Water-Cooled Bidirectional Programmable DC Power Supply ANEVH LC(F)

The brand-new ANEVH LC(F) series water-cooled bidirectional programmable DC power supply adopts a high-frequency modular design, offering high power density; adopts soft-switching resonant conversion technology, reduces losses and improves efficiency; the power supply features functions such as battery simulation, electronic load, PV simulation, and waveform editing (LIST), it serves not only as a power source to deliver energy but also as a load to absorb energy in reverse and return it cleanly to the grid, fully supporting standard bidirectional operation.

• Ultra-high power density: 4U height, up to 40 kW per unit, 720 kW/m3;

• Water-cooled heat dissipation: dust-free and silent, strong adaptability to harsh environments, reducing air-conditioning costs;

• 8.8-inch color touchscreen for easy and intuitive operation;

• All-in-one unit integrating PV simulation, battery simulation, and electronic load;

• Source and load functions integrated in a high-frequency modular design;

• Multiple modules can be paralleled for flexible power expansion;

• High-frequency PWM rectification and bidirectional DCDC technology to eliminate high-frequency noise in high-power bidirectional supplies;

• SiC devices for higher power density, smaller size, and faster response;

• Bidirectional energy flow with automatic seamless switching between forward and reverse modes;

• Efficiency up to 95%, offering outstanding advantages in energy saving and environmental friendliness;

• Sense terminal compensation to compensate for cable voltage drop;

• Built-in function generator supporting arbitrary waveform generation;

• Comprehensive protections: OTP, OVP, OCP, OPP, overtemperature, islanding protection, AC input over/undervoltage protection, etc.

The power modules support master/slave parallel operation, enabling flexible power expansion to form higher-power systems. They feature programmable capability, allowing the generation of arbitrary waveforms to meet a wide range of testing requirements. They are equipped with comprehensive protection functions, including input undervoltage, output overvoltage, output overcurrent, output overpower, and internal overtemperature protection, ensuring reliable and stable power supply operation.