Lithium-ion battery is widely used in many electronic devices (smartphones, laptops, etc.) and electric mobility solutions (vehicles, bicycles, scooters etc.). However, the composition of lithium-ion technology can lead to safety risks that need to be considered. This is why it is important to use a Battery Management System (BMS) to optimise the safety of lithium-ion […]
The BMS “Battery Management System” is a term frequently used when talking about batteries, especially those using lithium technology. This electronic card is a fundamental pillar of lithium battery management due to its complexity. It continuously monitors the cells and provides key information about the battery’s condition.
In order to benefit from all the advantages offered […]
Sometimes referred to as MOC, "maintenance in operational conditions" or "obsolescence management" is the set of measures that must be taken to prevent or delay the obsolescence of electronic equipment as much as possible.
Lithium is light and capacitive, but depending on the electrochemistry chosen, it can be more or less efficient, sensitive and economical. Hence the importance of choosing the right electrochemistry for its application.
Each electrochemistry has its own properties and can be used for various applications depending on various factors, such as the desired power and lifetime, but also the climate, on-board weight etc... Focus on the different electrochemicals in the world of energy storage.
A lot of product designers hesitate between a PCM (Protection Circuit Module) and a BMS (Battery Management System) in order to protect the battery pack of their devices. These 2 type of electronic boards are, however, very different in the way they work and with regard to the desired outcome.
Karting is an exciting sport that brings young and old together. However, it is sometimes criticized for various reasons. Indeed, when it comes to the kart, it is usually a powered vehicle, where issues can arise.
BMS for lithium battery
Why are BMS for lithium battery so important? These batteries are very powerful, but their reactions to misuse can be dangerous. Therefore, it is necessary to monitor each electrochemical cell to prevent such cases of unauthorized use.