Top 20 Innovations In The Automotive Industry, Automotive Technologies

Hello guys, welcome back to our blog. Here in this article, we will be discussing the top 20 innovations in the automotive industry, automotive technologies in 2022, and the benefits of utilizing all these technologies.

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Top 20 Innovations In The Automotive Industry

As the number of vehicle users increases safety becomes very important while driving cars on state highways and national highways. In from past few years, many technologies are integrated into automobiles to improve comfort and safety. Still, much research is going on, to make your vehicle very comfortable and safe. Here in this article, we will be discussing all the latest innovations in the automotive industry.

This list we have created by studying various research papers and these technologies are being implemented in your vehicle in the upcoming days or some are already implemented. The top 20 innovations in the automotive industry are;

20. Vehicle Automatic Emergency Braking

The vehicle’s automatic emergency braking rescues against rear-end crashes. If the automated emergency braking witnesses that the length of the preceding or standing vehicle is evolving critically short at a vehicle rate exceeding 30 km/h (18 mph), it composes the braking system for possible emergency braking. Automatic emergency braking depends on cameras, radar, or different sensors. When these technologies recognize an entity and the possibility of a collision with it, they automatically trigger the braking system. These approaches do not ensure that you’ll bypass a collision.

19. Teen Driver Tech

A teen Driver is a virtual backseat motorist or driver, with no parental nagging needed. Just like an educational report card, the technology provides parents and teens updates on driving execution and places for advancement. Parents can set limitations on speed and audio levels, along with speed signs to encourage teens to slow down.

Teen Driver permits parents to select radio volume limitations and speed alerts and limit top speed to 85 mph. It even mutes the radio when the front-seat residents are not wearing safety belts and automatically allows many known active safety components and contains anyone from manually rotating them off.

18. Wireless Smartphone Connectivity & Charging

Wireless phone charging utilizes induction coils on your mobile and in your automobile to charge your mobile wirelessly. It indicates you don’t own to maintain a cable about to charge your mobile.

17. Stolen Vehicle Tracking Software Or Emergency Services

Stolen vehicle search software follows the vehicle’s route and location, which is communicated with law enforcement to assist them to locate and securing the car. It will allow you to track vehicles 24*7 hours. It also saves time, inconvenience, and insurance-related expenses.

16. Video Rearview Mirror

15. Pyro Switch

It’s a high-voltage positive battery terminal fuse that bursts and permanently disconnects the electrical connection to prevent a short circuit or fire in the event of an automobile accident or crash. The positive terminal of the battery is unplugged at the same time, causing the automobile to crash.

It is triggered by the airbag control unit or the battery management system, and it disconnects the power source from the circuit board in milliseconds. It safely, reliably, swiftly, and efficiently disconnects the circuit and shuts down the power circulation before a short circuit may occur as a result of vehicle deformation. In other terms, it’s a battery disconnect switch that protects against short circuits produced by collisions.

It is used to separate the starter-generator cable from the electrical battery in many different electric and hybrid cars.

Read the complete article: What is PyroSwitch In Electric Vehicle

14. HVIL or High Voltage Interlock

The major need for HVIL in the electrical vehicle is for security purposes as it considers every possible risk in the vehicle components should be closely monitored. The major fault in the electrical vehicle is the power failure which is caused due to loose connections or damage to the components of the vehicle which may cause the vehicle to lose the power stored in the battery.

So with the use of the HVIL, this can be minimized as it sends the alarm to the driver that there is damage or loose connections in a certain part of the vehicle.

13. Autonomous Vehicle

An autonomous car is a vehicle qualified of sensing its surroundings and working without human involvement. A human passenger is not needed to take command of the vehicle at any moment, nor is a human passenger needed to be present in the car at all. A self-driving automobile (sometimes called an autonomous automobile or driverless car) is a vehicle that utilizes a mixture of sensors, radar cameras, and artificial intelligence (AI) to span between destinations without a mortal operator.

12. Automatic Parking

Automotic Parking — **Automatic Parking**

Automated parking techniques (also understood as active park assist methods) are developed to assist you to discover a parking space and similarly park the car with the tiniest action from the driver.

11. Automatic Liftgates

A power liftgate unlocks and locks automatically when activated by your key fob, a switch inside your car, or by waving your floor below the bumper on special vehicles. Power liftgates are especially useful if you access your car cargo area repeatedly.

