The IT6000B series adopts SiC technology to integrate the bi-directional power supply and feed-back load into a single instrument with only 3U volume. A single button allows it to switch freely between bi-directional power supply and feed-back load, not only can it be used as an independent bi-directional power supply to realize the function of source and provide power; it can also be used as an independent feed-back load, which not only absorbs power but also returns the consumed energy cleanly to the power grid, with the standard dual-quadrant function.
Adopting the third generation SiC technology, integrating bi-directional power supply and feed-back load.
One-touch switching of source and load at the panel
High power density, 18kW in 3U height, expandable up to 2MW with master-slave parallel connection.
Voltage output range: 0 to 2250V
Current output range: 0 to 2040A (single cabinet); 0 to 8000A (parallel connection between cabinets)
Bi-directional energy transfer, seamless switching across quadrants
Support control loop priority mode setting, set different loop speeds
Built-in LV123, LV148, DIN40839, 1S0-16750-2,
SAEJ1113-11, LV124 and IS021848 standards, some automotive power grid
Voltage profile
Energy return can be nearly 95%.
Built-in function generator, support arbitrary waveform generation
Battery cycle test, support CC/CV/CP and other battery charging and discharging modes.
Battery charging and discharging modes
Can be used as a photovoltaic simulator (with SAS1000 software), support for solar cell matrix I-V curve simulation.
Support solar cell matrix I-V curve simulation function
Various protection functions, support OVP, OCP, ± OPP, OTP, power-down, islanding protection.
Built-in USB/CAN/LAN/digital I0 interface, optional GPIB/analog & RS232 interface.
Supports external data access, up to 10us sampling interval.
Can be used as a battery simulator (with BSS2000 software), simulation of lithium iron phosphate / lithium ternary battery characteristics curve
Up to 10,000,000 points of dynamic curve simulation function
