上海科梁能源科技有限公司 - Shanghai Keliang Energy Technology Co., Ltd.
New Energy Vehicles New Energy Vehicles
New Energy Vehicles
Automotive Three-Electric HIL Simulation & Testing System
Overview
The Automotive Three-Electric HIL Simulation & Testing System simulates real-world vehicle operating conditions to perform functional validation and performance testing on the BMS, MCU and VCU of new energy vehicles.
Applications

HIL test & verification for BMS (Battery Management System)

HIL test & verification for MCU (Motor Control Unit)

HIL test & verification for VCU (Vehicle Control Unit)

HIL test & verification for three-electric system joint debugging & testing

Features
01
High-precision simulation with small time step for FPGA-based inverters and motors.
02
Precise simulation of individual battery cells.
03
Simulation of various fault conditions such as open circuits, aging, overcharging, etc.
04
Full-Process Automated Testing
System Architecture
The system integrated three sets of simulation & testing systems for BMS, MCU, and VCU.
Each system mainly comprises an upper computer, a real-time simulator, interface conditioning equipment, and the DUT.
These three systems support independent testing or joint testing.
User Cases
New Energy Vehicle Integrated Electronic Control System Joint Test Platform
This integrated platform comprises six HIL test cabinets, a vehicle chassis test bench, a body controller test bench, PEPS test tooling system, robotic arm tooling system, and other subsystems. It achieves joint debugging & testing of up to 31 controllers in the power domain, chassis domain, and body domain of the vehicle. The platform can meet over 90% of the electronic control system's testing requirements in NEV industry.
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