Regenerative Power System Itech IT-M3600 Series 800W

Description IT-M3600 series

IT-M3600 regenerative power system integrates two instruments in one, which is a bidirectional power supply and a regenerative electronic load. When used as a load, its energy recovery function can convert the absorbed DC power into AC power and return it to the grid. When used as a power supply, it can also be used as a wide range bidirectional DC power supply. IT-M3600 combines the advantages of both instruments well, and its small size of only 1U half rack also help to save your space, time and cost. IT-M3600 with high-precision output and measurement, it is suitable for multiple test fields such as multi-module batteries, multi-channel power supplies, micro inverters, and semiconductor devices.

Features IT-M3600 series

♦1U half rack, high power density
♦One button switch between source and load
♦Bidirectional energy flow between DUT and grid *1
♦High efficient power regeneration
♦Battery test
♦Battery simulation
♦8 operating modes: CC/CV/CP/CR/CV+CC/CC+CR/CV+CR/CV+CC+CP+CR*2
♦Independent control of multi-channels, implement synchronization or proportional tracking
♦PV inverter I-V curve simulation
♦High-speed measurement, keep 10 times / s update rate even connecting 16 stand-alone units
♦CC/CV priority
♦Adjustable output impedance
♦Programmable rise/fall time for voltage and current*3
♦Temperature measurement function, over temperature protection
♦List
♦Various protection such as OCP, UCP, OVP, OTP, OPP, UCP, over heat protection, grid fault protection and fault storage, foldback, Power-off protection, sense abnormal protection
♦Automatic detection of power grid state to realize reliable grid connection
♦Precharge function to prevent overshoot of DC loading current
♦Anti-reverse protection function through optional accessories
♦Five optional cards, supporting RS232, CAN, LAN, GPIB, USB_TMC, USB_VCP, RS485, analog and IO

*1 only available for single unit
*2 Multiple operation modes is only available under load function
*3 Only current rise and fall time can be set under load function

Specification