Efficient and Flexible Battery Testing with the ART Logics Standard Battery Cycler
Streamlined, Multi-Cell Testing.
The ART Logics Standard Battery Cycler is a high-performance device designed to simplify and optimize battery life and endurance testing for battery cells, including applications in electric vehicle (EV) battery packs. With its ability to handle up to 18 battery cells in parallel, this versatile cycler ensures precise charge- discharge cycles, making it an invaluable tool for R&D, production quality inspections, and performance testing.
Key Features:
- Multi-Cell Testing: Simultaneously test up to 18 battery cells in parallel,providing efficiency and speed for large-scale testing. Each channel can handle up to 10V and 10A charge-discharge cycles.
- Various Charging Modes: The cycler supports Constant Current (CC),Constant Voltage (CV), Constant Power (CP), and Constant Resistance (CR) modes, offering comprehensive flexibility to suit various testing needs. Whether testing charge or discharge, these modes allow for precise control and simulation of real-world conditions.
- Flexible Battery Holder: The cycler comes with a quick-connect design, making it easy to place or remove battery cells. This simple yet innovative feature ensures fast battery swaps without the need for complex screw fastenings, which helps to reduce downtime during tests.
- High Precision: Each channel has adjustable voltage outputs (from 0V to 7V with 1mV precision) and a current sourcing capability of 10A. It also features integrated voltage and current measurement loggers with high precision (current resolution of 10mA and voltage precision of 1mV).
- Software Control and Monitoring: The cycler is fully controllable through Ethernet TCP, allowing for seamless integration into testing environments. Users can access real-time data with LabVIEW VIs, C# APIs, and manual charging/discharging examples toautomate the process and track results.
- Safe and Reliable:The battery test box features a heavy-duty connector for secure connections and adjustable battery fixture to fit different battery types, including coin cells or custom configurations. The three- layer design (load layer, control layer, power supply layer) ensures stability, safety, and efficiency during operation.
Why Choose ART Logics?
Use Cases：
Battery Research & Development
Perfect for testing new battery cell chemistries and battery properties in R&D environments.
EV Battery Pack Testing
Simulate real-world charging and discharging cycles, ensuring
optimal performance and longevity of EV battery packs
Production & Quality Control
Integrate into battery manufacturing lines for quality checks and endurance testing of battery packs before final assembly
How the Battery Cycler Works:
Manual Discharge Test：
- Set Test Parameters: Open the manual discharge VI and select the test channel.
- Monitor Results: The voltage, current, and power curves are displayed in real time during the discharge phase.
- Indication: The green indicator light on the front panel lights up to signal the start of the discharge test.
Manual Discharge Test：
- Set Test Parameters: Open the manual discharge VI and select the test channel.
- Monitor Results: The voltage, current, and power curves are displayed in real time during the discharge phase.
- Indication: The green indicator light on the front panel lights up to signal the start of the discharge test.
Manual Discharge Test：
- Set Test Parameters: Open the manual discharge VI and select the test channel.
- Monitor Results: The voltage, current, and power curves are displayed in real time during the discharge phase.
- Indication: The green indicator light on the front panel lights up to signal the start of the discharge test.
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