Experience Precision with the ART Logics 6-Channel Battery Simulator
Compact, efficient, and reliable: Your solution for accurate and flexible battery testing.
Meet the ART Logics 6-Channel Battery Simulator Cell Simulators 6 channel equipment, your solution for accurate and flexible battery testing. At just 24.8cm x 17.5cm x 2cm, this compact device is perfect for testing Battery Management Systems (BMS) with ease and precision.
Key Features:
- 6 Independent Channels: Each channel simulates a battery cell with adjustable output voltage (0–7V) and current range (0–1A).
- High Precision: Output stability and setting precision of 1mV, with voltage measurement accuracy up to 400μV and current measurement accuracy up to 5μA.
- Embedded Test Sequencer: Perform parallel, real-time tests directly on the device, reducing dependency on external software.
- Connectivity Options: Control via CAN, Ethernet, or USB-C for seamless integration into any setup.
- Offline Testing: Save and execute test sequences using the integrated SD card.
Why Choose ART Logics?
Designed to streamline testing processes, this simulator ensures accurate results for all BMS tests, including voltage, current, and cell balancing. It’s ideal for applications in electric vehicles, renewable energy storage, and IoT devices.
Use Cases
Electric Vehicles
Test BMS safety under real-world conditions like overvoltage or thermal fluctuations.
Energy Storage Systems
Fine-tune cell balancing algorithms to optimize efficiency.
IoT Devices
Measure quiescent current for low-power applications with precision down to 10μA.
Technical Highlights:
Dimensions: 248mm x 175mm x 20mm.
Operating Temperature: -20°C to +60°C.
Power Requirement: 24V DC, 1A.
Join the ART Logics Community
Expert Support
Our team is ready to assist you with any questions or customizations.
Global Network
Join engineers and developers worldwide who trust ART Logics for their energy storage solutions.
Get in Touch
Visit our website or reach out via WeChat to learn more about revolutionizing your testing processes.