Battery Environmental Testing

Battery Pack Assembly

Ensuring controlled vibrations during the assembly of battery packs to prevent damage to battery cells and optimize the packing density for electric vehicles (EVs).

Impact Testing

Simulating vibrations and impacts on battery packs to evaluate their resilience and safety in the event of accidents or collisions.

Environmental Testing

Testing batteries under controlled vibration conditions to assess their performance and lifespan in harsh environmental conditions, such as extreme temperatures and vibrations.

Transportation Testing

Subjecting battery packs to controlled vibrations during transportation simulations to assess their durability and reliability under various road conditions.

Endurance Testing

Performing long-term vibration tests on battery packs to evaluate their structural integrity and electrical performance over extended periods of use.

Fault Diagnosis

Using signal analyzers to detect and diagnose abnormalities in battery cells or packs based on electrical signals, such as voltage spikes or irregular current patterns.

Cycle Life Testing

Analyzing signals to assess the cycle life and degradation of batteries through repeated charge-discharge cycles under controlled conditions.

Battery Performance Analysis

Analyzing signals to monitor and optimize the performance of vehicle batteries, including voltage, current, and temperature profiles.

Battery Management System (BMS) Calibration

Using signal analyzers to calibrate and optimize the BMS parameters based on real-time battery performance data.

Regulatory Compliance

Analyzing signals to ensure vehicle batteries comply with regulatory standards for safety, performance, and environmental impact.