AUTOMOBILE DUNIYA

The climate friendly electric and plug-in hybrid electric cars are depends on where you charge them. In states where electricity generation relies heavily on fossil fuels, like coal and natural gas, powering electric cars can be more emissions intensive than conventional gas-powered cars. On the other words which states that  with large proportions of hydro power, renewable and nuclear power provide a low-emissions power grid for electric cars.

Choose the best E-Car for yourself :




1. Easy to maintain- minimal scheduled maintenance to their electrical systems



Source: Plugincars
2. Good Battery Life -Like the engines in conventional vehicles, the advanced batteries in EVs are designed for extended life, but will wear out eventually , so choose the best with the specifications.


Source : targgray

EV actually Allow speed to build up more slowly to avoid over-revving the engine which burns more fuel. Also, leave longer gaps between you and the car in front to avoid having to brake heavily t…

The real advancements in now enabled the connected cars which are astonishing. When these huge advances happened , they were mostly mechanical and  a bigger engine, more efficient transmissions, safer brakes, and much more i.e cloud computing is which is all about delivering on-demand computing services over the internet .

Image : iot-automotive

















The connecting cars technology are bringing the world towards the new development and growth in
the automotive industry. With this connected car technology that can lead this industry into the best security offer and provide the services at global scale that makes relationship better between the customer and service provider  to start  and expand the right  time to manage the  connectivity for the entire vehicle life Cycle.




Image : techweekeurope
Volvo Cars are now used to the  Connected Vehicle Cloud to enable digital vehicle services in more than 120 markets. Since 2012, Volvo Cars having great partnership  with Ericsson to provide cars, dr…

Will Human-Machine Interfaces make or break Advanced Driving Assistance Systems.


Source: adas-vs-hmi
As per the news spread regarding the industry which continues to move towards higher levels of automation, many OEMs are planning to launch cars capable of SAE Level 3 within the next 12 months, i.e. vehicles capable of automating the act of driving in certain scenarios to the point that the driver can engage in a secondary.



As per the sources-The 5 Series got tested at the same time as its market competitor, the Mercedes-Benz E-Class. Interestingly, while these cars exist in the same segment and offer similar features, they found that the two vehicles implement these in very different ways and showing that there is currently no agreed upon best practice. 


1.Adaptive Cruise Control. 2. Steer Assist. 3. LDW 4.Blind Spot Monitor
Source: adas-vs-hmi

Weight: Weight of a car is a measure of how heavy or light it is. Weight is a force dependent on object’s mass. The mass of the object multiplied by the magnitude of gravitational field. This weight has a significant effect on the acceleration of the object.Lift: Lift is created by movement of the air around an object. It is the sum of all fluid dynamic forces on a body normal to the direction of external flow around the body.



Drag: Just as wind friction causes drag in an automobile, aerodynamic friction and displacement of air during creates aerodynamic DRAG. Drag occurs any time that air is displaced from its normal condition.Downforce: Downforce is simply the force acting down on the ground. On our car we have a force which acts down on the ground to keep the car fixed to the track as it is going around corners.Thrust: When a body is in motion a drag force is created which opposes the motion of the object so thrust can be the force produce in opposite direction to drag that is hig…

As we all know that Gears have existed since the development of rotating machinery. References to gears can be traced back to the 4th Century BC, where Aristotle wrote about wheels using friction between smooth surfaces to transmit motion.



The earliest known written reference to gears was circa 50 AD by Heron of Alexandria. He was a prolific inventor and mechanic who designed systems that utilized gears to lift heavy building objects. The early Greeks made use of metal gears with wedge-shaped teeth. Romans made use of gears in their mills.
Today, we enjoy the benefits of gears in everything from electric rotating toothbrushes to gigantic ships and jets. Gears are now made from a variety of substances, depending on the application and strength needed.



As we have sen in some applications, gears which  were also used as speed reducers. It then wasn’t until the Industrial Revolution some 1800 years later that increased the need for stronger gears and changed the way the world used power.


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As of for many years the automotive industry has been well known for its intensive use of industrial robotics. 


Since the implantation of the first industrial robots in the 1960s, a lot of things have changed. These days, the production lines need to be more efficient, flexible and precise. Many enhancements have been made on production lines over the last few years to help workers in their daily tasks.  the latest robotic applications in automotive manufacturing and here are the top 5 applications that grabbed our attention.


1) Robotic Vision
During the production of the 2013 Ford Escape, the company decided to introduce a robotic arm with "eyes". The laser and camera placed in an array on the robot wrist, are able to see exactly where to install the parts on the car body. By giving instant feedback to the robot; the windshields, door panels and fenders can be applied more precisely. The big innovation of this technology is that industrial robots are now able to put a proper…

Keeping the track of batteries can be difficult, especially when encountering continuously changing battery types and observing periodic maintenance needs. 


So To assist with all some of several manufacturers of battery analyzers are offering software to enable PC interface. While the PC is v helpful for battery service, the available software is often not refined enough to satisfy most market requirements.Software has commonly written into accommodate a broad range of applications, even though a customer may never use more than one function. 
BatteryShop has been designed to service cell phone batteries at storefronts, check batteries in large repair centers, assist in the scheduled maintenance of fleet batteries, and tend to engineers in research labs. Here are a few examples how the PC software can be used
source: batteryuniversity