LATEST NEWS

Arrow Electronics goes live with online engineering resource for battery-management systems

Arrow Electronics is building an online resource for designers of battery-management systems (BMS), giving access to support services and downloadable design papers jointly written with experts at companies within Arrow’s ecosystem. .

Established to help customers ensure their BMS projects meet critical requirements, such as functional safety, efficiency, battery lifetime, and charging time, the repository is managed by Arrow battery specialists. Technical support services available from Arrow, including from its  company einfochips that specialises in supporting complex engineering projects, cover the complete development lifecycle, including hardware and firmware design, prototyping, functional safety, testing and regulatory certification.

“Battery management is central to the electrification of everything, the defining megatrend of our time as we switch to renewable energy to preserve the world’s resources and climate,” said Ulrich Lentz, technology field applications engineer – BMS, Arrow Electronics. “Customers developing BMS, either commercially or for their own end products, can rely on our curated resources to get the knowledge and support they need.”

Performance-conscious battery-powered systems typically need a BMS to monitor operating conditions, maintain correct cell voltages, optimise charging, and anticipate cell failures to allow safe isolation from others in the array. A BMS is essential in equipment such as e-mobility from e-bikes to EVs, cordless power tools and renewable energy storage systems from utility-class to small consumer units.

BMS design knowledge and best practices are still evolving. Arrow’s web-based knowledge repository and support portal helps customers navigate the available options and accelerate time to market for new BMS designs that meet all applicable technical and regulatory requirements. The online hub can be accessed now at https://www.arrow.com/en/emea-vertical-electrification-of-everything and will build as extra resources are added.

The first design paper in Arrow’s BMS-focused series, “How does a battery management system work?”, is available HERE.

A detailed overview, Arrow’s guide to battery management systems (BMS), is also available to download (https://www.arrow.com/en/research-and-events/articles/guide-to-battery-management-systems-from-arrow).


Credit: Arrow Electronics

Danit

Recent Posts

Thin-Film Polarizers for High-Power Laser Systems

LASER COMPONENTS has expanded its offering of custom thin-film polarizers (TFPs) for high-power laser applications…

4 hours ago

Pickering Introduces LXI High-Current Switching Family for Signals up to 80 A

Pickering Interfaces has introduced the 60-191 LXI high-current and sense SPST switching family, designed for…

5 hours ago

Nordic nRF9151 Enables Cellular and Satellite IoT Connectivity

Nordic Semiconductor announced that LooUQ’s MTC2-N9151 embedded modem, based on Nordic’s nRF9151 cellular IoT module,…

5 hours ago

Inevitable AI Group Raises $6M From Aleph to Launch AI-Native SaaS Companies

Inevitable AI Group (IAIG), an AI-native venture studio founded by veteran technology entrepreneurs, today announced…

4 days ago

Power Integrations Demonstrates World’s First 2200 V GaN Technology for Next-Generation High-Voltage Power Systems

Power Integrations has announced the industry's first gallium nitride (GaN) technology rated at up to…

4 days ago

Microchip Technology, in Collaboration With Micron Technology, Demonstrates High-Performance PCIe® Gen 6 Storage Architecture for AI and Data Center Infrastructure

Switchtec™ PCIe Switches and Micron® 9650 NVMe® solid state drives (SSDs) leverage next generation interface…

6 days ago