PCL 60kW Programmable DC Power Supply 30V 2000A & 60V 1000A to 1500V 30A & 2000V 30A

Twintex PCL 60kW series programmable DC power supply, comprising four 15kW power modules connected in parallel within a 12U mobile cabinet, features a compact design that facilitates on-site deployment and relocation. Larger cabinet options are available to provide ample space for future power expansion, meeting the needs of production line scaling. It offers a wide output voltage range of 30V to 2000V and a maximum current of 2000A.

The PCL 60kW Programmable DC Power Supply is designed for static testing applications, such as reliability verification involving component burn-in, battery pack cycle life testing, long-term load testing for PV inverters, and temperature rise testing for relays and connectors. Standard RS232/RS485 interfaces support remote control and data acquisition, facilitating integration into automated static testing systems. It is widely applicable to various high-power DC power supply and testing scenarios, ranging from laboratory R&D to automated production line testing, and from individual components to complete system-level units.

Below are the specific testing and application scenarios for eight typically used models, from low voltage to high voltage.

 20V 2400A 48kW Programmable DC Power Supply PCL20-2400:

• High-current component burn-in testing: Conducts current-carrying capacity and burn-in tests on high-power components—such as switches, connectors, and busbars—that require ultra-low voltage and ultra-high current.
• Scientific research and laboratories: Provides stable power for experiments requiring low voltage and high current, such as physics research and materials testing.

30V 2000A 60kW Programmable DC Power Supply PCL30-2000:

• IGBT power device burn-in: Supplies high-current operating conditions for IGBT modules to perform long-term burn-in reliability tests.
• High-current charging testing: Used for durability testing of EV charging connectors and simulation of high-current charging scenarios.

60V 1000A 60kW Programmable DC Power Supply PCL60-1000:

• Electric vehicle controller and motor testing: Simulates the output characteristics of high-capacity batteries to provide test power for motors and controllers in e-bikes and low-speed electric vehicles.
• Electronic component burn-in testing: Used for long-term loaded burn-in and routine testing of components such as resistors, relays, and motors.

150V 400A 60kW Programmable DC Power Supply PCL150-400:

• Precision part surface treatment: Provides stable power for electroplating or surface treatment of precision parts requiring high uniformity.
• Industrial automation equipment power supply: Supplies stable DC power to high-power equipment on industrial production lines.

300V 200A 60kW Programmable DC Power Supply PCL300-200:

• General-purpose DC/DC converter and inverter testing: Used for voltage drop, efficiency, and lifecycle testing of various DC/DC converters and inverters.
• Aluminum electrolysis: Ensures stable current during the aluminum electrolysis production process to improve aluminum purity and production efficiency.

1000V 60A 60kW Programmable DC Power Supply PCL1000-60:

• Capacitor aging and testing: Provides power for the aging (conditioning) of high-voltage capacitors.
• High-voltage electronic device burn-in: Used for long-term burn-in testing of high-voltage electronic devices (e.g., IGBTs, MOSFETs).

1500V 40A 60kW Programmable DC Power Supply PCL1500-40:

• Power electronic device testing: Used for parameter testing and reliability verification of high-voltage power semiconductor devices such as IGBTs and diodes.
• Scientific research and laboratories: Used for high-voltage power electronics experiments in universities and research institutes.

2000V 30A 60kW Programmable DC Power Supply PCL2000-30:

• Ultra-high voltage PV power supply testing: Provides testing for power modules used in 2000V ultra-high voltage photovoltaic systems.
• High-voltage electronic component aging: Used for withstand voltage and aging tests on components such as high-voltage resistors, capacitors, and relays.