Multilayer Lithium Battery Test Chamber

Why Choose Derui’s Multilayer Lithium Battery Test Chamber?

When it comes to testing lithium batteries, efficiency and safety are non-negotiable. Derui’s Multilayer Lithium Battery Test Chamber is designed with these priorities in mind—helping you speed up testing and stay secure.

Core Benefits & Advantages

Benefit	What It Means for You
Scalable Multi-Layer Design	Reduces testing time by up to 70%—test more batteries simultaneously across stacked tiers.
Advanced Safety Protocols	Prevents thermal runaway and explosions with explosion-proof enclosures, gas detectors, and CO₂ suppression.
Customization Options	Add vibration tables, altitude simulation, and humidity controls for precise real-world environment testing.
Performance vs. Standard Chambers	Our chamber beats regular units in speed, safety, and flexibility—helping you meet tight deadlines easily.

Choosing Derui means you’re investing in safe, reliable, and scalable lithium-ion battery testing that fits your evolving needs. Plus, the multi-tier system lowers your operational costs without compromising thoroughness.

Get more done. Stay safer. Customize as you grow. That’s the Derui difference.

Key Features and Technical Specs of Derui’s Multilayer Lithium Battery Test Chamber

Our Multilayer Lithium Battery Test Chamber is built to meet the toughest testing needs. Here’s what sets it apart:

Features

Multi-tier stainless steel shelving (SUS 304): Holds 10 to 50 batteries per run.
Optimized airflow: Keeps temperature uniformity tight at ±0.5°C.
Integrated cycler ports: Easy to monitor charge/discharge cycles.
Touchscreen PLC controller: Simple control with data logging for test tracking.

Technical Specifications

Feature	Specification
Temperature Range	-70°C to +180°C
Humidity Range	20%–98% RH (optional)
Ramp Rate	5°C/min (heating & cooling)
Workspace Volume	300 x 300 x 200 mm per layer
Power Supply	380V/50Hz, 3-phase
Noise Level	Less than 65 dB
Weight	500 to 1500 kg

Safety Features

Explosion relief vents and gas detectors for early hazard detection.
CO2 suppression system for fire safety.
Anti-spark interior design and door interlocks for extra protection.
O2 inerting to reduce combustion risk.
Meets UN ECE R100, UL, and SAE safety standards.

Custom Options

Walk-in models for large battery stacks.
Built-in vibration tables to simulate real-world conditions.
Automated API controls for seamless integration into your workflow.

This blend of advanced features, safety, and customization makes our multi-tier lithium battery test chamber a trusted tool for US battery manufacturers and researchers alike.

Applications and Compliance Standards

Our Multilayer Lithium Battery Test Chamber is built to handle a wide range of testing needs for today’s toughest battery challenges. It’s perfect for:

EV battery pack validation — ensuring electric vehicle batteries perform safely and reliably under real-world conditions.
Consumer electronics cycle testing — simulating repeated charge and discharge cycles for phones, laptops, and wearables.
Aerospace module stress screening — tough testing to meet strict aerospace safety and performance demands.

Compliance Standards

We designed this battery test chamber to meet key industry standards that matter most in the U.S. market:

UN 38.3: Covers altitude simulation and thermal shock testing required for shipping lithium batteries safely.
IEC 62133: Ensures batteries can tolerate overcharge and over-discharge without failure.
UL 1642: Validates resistance to short-circuit and abuse conditions.
EUCAR Levels 1–6: Classifies battery hazards for automotive applications, including thermal runaway prevention.

Case Study Preview

Stay tuned to learn how one of our U.S.-based EV manufacturers cut test times by 50% while hitting strict compliance goals using our multilayer lithium battery test chamber.

How It Works: Step-by-Step Testing Process

Our multilayer lithium battery test chamber makes testing straightforward and efficient. Here’s how it works:

Load stacked batteries onto tiersPlace your battery packs securely on the multi-tier stainless steel shelves, designed to hold 10–50 batteries per run.
Program cycles via UIUse the touchscreen PLC controller to set your charge, discharge, temperature, humidity, and vibration cycles with ease.
Initiate environmental simulationStart the test to simulate real-world conditions like temperature swings, altitude, or humidity inside the battery stack climate chamber.
Monitor real-time dataKeep an eye on battery performance, temperature uniformity, and safety alerts through live data logging and integrated cycler ports.
Auto-shutdown on anomaly detectionSafety is critical. The system automatically shuts down if it detects thermal runaway risks, abnormal voltage, or other faults.
Generate compliance reportsOnce testing is complete, get detailed reports formatted for standards like UN 38.3, IEC 62133, or UL 1642, helping you meet certification requirements.

Embedded Thermal Test Flowchart

Our layered lithium thermal abuse chamber includes a built-in thermal test flow that guides each step seamlessly. This ensures consistent, reliable results while keeping your battery testing safe and efficient every time.

Derui: Your Trusted Partner in Battery Testing Solutions

At Derui, we’ve shipped over 500 multilayer lithium battery test chambers across the U.S. and beyond. Our experience ensures you get reliable, top-quality equipment tailored to your testing needs. We’re not just manufacturers — we invest heavily in in-house R&D, especially focusing on solid-state battery innovations, so our chambers are always at the cutting edge of battery testing technology.

What Our Customers Say

Our clients value how our multilayer lithium battery test chambers improve efficiency and safety in their battery testing workflows. From EV manufacturers to aerospace labs, the feedback highlights consistency, durability, and easy customization as big wins.