Battery Test Chamber with Charge & Discharge System

Battery Test Chamber with Charge & Discharge System

Name: Battery Test Chamber with Charge & Discharge System
Brand: Danble
Rating: 5.0 (93 reviews)

Engineered for synchronized environmental and electrical stress testing. Combines temperature cycling (-70°C to 150°C), humidity control (10%-98% RH), and programmable charge/discharge cycles (0-60A). Compliant with IEC 62619, GB/T 31486, and UL 2580 standards.

Model:
Customized
Brand:
Danble

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All-in-One Battery Test Chamber for EV & Industrial Applications

Our integrated charging & discharging battery test chambers combine environmental simulation with advanced electrical stress testing to validate battery performance under rigorous conditons.

|Main Features:

Dual Functionality: Synchronized temperature cycling ( -50℃ to 150℃) and charge/discharge (0-60A, ±1% accuracy).
Precision Testing: Get accurate data on battery capacity and cycle life with adavanced PID control.
Total Safety: Multi-layer protection systems keep your tests secure at all times.
Flexible Use: Adapts to all battery types, from small cells to large EV/grid storage packs.
Easy Data Handling: Export test results directly to Excel for quick analysis.

| Application Scenarios

EV Battery Validation: Simulate fast-charging stress and thermal shock(e.g, -40℃→85℃ transitions).
Grid Storage Testing: Long-term deep discharge and fire resistance evaluation.
Industrial Safety Compliance: Overcharge/over-discharge fault condition simulation.

|Technical Specifications

Chamber Size: 48L-2000L modular configurations.
Control System: PID controlers with 7-inch touchscreen for real-time monitoring.
Data Logging: Export Excel data for capacity fade analysis and compliance reporting.

|Why Choose Us?

Precision PID control for reliable battery performance data.
Industry-leading safety: Explosion-proof design + triple interlock protection.
Customizable (48L-2000L) for 18650 cells to EV battery packs.
ISO 9001 certified with 13+ years of R&D expertise.
Global compliance (IEC, GB, MIL-STD) trusted by Fortune 500

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FAQs

How does it ensure battery safety during testing?

Triple Safety Systems:
1. Over-temperature/over-pressure shutdown.
2. Gas detection (CO/H₂) with automatic inert gas flushing.

3. Explosion-proof stainless steel construction (SUS 304) and pressure relief valves.

Real-Time Monitoring: Alerts for leaks, swelling, or abnormal voltage spikes via 7-inch touchscreen
What battery types and sizes can it accommodate?

Cell Formats: 18650, 21700, prismatic, and EV battery packs.

Custom Configurations: Modular chambers (48L–2000L) and adjustable fixtures for multi-cell testing.
How precise are its charge/discharge controls?

Current/Voltage Accuracy: ±0.05% FS (Full Scale).

Cycle Parameters: Customizable CC/CV modes, cut-off conditions (voltage, capacity, time), and pulse simulations .
Do you offer on-site installation and training?

Yes. Our engineers provide full deployment support, including:
1.System setup and calibration
2.Operator training (2-3 day sessions)
3.Post-installation validation reports
Can it integrate with existing battery cyclers?

Yes. The chamber supports seamless integration with third-party cyclers (e.g., Neware BTS4000/CE6000) via software control. Parameters like voltage limits and cycle count are adjustable via the chamber’s touchscreen or external software .
How do you handle equipment malfunctions?

24/7 remote support: Diagnostic access via IoT-enabled controllers.
On-site repair: 4-hour response + 24 or 48-hours fix commitment in nearby cities
What payment terms do you accept?

T/T: 50% deposit, 50% before shipment.
L/C: Available for orders ≥$30k.
Flexible terms for long-term partners.
What is your lead time for standard vs. custom orders?

Standard units: 30–45 days after order confirmation.
Custom builds: 60–90 days (includes 3D design review and prototyping).

About US

Founded 2012 and located in Suzhou, Danble is a professional supplier specializing in the R&D, manufacturing, and sales of environmental test equipments and laboratory testing solutions.

Danble offer a full range of standard and custom-designed temperature test chambers can aid reliability testing by subjecting products to real-world climate and wear extremes like temperature, humidity, altitude, vibration, and more.

Our Main Products

Constant Temp & Humid Test Chamber

This seires of test chamber can simulate various extreme environments to test products. It has wide temperature & humidity range and high control accuracy, and can meet the GB and IEC related test standards.
Multi-Layer Temperature Test Chamber

This series of chamber can simulates extreme environmental conditions for testing EV batteris, electronic components.,etc.

Technical Features:

1. Compact structure saves lab or plant sapce;

2. Independent test zones for simultaneous multi-sample testing;

3. Optional humidity control combined thermal-humi testing.
Rapid-Rate Thermal Cycle Test Chambers

This series are critical for evaluating products and materials ( EV batteries, assessing PCBs, semiconductors, consumer electronics) under extreme thermal stress conditions
Thermal Shock Test Chamber

This series has two( two-zone with a transfer basket to cycle samples) or three ( three-zone with isolation valves control airflow direction) zones structure, and supports high & low temperature shock and ambinent temperature test without reconfiguration.
Altitude Test Chamber

The altitude test chamber (or high-altitude test chamber) is a specialized environmental simulation device designed to replicate conditions at elevated elevations, including low atmospheric pressure, reduced oxygen levels, and temperature extremes. These chambers are critical for validating the performance, safety, and reliability of products across industries such as aerospace, automotive, electronics, and defense
Temp/HUMID/VIBRATION Test Chamber

Combined with temperature, humidity and vibration functions, it can be applied to the performance indicators of aerospace products, auto parts, electronic infromation instruments and other samples under harsh comprehensive conditions.

SOLUTION

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