AI has started pushing the boundary of the traditional concept of electric car safety. It will make a transformative evolution in the automotive sector. Automakers also want to improve safety standards by leveraging Artificial Intelligence. The capabilities of processing real-time data and predictive analytics will make EVs safer. These innovations will also give a better driving experience. Let us now discuss how automakers are using AI for safer EVs.
AI for safer EVs: AI making the EV battery safer
Fire hazards from EV and ICE vehicles are nothing new. However, the risk is low in case of electrified vehicles. Still, you cannot overlook the minimal risk of EV battery fires. There are very few cases of battery failures in electric cars. Automotive engineers are trying to integrate battery management software. AI has helped them to achieve this goal.
There are several reasons behind battery failure. For instance, metallic lithium buildups around the anode may cause risks. But, how does AI help you avoid battery fire?
AI diagnostics kit predicts battery failures accurately without zero false positive results. Early identification results in more effective and convenient failure management. For instance, you may alter and schedule battery management service. With a feature extraction technique, the system can convert the battery health data into a comprehensible format. Thus, as AI diagnostics detect cell issues in advance, you will be safe from risks.
AI-driven perception system
The perception system used in autonomous EVs depends on the AI technology. It is integrated with different sensors like-
- Ultrasonic sensors
- Radar
- Lidar sensors
These sensors collect data related to the car’s surroundings. Advanced AI technologies process and analyze data, allowing the car to have a real-time understanding of the environment.
There are also computer vision algorithms helping cars to detect and categorize objects like-
- Traffic lights
- Traffic signs
- Other cars
- Pedestrians
Autonomous EVs have object-tracking algorithms to locate objects precisely. That is why they ensure safe navigation throughout the journey.
Automated parking- AI to ensure your convenience
Parking is challenging for some drivers, as there is a risk of scratches and dents on the vehicle’s body. It happens especially if they have a tight space in a parking zone. To make parking safer, automotive manufacturers have integrated the AI-powered feature. It will ensure the safety of drivers and pedestrians in the parking lot.
Many cars are already equipped with parking sensors, which inform you about the distance to the object. Some vehicles also have exterior cameras with sensors to automate parking. The drivers do not need to manage controls.
Improve energy management with AI
AI has contributed to boosting the energy management and efficiency of autonomous EVs. Optimal route planning technology focuses on different factors like-
- Energy usage
- Road topology
- Traffic conditions
Your car can identify the best route to reach the destination within the shortest time. By reducing energy costs and charging station usage, Artificial Technology boosts your EV’s battery life. So, AI technology is not just for safety. It makes your car more sustainable.
Another use of AI is predictive analytics, as the technology uses real-time and historical data to predict energy needs. It allows your EV to optimize energy consumption. You can adjust the driving behaviors by managing regenerative braking and speed.
Making improvements with over-the-air updates
AI integration into autonomous EVs allows easy over-the-air updates. Modern AI software and algorithms facilitate improvements and updates. With this feature, the car will stay up-to-date with technological advancements and safety protocols.
Moreover, autonomous EVs generate a high volume of data during operation. The relevant data is effective in training the ML models and AI algorithms. Manufacturers collect and interpret data to check patterns. They can also refine the performance and capabilities of innovative driving systems.
AI for helping commercial autonomous vehicles
AI vehicles are equipped with multiple sensors, and some are capable of checking aesthetic damage on your cars. So, fleet managers will find it easy to inspect the cars and hire professionals to repair them. You can avoid any physical damage to your car due to the EV-integrated fleet. You do not need to employ a separate team to check for dents and other issues in your cars.
With AI-driven car inspection, fleet managers and operators can install off-the-shelf cameras. When a car returns to the fleet hub, AI will check it and address new damages. It will make you more confident about the car’s physical condition. You can remotely manage your fleet with efficiency.
AI for safer EVs: Can you fully trust AI in your car?
Most people are interested in knowing about the benefits of artificial intelligence in vehicles. However, you must not overlook the potential risks associated with AI usage in automobiles. As AI is a type of technology, it may experience system errors. But, cars without AI also have technical errors. More reliance on AI for safety can be dangerous if the technology does not work. For instance, your vehicle’s AI-driven hazard perception functionality can start malfunctioning at any time. If you wait for the automatic warning message, you will be less concerned about the risks. You will find it challenging to identify the system error in advance. Autonomous vehicles with AI safety features should be more advanced
Self-driving electric cars may also cause faulty navigation. Suppose you have set a destination but the navigation system does not work. It may also happen that the self-driving vehicle takes you to a different place. So, having a fail-safe technology is important for preventing these risks.
Ethical challenges in the world of EVs
Although AI has brought improvements, there are some ethical challenges. It is crucial to ensure accountability and transparency in AI algorithms. Moreover, balancing privacy issues with safety is a way to gain confidence and public trust in autonomous EVs.
Conclusion
AI has emerged as the most significant technology for advancing the electric car’s capabilities. Smart decision-making algorithms integrated with EVs work through AI-driven systems. Autonomous EVs will transform the transportation industry in the future. AI for safer EVs will evolve. The mobility ecosystem will also be safer.