<cite id="vxzvb"></cite>
<cite id="vxzvb"></cite><cite id="vxzvb"><video id="vxzvb"><menuitem id="vxzvb"></menuitem></video></cite>
<ins id="vxzvb"><span id="vxzvb"></span></ins> <cite id="vxzvb"></cite>
<menuitem id="vxzvb"><strike id="vxzvb"></strike></menuitem>
<var id="vxzvb"><strike id="vxzvb"><listing id="vxzvb"></listing></strike></var>
<var id="vxzvb"><strike id="vxzvb"><listing id="vxzvb"></listing></strike></var>
<var id="vxzvb"><video id="vxzvb"></video></var><cite id="vxzvb"></cite>
<var id="vxzvb"><strike id="vxzvb"></strike></var>

This site uses cookies. By continuing to browse the site you are agreeing to our use of cookies. For more details about cookies and how to manage them see our Privacy Policy.

Battery Management System (BMS)


Battery Management System (BMS) is a critical unit connecting the Power Batteries and the Motor. It is built to control the voltage, manage the remaining capacity of the batteries and maintain the voltage balance between cells within the battery pack. BMS plays a key role in the charge-discharge of the power batteries, cruising distance and battery life.

Sumida Communication Transformers, Common-mode-choke, Power Transformers and Power Inductors are widely applied in BMS systems. 

  • EV/HEV

  • Battery Storage System

  • Communication Transformer

  • Common-Mode-Choke (CMC)

  • Power Transformers