Importance of Battery Management System for e-Vehicles

Do you wish to carve out a niche in the market's behemoths?

But how will you compete with the leading brands?

Let us introduce you to the cutting-edge AI-powered IoT device- Battery Management System.

What is a Battery Management System?

A battery Management System refers to an electrical system that controls a rechargeable battery to ensure that it functions effectively and safely (BMS). It is designed to monitor the characteristics associated with the battery pack and its cells, use the gathered data to reduce safety concerns, and maximize battery performance.

The BMS is an electronic device that manages all diagnostic and safety tasks for high voltage management and electric charge balance.

Wireless battery management systems are very popular nowadays. It is seen as a critical aspect of e-mobility. While the addition of wireless makes BMS highly tempting, it also necessitates a great deal of attention. It combines all of the necessary hardware and software components for battery management, power, and other functions on a single chip. 

The method enables optimal power consumption per cell for the greatest possible vehicle range, as well as sustainable and safe zero cobalt battery chemistry.

How does it work?

The device appears to be complicated due to its futuristic features. But it isn't. Its mechanism is easy, and you may operate with just your fingertips. 

• End-users may monitor total battery tracking via their mobile devices, which include a dashboard and graph that displays nearby charging stations, battery life, alarms and notifications for incorrect operations, and so on.
• Whereas the corporation will be able to track the battery and its operation via websites.

Critical BMS Components

Every BMS serves three key tasks for each application.

• As a thermal runaway in a battery pack can cause considerable damage, it protects the cells, the battery pack, and the equipment that it powers.
• Extends the battery's life by controlling how and when it is used, reducing the number of charge/discharge cycles.
• Maintains the battery in such a state that it is always ready to power the application when needed.

Unique Features of Battery Management System

This IoT device is futuristic mechanization designed to transform the game of e-vehicle operating. Its key features are: 

Monitoring of Cells

Because of the continual charging and discharging of the battery cells, they must be monitored. Every action that occurs should be reported and recognized, and the safety mechanism should be activated. 

Algorithms are used by many integrated circuits and cell-monitoring circuits to perform these duties. It also includes a cell management controller, which receives voltage and temperature updates from the cell-monitoring circuit.

Over the Air(OTA) updates

OTA updates allow for the constant updating and improvement of a vehicle's performance and features. Because of technological breakthroughs in these upgrades, manufacturers now have the ability to continuously "freshen up" final products remotely.

On-board navigation

Navigation systems manage shared information, traffic, and battery life, as well as enhance electric vehicle economy per kilowatt-hour.

Geo-Fencing

Geofencing recognizes when your car reaches a low emission zone using GPS coordinates and begins optimizing high voltage battery charge. When your car enters a low-emission zone, it employs the electric vehicle mode to the greatest extent feasible.

RFID Tags for Driver

Radio Frequency Identification (RFID) is a type of wireless communication in which drivers are allowed to pay for charging in an alternate way. RFID tags are used to sign up for and pay for different EV charging station networks, and you'll never have to worry about phone signals.

Enhancing Performance

BMS is used to maximize the performance of a battery. Setting the charge limitations of lithium-ion batteries between their minimum and maximum capacity is the best approach to use them. Overcharging or undercharging your batteries degrades the quality of your battery. 

The BMS determines the amount of current necessary for charging and transmits it to the Electric Vehicle Supply Equipment (EVSE) or Charger.

To prevent cell voltages from falling too low, the BMS interacts with the motor controller. It delivers a signal to notify the user of the state of their battery. The BMS also controls your battery's recharge via regenerative braking.

Diagnostics

The state of charge (SoC) and state of health (SoH) of your battery are indicated in percentages so you may learn about its available potential and general health. BMS monitors any changes in behaviour or abnormalities in the cells when they interact with the battery pack. 

The battery pack's problems are resolved by utilizing the stored error codes and documented diagnostic information. Depending on the scenario, the BMS can take remedial action or trigger the failsafe systems to keep the pack healthy.

Communication

The BMS communicates with the vehicle's Electric Control Units (ECUs). To guarantee the smooth operation of a vehicle, it collects all data from the battery parameters to the motor controller. When utilizing AC charging, the BMS signals the onboard charger to monitor and regulate the battery pack's charging.

The Road Ahead

E-vehicle market is about to boom and it’s a golden opportunity for battery manufacturers to raise the standard by offering their clients a full-fledged conversion kit with battery management system in order to compete and carve a niche of themselves in the competitive market. 

Inwizards is a cutting-edge technological firm providing futuristic mechanization designed to transform the game of e-vehicle operating. To rise with the leading industry behemoths, get your hands on our battery management software and see the rise in graph of your business with our cutting-edge AI-powered IoT device…..Smart BMS

• This single device works like a one-man army which will fix your position in the EV segment market. 
• Smart BMS device provide you with all the predictive analysis of the battery and aware users and companies regarding battery performance. This will help you improve user experience. 
• The conversion kit market is about to boom and this is a golden opportunity for battery manufacturers to get their hands on Smart BMS device and compete with the leading market giants like PRO!

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