PKT-kW 1000V Modular Pack Battery Testing System for PACK Applications

PKT-kW 1000V Modular Pack Battery Testing System for PACK Applications

USD $10000~$12000

Min. Order: 1 piece

The PKT-kW PACK is a high-precision battery testing system designed for modular battery packs. It features a wide voltage range up to 5V per cell, supports high-voltage output up to 1000V, and offers accurate voltage and current measurements. Modular design allows easy expansion, making it ideal for battery manufacturers, EV developers, and energy storage applications.

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Product Features
  • Voltage accuracy: ±0.05% FS
  • Recording frequency: 100 Hz
  • Current response time (10% FS to 90% FS): < 5 ms
  • Current switching time: ≤ 10 ms
  • Resolution: 24-bit
  • Offline Testing: 1GB
  • Energy recovery efficiency (max): 94%
  • Test safety
  • Data security
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Product Specification
Model PKT-kW PACK
Single Cell Voltage Output Range 100 mV ~ 5000 mV
Voltage Output / Measurement Accuracy (per cell) ±0.5 mV
Max Load Current per Simulated Cell 3 A
Current Measurement Accuracy (per cell) ±0.5 mA
Temperature Simulation Voltage Output Range -3.0 V ~ +4.5 V
Temperature Simulation Voltage Accuracy ±0.5 mV
High-Voltage Constant Voltage Output Range 10 V ~ 1000 V
High-Voltage Output Accuracy ±(0.1%RD + 100 mV)
High-Voltage Measurement Accuracy ±(0.1%RD)
Max Permissible Current (High-Voltage Source) 0 ~ 100 mA
High-Voltage Current Measurement Accuracy 0.05%RD + 50 μA
Number of High-Voltage Channels 1 channel (modular expansion supported)
Adjustable Resistance Range 2 Ω ~ 1 MΩ
Adjustable Resistance Accuracy 0.2%RD + 1.0 Ω
PWM Frequency Range 1 Hz ~ 500 kHz
PWM Output Voltage Determined by pull-up voltage level
Permissible High-Level Voltage Range -12 V ~ +12 V
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System Details
  • Designed for performance testing of battery packs in battery manufacturing enterprises, electric vehicle manufacturers, and energy storage companies.
  • Supports cycle life testing, capacity, efficiency, operating conditions, float charge performance, SOC, DOD, and rate charge/discharge tests.
  • Recovered energy from battery discharge can be reused by other battery channels or fed back into the internal grid.
  • Adopts a dual-stage AC/DC and DC/DC high-frequency isolation modular design, combined with low-drift, high-performance multi-channel 24-bit A/D conversion chips, offering higher steady-state accuracy than conventional equipment.
  • The charge/discharge testing system and environmental chambers can be centrally controlled via PC.
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