovery
FT68200A/E/H Series
Programmable electronic load for converter, charging pile, and semiconductor power validation.
- 150V-2250V models
- Dynamic load profiles
- Regenerative options
FT8330 Series
Multi-channel battery simulator for BMS, module, and pack behavior validation.
- Cell and module simulation
- SOC/SOH workflows
- Fault simulation
Why choose FaithTech
From equipment supplier to test system provider
System Engineering Mindset
FaithTech combines power, load, battery simulation, switching, DAQ, software, and reporting as a complete bench.
Regenerative Energy Savings
Bidirectional sources and regenerative loads reduce heat and energy waste during long-duration high-power tests.
Standards-Based Validation
Test logic can align with SAE, GB/T, QC/T, ISO, IEC, VW, and customer OEM requirements.
Reusable ATE Workflow
Manual debugging, automatic sequences, monitoring, data logging, and report export support both R&D and production.
Solution paths
Recommended configurations for different teams
EV Powertrain Teams
Recommended solution
FTB9000 + regenerative load + motor bench integration
- Drive motor and inverter validation
- Regenerative braking profiles
- Stable high-power DC bus
BMS and Battery Teams
Recommended solution
FT8330 + FTM8000 + temperature and relay modules
- Cell and pack simulation
- SOC/SOH and balancing tests
- GB/T 34131 and GB/T 38661 workflows
OBC / DC-DC Teams
Recommended solution
Programmable source + FT68200 load + ATE software
- Power-stage functional testing
- Efficiency and protection validation
- Automated reports
Automotive Electronics Labs
Recommended solution
FTP032-C / FTH-C waveform system + DAQ switching
- ISO16750-2 disturbance tests
- Harness and control box validation
- OEM profile reuse
Build a dedicated test plan
Plan your automotive electronics ATE system
Share your DUT, voltage, current, power level, test standards, automation needs, and reporting requirements. FaithTech can recommend the right platform configuration.