1. AC/DC discharge monitoring system
2. Monitor the voltage and current specifications of the AC output discharge of the energy storage power
3. Automatically calculate and set the back-end DC load pulling value by monitoring the AC output parameters
4. Fast decoy function
5. Monitor the voltage and current parameters of the DC output discharge of the energy storage power
6. Calculation of discharge capacity
7. It can support capacity range determination, such as setting cut-off discharge capacity to stop aging or execute the next project when it reaches the set value
8. A variety of load combination pull, support a variety of load combination configuration burn-in cabinet fast charging decoy function: support QC/PD fast charging function
9. DC discharge monitoring system: monitors the voltage and current parameters of the DC output discharge of the energy storage power supply
10. Discharge capacity calculation: can support the capacity of the range of determination,such as setting the cut-off discharge capacity to reach the set value can stop burn-in or execute the next project
Performance parameters
Burn-in cabinet structure
and Burn-in quantity
planning | Trolley size (mm) | L2050*W700*H2050mm (size of a single Burn-in cabinet) |
| Number of trolley layers | 4 layers, product area depth 400mm, (12 Burn-in positions per layer) |
| Trolley height | 350mm |
| Trolley structure material | thick cold rolled sheet |
| Load area cooling method | Top turbine exhaust fan top row type (easy to control the ambient temperature) |
| Layer insulation and anti-static method | Epoxy insulation board with heat dissipation holes on the surface |
| Overall burn-in room structure | Adopt mobile Burn-in split cabinet; beautiful appearance and easy to move and combine |
Introduction to energy
recovery module
configuration, power
of the tested power
supply and Burn-in
quantity | Energy recovery module control mode | RS485 communication mode, upper computer uses RS232 communication mode |
| Install the power module model | CP8401/CP8104 |
| Number of energy-consuming load modules installed | Each layer has 6 4CH modules, and 24 modules need to be installed in the whole burn-in cabinet |
| Install the energy recovery module model | CP8401+CP5301 |
| Energy recovery module isolation mode | Electronic load module channel adopts photoelectric isolation (communication and power supply isolation) |
| Energy recovery module design architecture | No relay, long-life design scheme (independent intellectual property rights) |
| Number of burn-in products in the whole cabinet | 24 energy storage power supplies with eight DC outputs (50W/100V/5A) and AC outputs (220V/500W) are aged in one cabinet |
