Chroma 62120D-100 Programmable, Bidirectional DC Power Supply, 100V, 360A, 12kW

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Manufactured by: Chroma

Category: DC Power Supplies, High Voltage (60V and up), High Current (60A and up)

RENT CHROMA 62120D-100 Programmable, Bi-directional DC Power Supply

The Chroma 62120D-100 is a cutting-edge programmable, bi-directional DC power supply, designed for versatile applications in the renewable energy sector and electric vehicle testing. This advanced power supply system boasts power source and load characteristics, enabling seamless operation in two quadrants. Its primary function caters to testing renewable energy power systems, including photovoltaic (PV) and storage hybrid inverters, as well as power conversion systems, making it an essential tool for charging, discharging, and simulating battery behaviors.

Equipped to handle power components utilized in electric vehicles, the Chroma 62120D-100 excels in simulating bidirectional on-board chargers (BOBC), bidirectional DC converters, and DC-AC motor drivers, effectively replacing traditional battery conversion simulation tests. Its user-friendly interface mimics familiar smartphone operations, allowing for effortless voltage and current settings, program sequence controls, and output waveform previews via the vibrant touch screen display.

This versatile instrument uniquely combines a DC power supply output and regenerative DC load in a single unit, enabling not only comprehensive motor driver testing but also enhancing energy efficiency through effective backfeeding to the grid. With 100 programmable settings, the Chroma 62120D-100 accommodates various testing requirements, including compliance with LV123 and LV148 standards for new energy vehicle components. For even greater convenience, users can conduct tests with a single click when using the Chroma Softpanel.

The Chroma 62120D-100 stands out with its active Power Factor Correction (PFC) greater than 0.98, contributing to significant energy savings and heightened conversion efficiency. Its wide input power range accommodates three-phase 200Vac to 480Vac input, ensuring adaptability in different operational environments. When operating at lower input voltages (200Vac-340Vac), the output power derates to 67%, while at higher input voltages (341Vac-480Vac), full output power is maintained at 100%.