The cushioning is important for several reasons, it is one way of providing insulation and protecting against current leakage.Â
If you are looking for something like this then keep on reading as you will find several new information regarding cushioning in BMS.Â
A battery management system is not just one aspect; it requires multiple other safe-keeping options. For example, multiple other components are used, like relays; some have pins connected to other components or are sometimes left alone.Â
If other parts touch the pins, they might pass on electric current. This can be contained with the help of cushioning or insulating the pins.Â
Some electric insulating materials are used for the battery management system, and very high bonding tapes can be one of them. For example, 3M VHB tapes with 2mm thickness can be ideal for such applications where you require BMS pin cushioning or insulation.Â
Shop Now
3M Thermally Conductive Interface Pad 5590H
Request For Price
3M thermally conductive interface pad 5571
Request For Price
What Types Of Batteries Require Cushioning?
Any device that runs on lithium-ion batteries can use cushioning to provide protection and insulation. BMS is the key to lithium-ion batteries’ safe, reliable, and efficient performance. It also ensures the effective functioning of the battery. BMS provides an overall electric supervisory to manage each cell’s parameters. Irrespective of the voltage and amount of current, all batteries require BMS.Â
Batteries have different characteristics to monitor, such as battery type, voltage, charging cycle, temperature, capacity, state of charge, operating time, and many other crucial aspects.Â
The BMS ensures the usage of residual power in the battery and protects batteries against deep discharge to avoid loading. The exposed pins can hinder the performance of the battery. The charging and high discharge rate are also impacted due to the non-insulation of the pins.Â
BMS is the primary command for performing crucial operations in a battery pack. It enables various functions and provides fault detection too. Voltage, current, and temperature control are done efficiently.Â
The pin cushioning is also responsible for passive cell balancing and data storage. if you have an effective Successful SOH and SOC are other aspects of BMS.
Who Can Benefit From Pin Cushioning In BMS?
Several industries use battery-driven devices that require BMS. Every device with a battery faces the threat of electricity leakage. A rechargeable battery requires BMS, a common aspect of daily operations in the data centre. Data centres require universal power supplies for the servers’ constant and stable power supply.Â
For example, you can take home appliances that have rechargeable batteries. If the pins are not insulated, they can leak or pass the current to other proximity components. These devices run on rechargeable batteries requiring BMS. Other big industries are automotive, service robots, wearables, home appliances, and power tools.Â
Suppose you are looking for something to help prevent such things in your battery management. In that case, you can use a VHB tape that can contain the electricity and provide some gap-filling, acting as a cushion between two substrates.
The gap-filling action will prevent any vibration and will keep the internals safe. E Control Devices is working with some companies and providing them with similar requirements. Such as2mm thickness 3M VHB tape for BMS pin cushioning/insulation. You can check out the catalogue for the 3M tapes at www.econtroldevices.com and connect with their team for more information.