NGI N35500 Bidirectional DC Power Supply | nanotech-tmi
NGI N35500 Bidirectional DC Power Supply | nanotech-tmi
●High power density, up to 42kW output in 3U chassis
●Wide output range, one can be used as multiple
●High-speed dynamic response, voltage rise and fall time ≤ 5ms
●Voltage accuracy: 0.02%+0.02%F.S.; Current accuracy: 0.1%+0.1%F.S.
●CC&CV Priority suitable for all types of test item
●Master/Master perallel up to MW level
●Load mode support CC/CV/CP/CR function
●Battery simulation, charge/discharge test, sequence test, waveform function etc.
●PV array I-V curve simulation function (optional)
●6.8 inch LCD screen for clear test information
●Standard with LAN/RS232/RS485/CAN communication
●Modbus-RTU, SCPI, CANopen protocol supportable
Description
The NGI N35500 Bidirectional DC Power Supply delivers a specialized, high-power solution for precision energy testing and industrial R&D. Engineers utilize this dual-quadrant instrument to integrate both a high-efficiency power supply and a regenerative electronic load into a single 3U chassis. This model specifically addresses the unique requirements of testing electric vehicle (EV) drivetrains, energy storage systems, and solar inverters. Consequently, your facility gains the ability to supply and absorb massive amounts of current with absolute accuracy and energy efficiency.
Instead of deploying separate power sources and bulky resistive loads, your laboratory achieves a significant technical advantage with the NGI N35500 series. The system offers an industry-leading power density of 42kW within a compact frame. Therefore, you can confidently validate high-voltage batteries and power electronics up to 2250V while maintaining a streamlined workspace.
N35500 Technical Advantages
This bidirectional DC power supply packs advanced features for demanding green energy and automotive testing environments. It provides a lightning-fast dynamic response time of less than 5ms for voltage transitions, allowing technicians to replicate rapid load changes with microsecond precision. Furthermore, the unit features a high measurement accuracy of 0.02% for voltage and 0.1% for current. This ensures that your engineering team captures exact data points during complex longevity and efficiency test cycles.
The N35500 series also supports sophisticated simulation software for photovoltaic arrays and battery behaviors. Technicians can configure custom charge and discharge profiles directly through the 6.8-inch high-definition LCD screen. Additionally, the regenerative load function returns energy back to the grid with up to 95% efficiency. This feature significantly reduces thermal heat dissipation in your facility and lowers overall operational costs during long-duration endurance tests.
Modern Laboratory Integration
Modern facilities require robust connectivity and high-speed data management for power electronics research. Therefore, the N35500 series includes standard communication ports like LAN, RS232, RS485, and CAN for easy network integration. It supports SCPI, Modbus-RTU, and CANopen protocols, allowing for straightforward secondary development in complex automated test environments (ATE). The modular design also supports Master-Master parallel connections to scale power levels to the megawatt range as your testing demands increase.
When your project demands the highest power density and bidirectional efficiency for component validation, the NGI N35500 stands out as the premier choice. Stop settling for low-efficiency tools that limit your research capabilities and increase your utility costs. Contact nanotech-tmi today to request a technical datasheet or a custom quotation for your high-power laboratory. Trust nanotech-tmi for all your NGI and high-power Bidirectional DC Power Supply requirements!
Reviews
There are no reviews yet.