SDB bidirectional programmable DC
SDB bidirectional programmable DC power supply

The SDB series is a bidirectional programmable DC power supply that integrates DC power supply and feedback load. It can achieve the function of SOURCE to provide energy to the load, as well as the function of SINK to absorb load energy and feedback it to the grid, achieving dual quadrant operation.

The SDB series can reach a maximum voltage of 2250V, support multiple parallel machines, achieve power expansion, and is widely used in fields such as automotive electronics, power batteries, photovoltaics, energy storage testing, etc.


详细信息
Product Features
(1) Integrated design of source and load, bidirectional flow of energy
(2) Feedback efficiency reaches 95%, green and environmentally friendly, energy-saving and consumption reducing
(3) The maximum voltage of a single machine is 2250V, and the maximum power of a single machine is 30kW
(4) Capable of parallel operation and expanding output power
(5) Equipped with constant voltage (CV), constant current (CC), constant power (CP), and constant resistance (CR) modes
(6) Complete protection functions: OVP, OCP, OPP, OTP, and input overvoltage/undervoltage protection, etc
(7) Capable of simulating photovoltaic arrays
(8) Equipped with battery simulation function
(9) Capable of charging and discharging batteries
(10) Equipped with a "black box" function, it automatically records operating parameters in case of abnormal situations, making it easy to view and repair in the future

(11) Support multiple remote controls, standard RS232, optional RS485, CAN, LAN, etc


Typical recommendation
Dual directional flow of energy, fast switching
The SDB series integrates source and load design to achieve high-speed source load current mode conversion, allowing for quick switching between output current and absorption current, effectively avoiding voltage or current overshoot.


Oscilloscope mode displays real-time simulated curves of solar cell arrays
The SDB series power supply is equipped with standard SAS models such as EN50530 and Sandia, which can simulate the IV/PV curve of solar cell arrays. After the user sets the parameters, the curve can be generated internally and output for testing the static and dynamic maximum power tracking performance of the inverter. At the same time, this mode has oscilloscope function, which can display IV/PV curves on the interface and real-time display the current working coordinate point, simple and intuitive.

Implement multiple standard automotive power grid curves
Automotive electronic devices may encounter power transient interference during start-up and operation. To ensure that the equipment can withstand testing, it is necessary to simulate harsh working conditions during testing. According to industry standards, the SDB series can output various standard curves to achieve instantaneous voltage drops during vehicle start-up and various automotive electronic testing pulses for performance testing of electronic devices.

Specification and model

voltage

model

current

power

voltage

model

current

power

0-100V

SDB100-170

170A

5kW

0-300V

SDB300-75

75A

5kW

SDB100-340

340A

10kW

SDB300-150

150A

10kW

SDB100-510

510A

15kW

SDB300-225

225A

15kW

SDB100-510X

510A

20kW

SDB300-225X

225A

20kW

voltage

model

current

power

voltage

model

current

power

0-500V

SDB500-40

40A

5kW

0-750V

SDB750-25

25A

5kW

SDB500-80

80A

10kW

SDB750-50

50A

10kW

SDB500-120

120A

15kW

SDB750-75

75A

15kW

SDB500-160

160A

20kW

SDB750-80

80A

20kW

SDB500-240

240A

30kW

SDB750-120

120A

30kW

voltage

model

current

power

voltage

model

current

power

0-1000V

SDB1000-40

40A

10kW

0-1500V

SDB1500-40

40A

15kW

SDB1000-80

80A

20kW

SDB1500-80

80A

30kW

0-2250V

SDB2250-25

25A

15kW

 

 

 

 

SDB2250-40

40A

30kW