FlexP0060 – BioLogic

Introducing the FlexP0060: A Paradigm in Battery Module Characterization

The FlexP0060 by BioLogic is a groundbreaking instrument engineered for advanced battery module and pack characterizations. With an impressive continuous maximum current range of -50 A to +49 A for a single unit—and scalability up to -200 A to +196 A when four units are connected in parallel—this device is a powerhouse for research and development teams. Especially suited for Redox Flow Batteries (RFB) or fuel cell stacks, the FlexP0060 is not merely a DC instrument\\; it transcends to perform EIS measurements up to 10 kHz, setting a new benchmark in the industry.

One of the FlexP0060’s standout features is its adaptability. Users can modify the instrument configuration in-situ to meet specific needs without the necessity of factory returns, thanks to the plug-and-play capability of the booster modules. The EC-Lab® interface complements this flexibility by automatically detecting any new configurations, ensuring a smooth transition post-upgrade.

Moreover, EC-Lab’s stack mode takes innovation a step further by enabling the measurement of individual elements in series within a battery or fuel cell pack. Supported by the robust and intuitive EC-Lab® software, known as the benchmark for potentiostat control, the FlexP0060 is poised to become an indispensable tool in pushing the boundaries of energy science technology.

Technical Specifications

  • Up to 60 V
  • Up to -50 A / +49 A
  • Up to -200 A / +196 A with 4 units connected
  • EIS: up to 10 kHz
  • Individual Element measurement within a pack

FAQ - FlexP0060 – BioLogic

What kind of applications is the FlexP0060 suited for?

The FlexP0060 by BioLogic is designed for advanced battery module and pack characterizations, making it ideal for research and development in energy storage technologies. It is particularly well-suited for working with Redox Flow Batteries (RFB) or fuel cell stacks.

What is the continuous maximum current range of the FlexP0060?

The FlexP0060 offers a continuous maximum current range of -50 A to +49 A for a single unit. When four units are connected in parallel, it can achieve a range of -200 A to +196 A, providing ample flexibility for high-powered applications.

Can the FlexP0060 perform Electrochemical Impedance Spectroscopy (EIS) measurements?

Yes, the FlexP0060 transcends mere DC measurements by being able to perform EIS measurements up to 10 kHz. This feature sets a new industry benchmark in battery module characterization.

How does the FlexP0060 adapt to different testing requirements without returning to the factory?

The FlexP0060 features plug-and-play booster modules that allow users to modify the instrument configuration in-situ to meet specific testing needs. Its compatibility with EC-Lab® software ensures automatic detection of any new configurations, facilitating a smooth transition post-upgrade without the need for factory returns.

Does the FlexP0060 support the measurement of individual elements within a battery pack?

Yes, with EC-Lab's innovative stack mode, the FlexP0060 enables the measurement of individual elements in series within a battery or fuel cell pack. This feature enhances the depth of analysis possible with the device.

What voltage and current specifications does the FlexP0060 offer?

The FlexP0060 supports up to 60 V, up to -50 A/+49 A for a single unit, and when expanded with four units, it can support up to -200 A/+196 A, making it a highly adaptable tool for various testing scenarios.

How does the EC-Lab® software enhance the functionality of the FlexP0060?

The EC-Lab® software is renowned as the benchmark for potentiostat control. It enhances the functionality of the FlexP0060 by facilitating intuitive control, real-time data analysis, and automatic configuration detection for upgraded setups.

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