ADAS and Electric Vehicles: A Perfect Match for Enhanced Safety and Efficiency

The automobile industry is changing rapidly. The growth in the use of electric vehicles (EVs) is also a cause of digital vehicle digitization. The clients switching from the traditional to the electric vehicles may also be looking for the technical ease of using this technology, including managing electric fleets. 

The demands for technological breakthroughs could even further help push for connectivity and mobility services. 

In addition, it may provide more security features and also boost the expectations for more Advanced Driver Assistance System (ADAS) functions in general. Both electric vehicles and ADAS are efficient and sustainable technologies that have major advantages.

Electric Vehicle Fleet and ADAS Software

Battery-powered electric vehicles are an eco-friendly electric substitute for conventional internal combustion engine automobiles that run on hydrocarbon fuels.  They are gradually gaining more and more popularity, owing to the following reasons:

First, people, as well as governments, are shifting towards cleaner transport options. Because of the increasing concern associated with climate change and a drastic reduction in greenhouse gases. 

They have zero emissions and hence can be described as one sure way to combat global warming and air pollution.

Second, advances in EV technology have meant that there will not be range anxiety. So, there is no need to constantly charge the battery. 

EV and ADAS fleet management seem to have a promising future in the upcoming years as electric vehicle makers persist in funding technological advancement and the readily increasing opportunities of electric charging stations indicate a shift towards a sustainable transportation system ahead.

How ADAS Can Help In Managing Electric Fleet

ADAS fleet management software is not all about the safety features, it comes with other features to enhance EV efficiency. 

It can also track vehicle performance levels, fuel consumption, and prospects for undertaking maintenance checks. It is useful when analyzing efficient routing, trip distance, schedule, and fuel usage. All this information will be available for drivers as well on the Driver App. 

1. Collision Avoidance Systems

Common features of modern ADAS systems include sensors, cameras, and radar to identify risks on the road. They include other automobiles, people on the road, and any form of object on the road. If the particular vehicle has any probability of an impact, the system sends signals such as visual or audible warnings to the driver.

2. Lane Departure Warning

Lane-keeping assistance works with cameras or infrared sensors to analyse the position of road positioning. If the vehicle lane departs without indicating the turn intention, there is a warning, sound or vibrations. Even better and advanced versions with level 3 or 4 are capable of helping the driver with correctional movements in an effort to get the electric vehicle back on the appropriate lane.

3. Parking Assistance

Parking assist technologies include space identification and help with steering the electric vehicle into parking spots. Some systems recognize available locations, and some of them allow the vehicle to be driven into these zones while the driver controls the brakes. Cameras at the back and other viewpoints help in this case or rather parking.

4. Adaptive Cruise Control

Adaptive cruise control uses radar or laser techniques in order to maintain a safe distance from the vehicle in front and automatically reduces speed. This feature makes highway driving much easier and is capable of undertaking stop-and-go traffic situations.

5.  Automatic Emergency Braking

This system intervenes when sensors detect that there is a possibility of a front collision. If the driver does not do anything, it will apply the brakes to mitigate the crash risk. 

6. Blind Spot Monitoring

Blind zone detection is the use of radar sensors in areas that mirrors cannot possibly cover. The information displayed using visual or audible alarms lets drivers avoid changing lanes in the wrong manner or lane.

7. Driver Drowsiness Detection

Driver Monitoring System observes steering angles, position on the road, and even eye movement. It does this in order to notice that the driver is perhaps dozing off or distracted. If it detects the driver is tired, the system releases a notification for the driver to take a break from driving.

8. Cross-Traffic Alert

Reversing moving object warning informs drivers about crossing vehicles moving from the rear on blind spots when backing out of parking lots or driveways.

9. Traffic Sign Recognition

Traffic sign recognition employs cameras to identify and display on the vehicle’s dashboard, different speed limits and other signs to inform drivers.

Before You Go!

For companies, it is not only possible but advantageous if they want to cut their greenhouse gas emissions. Since EV helps in total operating cost reduction, with the Advanced Driver Assistance System, it will be more convenient to run the fleet. 

If you are planning to expand your fleet or properly monitor and organize your running fleet, you need the right ADAS software that will suit your business type. Which ADAS software can help? TrackoBit has developed highly sophisticated ADAS solutions for this purpose.

For more information, contact TrackoBit.