Language
CN
EN
R&D Strength
Capable of designing and developing processes for cylindrical, square, and soft package from components to PACK
◆ Advanced FDS integrated structure design
◆ Multi functional lightweight composite upper cover design
◆ High strength rolling box design
◆ Platform based design of modular CTP
◆ Fully automatic welding design for short pole ear connection
◆ High voltage electrical architecture for active safety fuse protection
◆ Design of multifunctional composite parts
◆ Low cost FFC wiring harness
◆ Thermal management constant temperature system
◆ 6-dimensional thermal safety protection system
◆ Multidimensional simulation condition analysis
◆ SOX accuracy 3%
◆ Fault coverage>99%
◆ HIL test 1000 pieces
◆ Super compression algorithm, burning takes only 90 seconds
◆>99% of vehicle grade components
◆ Support -5V negative pressure
◆ Full time sleep balance function
◆ Full temperature range accuracy ± 1.5mV
◆ Trial production and mass production capacity of soft bags, square shells, and cylindrical batteries
◆ Industry leading soft bag CTP process new process DOE verification capability
A first-class enterprise needs first-class product
A first-class product requires first-class technology
First class technology requires first class manage
Develop a first-class standard system and build a first-class enterprise
Room temperature fast charging: ≤ 43 ℃
High temperature fast charging: ≤ 46 ℃
EV:≤5 ℃ REV:≤7 ℃
2 ℃/h @ 40 ℃ temperature difference
Covering 26 working conditions
Full scene adaptive update
Assist in the development process from conceptual design to product delivery through the simulation capability of multi-scale and multi-physical fields from battery cells to systems
Simulation of Cell Impact Response and Strength
Simulation of 1D performance of battery cells
Electrothermal coupling simulation
Capacity attenuation and aging simulation
Thermal runaway thermal diffusion simulation
Identification of one-dimensional parameters of battery cells
Simulation of module impact vibration
Module extrusion simulation
Simulation of Adhesive Strength of Module Cell
Module thermoelectric coupling simulation
Module expansion force calculation
Module heating design simulation
PACK extrusion simulation
PACK vibration fatigue simulation
PACK simulation collision simulation
PACK Bottom Ball Hitting Simulation
PACK Impact Analysis
Optimization of PACK upper cover morphology
lightweight design
PACK high-temperature discharge
PACK high-temperature charging
PACK low-temperature heating
PACK insulation/heat damage
PACK water cooling system optimization
Topology optimization of PACK box
Simulation of emergency acceleration and deceleration conditions
Thermal management strategy simulation verification
Thermal safety scheme simulation
Thermal management simulation of measured road spectrum
BDU thermal analysis
3% high-precision SOX algorithm; 99.6% fault diagnosis coverage rate; ASILC Functional Safety
Individual voltage detection
Total voltage monitoring
Charging and discharging current monitoring
Battery temperature monitoring
SOC estimation
SOH estimation
SOP estimation
SOE estimation
Fault diagnosis and handling
Thermal runaway warning
Intelligent charging management
Sleep equilibrium
Active Life Control
Thermal management control
Relay control
Charging insulation
V2L charging
Remote heating
OTA
Appointment Charging
Intelligent 12V charging
CAN communication
Diagnostic calibration
Program updates
ASILC