Bidirectional DC Power Supply
Bidirectional DC power supplies act as both a source and sink of power, offering high efficiency and energy recovery. Adequiment’s solutions provide advanced control and flexibility for modern power testing.
Applications
Widely used in EV battery testing, renewable energy research, grid applications, and power electronics validation.
Features
- Seamless source and sink operation
- High efficiency with regenerative capability
- Wide dynamic operating range
- Programmable automation support
- Built-in protection and safety mechanisms
Programmable Bidirectional DC Power Supply
Voltage range up to 2250V; built-in function generator for arbitrary waveforms.
Integrates source and load functions in a compact 3U chassis.
High-frequency PWM rectification, bidirectional DCDC technology, with low noise and high power density.
Seamless bidirectional energy flow with up to 95% feedback efficiency.
Includes standard voltage curves for automotive grids, MPPT testing, and solar cell-V curve simulation.
Comprehensive protection (OTP, OVP, OCP, OPP); standard RS232 Interface with graphical PC software.
High Power Bidirectional DC Power Supply
Output Range: 24V to 1200V, 150A to 2000A, 90kW to 1300kW,
Response: Offers ultra-high precision output (0.05% voltage, 0,1% current) with fast dynamic response (load switching 5ms. forward/reverse switching 6ms).
Supports continuous energy feedback at full power with a high power factor (0,99) and low current harmonics (3%).
Programmable Output: Programming a variety of waveforms, including ramp-up functions to minimize voltage impact.
Robust Design: Features bok-in fikers for grid and load interference elimination, along with a professional heat dissipation system for long-term operation,
Equipped with a large LCD display and supports multiple operation modes (buttons knobs, touch screen),
Interfaces: CAN, RS232/RS485, LAN and other interfaces.
Multifunctional System: Combines battery simulation and bidirectional output, ideal for EV motors, controllers charging piles, and photovoltaic energy storage testing,