Contact Us
  • Building 8, No.2388 Xiupu Rd., Pudong, Shanghai, P.R. China, 201315
  • +86 21-6118-3156
  • +86 21-6118-1183
  • nikigu@azureve.com
  • public@azureve.com

 BMS Design

AZUREVE Battery Systems is leading battery systems integrator.

We design and manufacture battery systems for 48V, hybrid and plug-in hybrid electric vehicles. All these include state-of-the-art battery management systems.

  • Online SOC estimation with very high accuracy(SOC:<5% at all scenarios)
  • To maximize battery’s power potential without compromising its safety
  • Developed according to the functional safety standards ISO 26262
  • Cell balance at run time as well as in power saving mode
 High voltage battery master control unit

Product features

  • The main parameters
  • Platform design to meet the requirements of HEV, PHEV and BEV models
  • Comply with ISO26262 requirements
  • Model-based software development and automatic code generation
  • Environmental, electrical performance and EMC verification meet the requirements of ISO16750, CISPR252008, ISO7637, ISO11452, ISO10605
  • It has a service life no less than 15 years or 200,000 kilometers

The main parameters

  • Working environment: - 40 ℃ to 105 ℃
  • Working voltage: 9V-16V
  • Static power consumption: less than 0.5ma
  • Functional safety level: ASIL C or ASIL D
  • Protection level: IP67
 High voltage battery slave control unit

Product features

  • Platform design to meet the requirements of different modules
  • Passive equalization, the equalizing current is not less than 100mA
  • Comply with ISO26262 requirements
  • Model-based software development and automatic code generation
  • Environmental, electrical performance and EMC verification meet the requirements of ISO16750, cispr25-2008, ISO7637, ISO11452, ISO10605
  • It has a service life of not less than 15 years or 200,000 kilometers

The main parameters

  • Working environment: - 40 ℃ to 85 ℃
  • Working voltage: 9V-16V
  • Static power consumption: less than 100uA
 48V BMS

Product features

  • Centralized design scheme, including battery pack current collection
  • Standard design to reduce cost
  • Follow ISO26262 requirements
  • Model-based “AUTOSAR” software development and automatic code generation
  • Environmental, electrical performance and EMC verification meet the requirements of ISO16750, cispr25-2008, ISO7637, ISO11452, ISO10605
  • It has a service life of not less than 15 years or 200,000 kilometers

The main parameters

  • Working environment: - 40 ℃ to 85 ℃
  • Working voltage: 9V-32V
  • Static power consumption: less than 0.5mA
  • Functional safety level: ASIL B or ASIL C
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