Bidirectional DC power supply
Our bidirectional DC power supply has two working states: source and load. When used as a DC power supply, the equipment provides energy to the outside in the source state. When used as a load, the device absorbs external energy and is in a loaded state. The transition between source and load states is determined by the output voltage of the device and the external voltage. When the output voltage is higher than the external voltage, the device is in the source state. When the output voltage is lower than the external voltage, the device is in a loaded state
The device can achieve three working modes: CV (constant voltage), CC (constant current), and CP (constant power) in both source and load states.
When in CV (constant voltage mode), the main interface status bar displays "CV", and the DC port voltage of the device is adjusted according to the set value. When the output or input current of the DC port exceeds the set current values of the source and load, the device will enter CC (constant current mode) and the status bar will display "CC". The output and input currents can be changed by setting the current values of the source and load respectively, and the device port voltage is determined by the external source and load; When the external power exceeds the set power values of the device source and load, it will enter the CP (constant power mode) status bar and display "CP". The power can be changed by adjusting the device source and load to set the power value.
Application area
● New energy vehicles: on-board charger/DC-DC module, automotive electronic components;
● Various power motors: electric vehicle motors, aircraft/ship/aerospace motors;
● Supercapacitors/batteries: research and testing in the fields of battery cells, battery modules, capacitors, etc.

The application scenarios of bidirectional DC power supply are very wide, mainly used in the research and development, debugging, production and other fields of various electronic devices. It can test various electronic devices, such as battery testing, charging station performance testing, electric vehicle performance testing, etc., to help enterprises improve product quality and performance. In addition, bidirectional DC power supply can also be applied in the field of new energy, such as solar energy, wind energy, etc. In these fields, bidirectional DC power sources can be used as inverters to convert unstable multiphase currents into stable three-phase currents for supply to the power grid or loads. At the same time, bidirectional DC power supply can also feed back excess energy to the grid, improving energy utilization and stability.
If you need a bidirectional DC power supply, please contact us.