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Wattical - Model BCTer-Series -Celltester for Battery Analysis
The Wattical BCTer-Series Celltester is designed for advanced battery analysis and testing. It is capable of precisely evaluating various battery technologies, including lead-acid, Li-ion, and emerging novel systems. The device uses microprocessor-controlled controllers to adapt to evolving testing requirements and supports nearly all industry-standard tests. The system incorporates an AC/DC converter on the mains side and a DC/DC converter on the battery side, ensuring efficient, eco-friendly operation with bidirectional energy recovery. Additionally, the BCTer-Series is versatile, addressing applications in consumer electronics, battery materials research, and intelligent systems like smart water and gas solutions. The naming scheme indicates functionality variations such as the Basic, High Precision, Fast, Enhanced, and Ripple Series, combined with parameters like voltage, current, and the number of channels.
The Wattical battery cell testers offer the ability to precisely analyze battery technologies such as lead-acid, Li-ion, and their derivatives, as well as next-generation battery systems. Using advanced microprocessor-controlled controllers, they adapt to evolving battery testing needs, supporting nearly any test standard.
With an AC/DC converter on the mains side (AFE) and a DC/DC converter on the battery side, our cell tester ensures efficient, eco-friendly operation through bidirectional energy recovery.
- Cells can be tested in temperature-controlled climatic cabinets, integrated into the battery test system.
- Measurement data acquisition devices and data loggers can be integrated.
- Wattical systems allow cloud-based data management and archiving.
- Integration into a Manufacturing Execution System (MES) is available.
- Built-in high-performance computer enables offline, self-sufficient operation without a host computer.
- High measurement accuracy, with voltages up to 20V DC and currents from 60A to 1200A DC and a parallel-switching option of up to 5000A DC+.
- Very high measurement rates, with an option for ultra-high rate recording.
- Circuits can be connected in parallel without loss, ensuring unrestricted data acquisition.
- Adaptive range switching allows for precise measurement without manual hardware adjustments.
- Modular design allows flexible configuration and customization to meet specific needs.
- Consumer Electronics
- Battery Materials Research
- Intelligent Recognition
- Smart Water & Gas
- Coin Cell Experimental Line