Manages vehicle power consumotion even during a vehicle is turned off and ensures safety under all conditions
As consumers are increasingly shifting to greener transportation, sales of EVs is continuing to accelerate. To ensure this, governments are acting to create a more sustainable future. At the same time, automakers are challenged to scale their EV fleets economically while also stay ahead of evolving global safety requirements. Furthermore, to ensure maximum range per charge, the vehicle power consumption must be managed not only during driving but also when the vehicle is parked. Therefore ADI’s newest BMS products support multiple battery cell configurations and deliver innovative low-power features that enable the battery to be monitored continuously even when the vehicle is turned off to ensure safety under all conditions while maximising vehicle range.
ADI’s BMS products are optimised for 6-18 cell modules and offer a range of features including low-power continuous battery monitoring, state-of-the-art functional safety and guaranteed accuracy across the entire vehicle lifetime and device temperature range.
“Collaborating with Analog Devices has allowed us to scale our electric vehicle range to meet increasingly strict regulations and the growing demands of today’s EV owners,” said Zhu Jun, General Manager of New Energy Business at SAIC. “These new BMS solutions will enable us to advance our commitment to safety and at the same time continue to make EVs accessible for mass-market consumers.”
The ASIL-D rating signifies the new BMS solutions meet the highest possible standards for road vehicle functional safety required by regulatory agencies across the world.
“Our customers have come to rely on ADI as the performance leader for BMS, especially as they are challenged to scale their EV fleets and stay ahead of new market requirements,” said Patrick Morgan, Vice President of Automotive at Analog Devices. “Our latest BMS products not only enable new features such as continuous battery monitoring but also support battery recycling and reuse in energy storage systems to support the circular economy.”