English

Nebula Battery Cell Ripple Generator

The Battery Cell Ripple Generator simulates ripple currents in battery cells by setting voltage, current, and frequency ranges to generate accurate ripple signals. With independent 250A channels that can be paralleled for up to 1000A peak current, it can be expanded with multiple cabinets to meet higher current demands. Covering 10Hz to 3000Hz with high precision, the system supports flexible testing modes, including simultaneous ripple and charge/discharge testing, standalone ripple or charge/discharge tests, offering valuable insights for battery development and optimization.


Scope of Application

  • Power Battery
    Power Battery
  • Consumer Battery
    Consumer Battery
  • Energy Storage Battery
    Energy Storage Battery
  • 图片7

Product Feature

  • Unlock Ultimate Testing Flexibility

    Unlock Ultimate Testing Flexibility

    Works effortlessly with various battery cell cyclers, supporting simultaneous or standalone ripple and charge/discharge testing. One device adapts across multiple models, delivering unmatched flexibility, reliability, and comprehensive battery analysis.

  • Easy Power Scaling for High-Power Tests

    Easy Power Scaling for High-Power Tests

    4 independent modular channels that can be used individually or combined for up to 1000A peak current. It seamlessly integrates across multiple devices for parallel ripple simulation testing, providing unmatched flexibility for high-current battery and high-voltage battery testing. Saving time, costs, and enhances overall testing efficiency.

  • Precision Across Wide Frequencies

    Precision Across Wide Frequencies

    Wide-frequency range of 10Hz to 3000Hz with high precision ensures current peak value ≤ 14.72 * frequency (10Hz-50Hz) and up to 1000A peak-to-peak current (using 3m, 240mm copper wire). With output precision of 0.3% F.S. peak (10-2000Hz) and 1% F.S. peak (2000-3000Hz), it delivers reliable, high-accuracy performance for battery and high-voltage component testing.

  • Dual-Mode Simulation with Built-in Protection

    Dual-Mode Simulation with Built-in Protection

    Combining ripple heating and ripple interference simulation, this device heats the battery through internal resistance effects and simulates real-world ripple signals from power units, helping assess their impact on battery performance across various frequency bands.

图片7

Basic Parameter

  • BAT-NERS-10125-V001
  • Input Power 220VAC±15% ≥0.99 (Full Load) ACDC High-Frequency Isolation Surge Protection, Over/Under-Frequency Protection 220VAC±15%
  • Power Factor≥0.99 (Full Load)
  • Isolation MethodACDC High-Frequency Isolation
  • Input ProtectionSurge Protection, Over/Under-Frequency Protection, Over/Under-Voltage Protection, AC Short-Circuit Protection
  • Input Power1kW
  • Number of Channel1 CH
  • Control MethodIndependent Channel Control
  • Voltage Range(DC) 0-10V
  • Current Range ≤125A
  • Current Output Accuracy10-2000Hz: ±0.3% FS (Peak); 2000Hz-3000Hz: ±1% FS (Peak)
  • Frequency Range10Hz-3000Hz
  • Frequency Accuracy 0.1%F.S.
  • Dimensions440mm (W) × 725mm (D) × 178mm (H)
  • Weight42KG
Write your message here and send it to us
Hit enter to search or ESC to close