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Wattical - Model HVCT-Series -Clustertester - Advanced Battery Testing Solution
Wattical's Clustertester HVCT-Series offers detailed analysis for a range of battery technologies including lead-acid, Li-ion, and emerging systems. With microprocessor-controlled controllers, these testers adapt to evolving requirements, meeting varied industry standards. The inclusion of an AC/DC converter on the mains side and a DC/DC converter on the battery side enhances efficiency through bidirectional energy recovery. This model emphasizes eco-friendly operations. The naming scheme indicates voltage, current, and channel options, while versions offer basic, negative voltage, or high precision capabilities. Primarily suited for industrial, commercial, and household energy storage, as well as communication applications, these testers enable innovative battery testing and storage solutions that support sustainable energy practices.
Wattical Clustertesters deliver precise analysis across a range of battery technologies, including lead-acid, Li-ion, their derivatives, and next-generation systems. Equipped with advanced microprocessor-controlled controllers, they adapt effortlessly to changing testing requirements and support nearly any industry standard.
With an AC/DC converter on the mains side (AFE) and a DC/DC converter on the battery side, our Clustertesters operate efficiently and sustainably, utilizing bidirectional energy recovery for eco-friendly performance.
- 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 from 0-1800V to 2500V and currents from 300A to 3600A+ per channel.
- 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.