10. Airbags Everyplace

In the U.S. the Ford Motor Company has declared that it will carry the airbag everywhere following year when it will start offering airbags planned to protect off-road vehicle residents against damages in roll-over accidents. Like window airbags, this airbag will be discovered by the side windows but will be handled by new sensors that mainly estimate the lean of the car.

09. Wireless BMS Or Battery Management System

At present, the all-electric vehicle has a wired battery management system and still much research is going on the wireless battery management system. In traditional battery management systems (BMS), there is a complicated wire-harness between battery cells and battery sensing modules. Individually slave BMS can generally collect sensorial data from 8 to 12 battery cells. In demand to accommodate a considerable number of battery cells, a set of the slave controller is linked to a master BMS, where the gathered data from the battery cells is stored for additional processing.

The latest BMS architecture totally stops the sensing wire-harness between sensors and the Battery Management System modules. We hope that the WBMS will allow battery packs that are shorter, more delicate, more reliable, more comfortable to automate the manufacturing process, and most notably, low-cost.

Read the complete article: What Is Wireless BMS, Battery Management System

08. 5G & IoT

The security of completely autonomous cars needs a high-speed 5G link for thousands of automobiles, simultaneously, in a city inside. While 4G is an immense enhancement over 3G and is nicely suited to most IoT applications today, actual autonomous vehicles need more increased bandwidth and lower latency. In that future, numerous cities in America, particularly larger cities like Los Angeles and New York, are growing their 5G scope. While these networks are not permanently installed to help autonomous vehicles in separate, 5G cars will be capable to link into the latest networks and take benefit of this infrastructure.

07. Blockchain In Vehicle

By executing blockchain technology for expenditures in the automotive enterprise, you can make a suitable platform to efficiently track down and pay for car parts and simulated cars as well as connected services. Blockchain, thus, delivers a dedicated data verification tool in the transportation and logistics sector. The technology can also allow you to follow truck fleets, routes, traffic happenings, and corresponding operations. It contributes to more significant transparency, safety, and underestimation of potential fraud or hazards.

06. Fast Charging For Electric Vehicle

The technology is regularly enhanced, with some samples like the Hyundai Ioniq 5 competent of charging at rates up to 220kW, offering owners the capability to charge from 10 to 80% in as short as 18 minutes. Nowadays the fastest-charging car on the deal is the Porsche Taycan, competent for speeds up to 270 kW.

05. Advance Driver Assistance System

ADAS utilizes sensors in the car such as radar and cameras to sense the world near it, and then either deliver data to the driver or accept automatic action based on what it senses. ADAS elements that deliver data will most typically contain a “warning” in the name. Driver assistance also understood as advanced driver-assistance systems (ADAS), are technologies utilized to drive motor vehicle travel more unassailable by automating, enhancing or adjusting some or all of the duties concerned in running a vehicle.

04. Connected Mobile Apps Or Digital Keys

Digital Key technology delivers a user the capability to open/lock and begin/stop their car through a smartphone application. The application accepts an encryption key and is then capable to authenticate the key by getting the smartphone within the closeness of the vehicle.

03. Safe Exit Assist To Protect Cyclists

Safety Exit Assist utilizes radar to witness that vehicle and override you if you try to deactivate the Electronic Child Safety Lock, giving an acoustic and visual warning as it does so. The rear door your child is attempting to open remains closed until the vehicle coming from behind has passed by, preventing a potentially lethal accident. When the roadway is clear, the Electronic Child Safety Lock can now be deactivated and your kid can unlock the door and leave the car safely.

02. 360- Degree Camera

A 360-degree camera design in an automobile delivers you with a real-time picture of the space surrounding your automobile. The 360-degree camera tech incorporates the views of several video cameras positioned around the car into one picture, generally a top-down view. As you drive into a parking space, the 360-degree camera method shows nearby barriers, allowing you to avoid crashes.

01. Blind Spot View Monitor

The blind zone monitor or blind-spot monitoring is a car-based detector device that witnesses other cars discovered on the driver’s side and back. Notifications can be observable, loud, vibrating, or connected with the sense of touch.

These are the top latest innovations in the automotive industry. Soon these many features will be implemented in vehicles to improve the safety of drivers and passengers. Many automotive companies are already using these technologies in their vehicle.

This was about “Top 20 Innovations In The Automotive Industry“. I hope this article “Top 20 Innovations In The Automotive Industry” may help you all a lot. Thank you for reading.

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Chetan Shidling

Automotive | Technical Blogger | Engineer | Content Creator

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