ANEVH(F) series is a programmable bidirectional DC power supply that integrates a DC power supply and a feedback load, which can be used as a "source" and output power; or used as a load to realize sink function, absorbing power and returning to the grid cleanly; standard dual-quadrant operation. The ANEVH(F) series programmable bidirectional DC power supply covers 7 voltage levels, covering 0V-2250V, supporting multiple parallel machines, and the power can be expanded up to 1MW; bidirectional energy flow, automatic seamless switching, high power density, fast dynamic response, built-in function generator and standard test curve to generate a variety of waves, excellent characteristics and rich test functions, suitable for testing applications in laboratory, automotive electronics, new energy three power, micro-grid, high-power test and other applications.
- Integrating source and load functions into one, full series 3U standard chassis.
- High-frequency PWM rectification and bidirectional DCDC technology. Eliminate the noise of the conventional high-power bidirectional power supply.
- Higher power density, compact, high speed.
- Energy flows in both directions. Automatically and seamlessly forward/reverse switching.
- Feedback efficiency up to 95%, energy saving, and environmental protection.
- Voltage: 7 levels, covering 0-2250V, the industry's highest voltage level, with unique high-voltage series technology
- Built-in function generator, supports arbitrary wave generation
- Built-in voltage curves for DIN40839, ISO-16750-2, and ISO21848 standard automotive grids
- Simulate a variety of solar cell output characteristics (Fill Factor)
- Test the maximum power point tracking (MPPT) capability and efficiency
- Accurate voltage and current measurement
- Serial output can be set to test the PV inverter's operating voltage range
- Comprehensive OTP, OVP, OCP, OPP protection.
- S terminal compensation
- Solar cell I-V curve simulation
- Standard RS232 interface
- Standard graphical PC operating software. Single operation available
- Simulate the I-V curve under different temperature and illumination conditions
- Micro-grid and micro-inverter testing
- Automotive motor, controller, and power battery testing
- Fuel cell test, fuel cell DCDC test
- UPS, on-board charger (OBC), charging spot, bidirectional DC-DC test
- Industrial testing for electrolysis, electroplating, welding, etc.
- Testing of the communication power supply, LED product
- Testing of automotive electronics, avionics
- High power test, DC feedback load demand application
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