The Role of Artificial Intelligence in Increasing the Capacity and Efficiency of Electric Vehicle Batteries

Artificial intelligence (AI) is playing a pivotal role in the EV industry with numerous applications like autonomous driving, user behavior monitoring, and smart navigation systems.

Different models of electric vehicles are available, and we all know that this revolution is gaining momentum over the world. Within the next five years, electric vehicles (EVs) are projected to reach price parity with conventional combustion-engine vehicles (CEVs), mostly due to the impact of AI. Artificial intelligence (AI) has the potential to help electric vehicles by speeding up developments in battery technology. As a whole, the AI in Automotive Market is predicted to grow at a CAGR of over 35% between 2020 and 2026. Artificial intelligence (AI) is widely employed in factories and assembly lines, and many EV players are testing self-driving EVs to collect data, evaluate it, and fix broken parts in other EVs.

Manufacturers of electric vehicles now have a unique opportunity to enhance their current maintenance procedures and introduce a new one, predictive maintenance, thanks to advancements in artificial intelligence (AI) and machine learning.

The automotive industry is undergoing transition, notably in the field of electric vehicles, and this will affect the rider’s whole experience. By improving efficiency in manufacturing and boosting enterprise expansion, artificial intelligence is set to produce a seismic shift in the corporate world. Electric vehicle safety can be improved by using this technology, as it allows users to remotely disable their e-bikes or e-cars from their smartphones if they ever leave them unattended.

How AI is Accelerating the Power of EV Batteries

Battery performance is essential throughout every stage of a vehicle’s existence. The battery in an electric vehicle is responsible for 25% of the total cost, making it the single most important advancement in the field of EVs.An electric vehicle can now be recharged in the time it takes to fill up at the gas station, thanks to artificial intelligence; this advancement could also improve other facets of battery technology. The global battery market is growing at a staggering rate. No electric vehicle, including the Tesla S 100D with its 355-mile range, the Hyundai Kona with its 198-mile range, or the MG ZS EV, which may provide an average of 214-miles of range, can be charged in a couple of minutes. While electric vehicles can be fully charged in 75 minutes at a Tesla supercharging station, it would take more than three hours for the major participants in India’s EV business.

To enhance battery performance and battery life cycle management, including driving range, charging time, and vehicle lifespan, artificial intelligence is analyzing battery usage and recharge data and building a mathematical model to optimize fast-charging capabilities without compromising vehicle lifespan. It can also hasten the development of new battery materials and testing methods.

Future of Artificial Intelligence in EV Industry

Artificial intelligence (AI) is playing an important role in the electric vehicle industry through its usage in autonomous driving, user behavior monitoring, and smart navigation systems. Predictive maintenance of equipment, monitoring of driver behavior, and vehicle security are just some of the safety-related uses for this technology. Many automakers are incorporating AI technology into their products, with some aiming to revolutionize the transportation industry with driverless cars and others employing AI to improve the efficiency of their EV batteries.

Kawoosa shared his thoughts on the future of AI in the EV business, saying, “In EV verse, the industry will always endeavor to gain efficiency on a number of aspects. Maximizing charge, lengthening charging time, lengthening battery life, optimizing energy utilization across all electronics (including lights), boosting top speed, acceleration, safety, and security are just a few examples. Electric vehicles can gain the necessary intelligence from AI to maximize their efficiency.Artificial intelligence is becoming increasingly important not just in EVs but across the automotive industry. It’s possible that, in the future, automobiles will have the largest number of users of artificial intelligence (AI), second only to smartphones.