Cell voltage monitoring system targets series hydrogen vehicles

Cell voltage monitoring system targets series hydrogen vehicles

New Products |
By Christoph Hammerschmidt

Just a few months ago, Smart Testsolutions presented the fifth generation of its cell voltage detection systems. This has been optimized for use in research and development applications. The CVM G5S, on the other hand, is intended for use in vehicle series. The performance features are limited to the range of functions actually required in series production. In addition, as a single board solution, the product offers a quantity-dependent cost advantage and more robustness in continuous operation.

Like the fifth generation CVM modules, the CVM G5S measurement modules can be used at ambient temperatures up to 105°C and are equipped with a wide input range for supply voltages from 4.5 to 32 volts. They can thus be operated directly from a 12- or 24-volt mains. A measuring module can acquire and monitor up to 200 individual cell voltages synchronously, the modules can be cascaded.

“With the CVM G5S, we are extending our range of Cell Voltage Monitoring products to include use in production vehicles. Our customers benefit from the common toolchain of our products”, reports Markus Schuster, Business Development Manager e_Cell Electronics at Smart Testsolutions. This joint toolchain enables a direct transition from research and development to series production without integration effort.

The toolchain includes, for example, the controller module with a web-based, intuitive user interface. This allows users to visualize several hundred channels massively in parallel and, for example, to observe fuel cell stacks in real time. Another advantage of the web interface is that it makes the entire monitoring system independent of the PC. All that is required is a terminal device running a browser, while the entire CVM software runs on the controller module of the CVM system. Data can be transferred via WiFi.

The Cell Voltage Monitoring range is supplemented by cell contact units that require particularly little installation space.

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