IT16000C series high-power bidirectional programmable DC power supply
The IT16000C series is a modular, high-power, bidirectional, programmable DC power supply that cleverly combines intelligence, flexibility, and high power. It integrates up to 200k/250k power supply in a 27U integrated rack, making installation easier, and the power can be expanded to 4MW through parallel connection. It has both power supply and load functions, and also supports energy feedback to the grid, helping to recycle energy.
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- Product Description
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- Commodity name: IT16000C series high-power bidirectional programmable DC power supply
The IT16000C series is a modular, high-power, bidirectional, programmable DC power supply that cleverly combines intelligence, flexibility, and high power. It integrates up to 200k/250k power supply in a 27U integrated rack, making installation easier, and the power can be expanded to 4MW through parallel connection. It has both power supply and load functions, and also supports energy feedback to the grid, helping to recycle energy.
IT16000C Series High-Power Bidirectional Programmable DC Power SupplyThe IT16000C series is a modular, high-power bidirectional programmable DC power supply that cleverly combines intelligence, flexibility, and high power. It integrates a power supply of up to 200k/250k into a 27U integrated rack, making installation easier, and the power can be expanded to 4MW through parallel connection. It combines the functions of a power supply and a load, and also supports energy feedback to the grid, helping to recycle energy.
The IT16000C series features a new touchscreen design and an intuitive graphical user interface, allowing users to set parameters and edit waveforms more efficiently and conveniently, significantly improving the user experience. It covers high-power DC power supply application needs in automotive, energy storage, industrial, green energy, and scientific research institutions at a competitive price, fully meeting the high-power application needs of various industries.Product ModelModel Voltage Current Power Resolution Accuracy Interface Dimensions 
Features
♦ Power up to 250 kW in a single cabinet
♦ Supports parallel connection, expandable to 16 cabinets up to 4 MW
♦ Output voltage: 1200V/1600V/2250V
♦ Bidirectional power supply, integrating power supply and load functions
♦ Highly efficient energy feedback
♦ 7-inch color touchscreen, intuitive user interface
♦ Standard USB/LAN/CAN/digital IO communication interfaces, optional GPIB/Analog & RS232 communication interfacesFunctions
♦ CC/CV priority setting function
♦ Battery simulator, equipped with a dedicated test interface
♦ Battery test source, supports various battery charge and discharge modes
♦ Photovoltaic simulation source, simulates the I-V characteristic output of a solar photovoltaic panel
♦ List function, tens of millions of points of dynamic operating condition curve simulation
♦ Adjustable output impedanceParallel connection up to 4MW, configurable as needed
- Single cabinet maximum 250kW, expandable to 4MW
- Simple operation, no need to remove the cabinet
- Fiber optic full isolation, effectively protects equipment and the device under test
- No calibration required for the system after paralleling
Dual-use, bidirectional seamless
The IT16000C series cleverly integrates a bidirectional power supply and regenerative load, achieving continuous current supply and efficient absorption. As a power supply, it can stably output the required power; as a load, it can efficiently absorb up to 100% of the rated current. In "Only Load" mode, the IT16000C series supports CR, CC, and CW mode load tests, providing users with more flexible application choices.
Meanwhile, the IT16000C series has a high-speed current mode switching function, realizing fast, continuous, and seamless switching of output and absorption current, effectively avoiding potential damage to the device under test from voltage or current overshoot. Its compact design not only saves space, reduces energy consumption, and lowers operating costs, but also provides users with a more comprehensive and economical solution, suitable for advanced power control and protection needs in various application scenarios.
Solar Cell Array Simulation I-V Curve Power Supply
The IT16000C series is equipped with a SAS test interface specially designed for solar photovoltaic curve simulation, supporting maximum power point tracking tests of photovoltaic arrays/modules/batteries. In User-defined mode, users can easily set parameters such as Voc (open-circuit voltage), Vmp (maximum power point voltage), Imp (maximum power point current), and Isc (short-circuit current) to generate specific I-V curve outputs. Curve mode provides photovoltaic simulation functions according to EN50530 and Sandia standards, allowing users to select the corresponding solar cell material according to different standards and perform simulations by setting the Vmp (maximum power point voltage) and Pmp (maximum power point power) parameters, which is very suitable for verifying the performance of photovoltaic inverters (PV Inverter).
Battery Simulation
The IT16000C series is also a battery simulator, providing users with fast battery curve simulation functions. Users can freely select the "User-defined battery simulation" mode or the "Battery curve simulation" mode through the 5-inch touchscreen, quickly set the battery voltage, capacity, internal resistance, and SOC, easily define the battery model, and realize battery charge/discharge simulation.
At the same time, users can also choose ITECH's professional BSS2000 battery simulation software, use the software's built-in commonly used battery type configurations to configure series-parallel parameters, and simulate the characteristic curves of battery modules of different types and capacities. The software supports users to import MATLAB battery models or import actual battery charge and discharge curves through CSV files, and then verify the adaptability of the battery in practical applications.
Battery Charge/Discharge Test
The IT16000C series, due to its unique bidirectional design and variable output impedance design, allows a single machine to simultaneously simulate the charging and discharging characteristics of the battery, realizing the setting of various test conditions for the battery and data processing, suitable for charge/discharge testing of various types of batteries.
The IT16000C series can be matched with professional test software to form the ITS5300 battery charge and discharge test system. In addition to the charge and discharge cycle life test (BOL Test), it can also simulate complex real-world conditions, such as driving conditions, current pulses, or custom waveforms, to meet the evaluation of battery life, energy, and cruising range. Suitable for product R&D, quality analysis/incoming inspection, and production testing stages.
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