Comprehensive Display Bench for Three Types of Dissected New‑Energy Power Batteries

Comprehensive Display Bench for Three Types of Dissected New‑Energy Power Batteries

Comprehensive Display Bench for Three Types of Dissected New‑Energy Power Batteries

Customizable for different vehicle models

This platform takes three mainstream physical power batteries of new‑energy vehicles as the core, including lithium‑iron‑phosphate batteries, ternary lithium‑ion batteries and cylindrical batteries. The power batteries are reasonably dissected to intuitively show internal structures and working principles. It is applicable for assessment and teaching of inspection, maintenance and practical training for pure‑electric vehicles in higher‑vocational colleges and training institutions. Suitable for new energy vehicle major teaching and skill training in vocational colleges, technical colleges, universities and training institutions.

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Product Introduction

  1. Centered on three mainstream physical power batteries for pure‑electric new‑energy vehicles, covering lithium‑iron‑phosphate batteries, ternary lithium‑ion batteries and cylindrical batteries.
  2. The power batteries are properly dissected to visually display internal structures and fully demonstrate the construction and working principles of power batteries for pure‑electric vehicles.
  3. Schematic diagrams of battery structures‑principles and characteristic parameters are printed on the panel to facilitate teaching on power‑battery principles and cognition.
  4. Built with multiple real power‑battery components. Battery cells or modules are fixed on the bench for auxiliary teaching of structural composition and performance characteristics.
  5. The bench is equipped with a cell charge‑discharge tester, supporting charging‑discharging, repairing and activating of single cells, with real‑time display of voltage, current, state‑of‑charge and other data during charge‑discharge cycles.
  6. Dissected battery cells are provided for demonstration and learning of internal‑external structures and series‑parallel connection modes of power batteries.
  7. The main frame adopts high‑quality metal sheets and aluminum‑alloy base materials, formed by UV precision cutting, bending and welding. The surface is spray‑coated for high structural strength and corrosion resistance.
  8. Technical Parameters: Overall dimension: 2100×700×1800mm Low‑voltage control power supply: AC 220V Operating temperature: -20℃~+60℃

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