HCV-3048 – BioLogic

The HCV-3048 by BioLogic is specifically designed for advanced battery pack characterizations, offering extensive capabilities for demanding research and development efforts. Its main purpose is to enhance battery performance through precise and scalable power testing.

The HCV-3048 boasts several key features, including a continuous maximum current of ±30 A per unit, scalability up to ±120 A with four units paralleled, and Electrochemical Impedance Spectroscopy (EIS) measurements up to 500 kHz. These capabilities make it a powerful tool for thorough battery analysis and optimization.

Yes, the HCV-3048 is designed for easy in-situ configuration changes without the need for factory return. Its plug-and-play booster modules allow for quick adjustments to suit specific testing requirements, enhancing its versatility in various research settings.

BioLogic's EC-Lab® software significantly enhances the HCV-3048’s performance with its intuitive control and robust analytical tools. This software complements the hardware’s capabilities, offering professionals a comprehensive solution for achieving high standards of accuracy and efficiency in battery testing and characterization.

The HCV-3048 is rated for a continuous maximum current of ±30 A and a voltage range of 0-48 V. When four units are used in parallel, it can achieve a maximum current of ±120 A, offering great scalability for larger power requirements.

The HCV-3048 is capable of performing Electrochemical Impedance Spectroscopy (EIS) measurements up to 500 kHz. This allows for precise analysis across a wide frequency range, making it invaluable for assessing battery performance under various conditions.

Professionals in the field of battery research and development who require precise, scalable, and efficient tools for battery pack characterization will find the HCV-3048 highly beneficial. Its combination of power, flexibility, and high-speed analysis makes it an excellent choice for advancing energy storage technologies.