The recent hike in the use of technology in the automotive industry has made it much greener. In this article, you will learn of new technologies ranging from hydrogen cars, electric vehicles, automated, autonomous, and self-driving autos, and so much more.
Hydrogen passenger cars
Recently, businesses that are involved in auto parts supply dealing have been forced to update their product range to be able to follow the newest development trends. The emphasis is being placed on encouraging drivers to change their classic vehicles with cleaner, greener alternatives.
Hydrogen cars are at the top of this list of cleaner substitutes because they are eco-friendly options. These autos use hydrogen batteries in place of fossil fuels as the main energy source.
Hydrogen-powered vehicles work by replacing dangerous gases in vehicle emissions, such as CO, with water emissions from an installed exhaust pipe. Rather than using rechargeable batteries, energy is sustained and produced by a chemical reaction between oxygen and hydrogen in a fuel cell stack.
Many well-known automakers have embraced this revolution, and since 2014 a lot has been done to increase the production of these vehicles in Europe and Asia.
Additionally, refueling a hydrogen tank takes only 6 minutes, after which you are free to get back on the road and enjoy your smooth ride with emissions that do not adversely affect the climate.
Although hydrogen cars are created to be sleek and technologically advanced, that is not the only reason why they exist.
The goal of Hydrogen fuel cell electric vehicles is to develop a completely hydrogen-based community as opposed to the current fossil fuel-dependent one.
Another goal of the hydrogen automotive community is to dominate both land and sea, which has prompted the production of hydrogen-powered heavy-duty trucks, forklifts, and energy observer ships, among others.
EV’s working mechanism
Electric cars are also commonly referred to as battery-powered electric vehicles (BEVs). They work when there is a power supply from an electric motor rather than from a combustion engine.
The electric motor is able to supply power to the vehicle thanks to the large traction battery pack within it. It is recharged when the battery pack is connected to charging equipment, otherwise known as the “electric vehicle power supply equipment.”
This car has no CO emissions because its power comes from electricity rather than the typical fuel components.
The components listed below are central to the operation of an electric car:
- A charging port
- A Dc Converter
- An Auxiliary Battery
- Onboard car Charger
- A traction motor
- A traction battery pack
- An Electronic controller
- Air conditioning
The primary difference between: Autonomous, Automated and Self Driving cars
It’s a common misconception to conflate the meanings of automated and autonomous in relation to driving. However, they do not mean the same thing and are actually different words. A fully autonomous vehicle can take the lead and make independent choices based on self-awareness.
Let’s examine this narrative. Let’s say you give a command to an autonomous car, like, “drive to school,” it can decide to drive to a museum instead. On the contrary, an automated vehicle (fully automated) is designed to follow your instructions to the letter and not have a mind of its own.
Self-driving and Autonomous driving are almost the same. The only difference here is that self-driving can drive itself but not always; it has the flexibility of letting a human being do so; self-driving cars typically fall under level 3 and level 4, which are – conditional driving control at will.
Autonomous cars are Level 5, and unlike level 3 and 4 cars, they are not subject to geofencing.
Safety technologies in automated cars designed to save lives
Automated vehicles are able to intervene before a collision, saving lives, minimizing injuries and car damage, and this is done by eliminating human error.
Since the late 1980s, car safety measures have been met with improving technologies. Technologies like seatbelts and airbags are commonplace today and often taken for granted, but it was a big deal back then. A vast majority of vehicles functioned without them until they were made mandatory.
A few years later, safety autonomous vehicle technology came onto the scene. Although this innovation is not mandatory in cars, most top brands have included them to minimize fatality rates, injuries, and accidents.
Without further ado, let’s see the essential features, how they operate, and save lives.
Vital technologies in safety in autonomous vehicles
The following safety technologies are fundamental in autonomous vehicles:
- Emergency brakes that are automatic.
- Notifications of impending collisions.
- Alert for a blind area.
- rCoss-traffic assistance at the rear.
- Lane departure forewarning.
- Assistance in lane maintenance.
- Cruise control adapter