Skip to main content

Here is What You Need to Know About The Evolution of Electric Vehicles

ebikes

 When it comes to e-bikes and e vehicles in general, it is very important to understand their history and context in general. Till the 20th century, horses were the main form of transport. But as time went by, there was an increase in incomes, and people began experimenting with new modes of transport. 

On the eve of the 20th Century, the predominant form of transport was still the horse. But as people's incomes increased and available technologies advanced, some were beginning to experiment with newer forms of transport.

At this point, gasoline, steam, and electrical power were all competing for dominance in the market.

Besides, steam technology was being favored and understood by the market. Steam technology had provided its mettle and had powered factories, mines, trains, and ships. Thus, it seemed only a natural progression to build smaller forms of transport using steam engines.

While some self-propelled vehicles did exist from the late 1700s, this was not really developed until the late 1800s. For example, Cugnot's steam-powered Dampfwagen.

But, there was an issue, steam engines took long to warm up, had a limited range, and needed to be constantly fed with water. Now that we have some idea about the evolution of e vehicles, let's understand how they work!


How Do Electric Cars Work?

For short, electric cars, or EVs, work with an electric motor instead of an internal combustion engine. EVs make use of a large traction battery pack. This battery pack is charged by a specially designed charging station or outlet at the users' homes. 


As EVs run on electricity, they do not need exhaust and do not contain parts like the fuel pump, fuel line, carburetor, and fuel tank. 


In general, electric vehicles consist of a series of basic components. These include:  


1. Battery (all-electric auxiliary)

The auxiliary battery provides electricity to power vehicle accessories like a clock. 


2. Charge port

The stored energy in a battery cannot last for ages and needs to be recharged from time to time. A charging port allows the EV to be connected to an external power supply.

3. DC/DC Converter

The traction battery pack usually has a higher voltage than other components in the car. This device converts the higher-voltage DC into lower-voltage DC for safe use. 


4. Electric Traction Motor

Since the electric vehicle is expected to move at some point, you need to convert electricity into rotational force to move the wheels. This is where the traction motor comes in. Some electric vehicles also offer energy regeneration functions at the wheels.

5. Onboard Charger

As electricity from external sources is typically AC, the chargers convert it into DC to charge the battery. It is also used to monitor battery characteristics such as temperature, voltage, current, and state of charge while charging the pack.

6. Power Electronics Controller

This device manages the flow of electrical energy delivered to the battery. It also controls the speed of the electric traction motor.

7. Thermal Cooling System

This system maintains the proper operating temperature range of the electric motor, engine, power electronics, and other components.

8. Traction Battery Pack

This is the "fuel tank" of the electric vehicle and the source of all electricity used to run most of the other components in the vehicle.


9. Electrical Transmission

This device transfers mechanical power from the traction motor to drive the EV's wheels. 


Early electric cars found a lucrative market and were good for driving around cities. Their main consumers were women who found they were perfect for short trips around the city.

One of the first practical electrical cars was created by British inventor Thomas Parker in 1884. Another popular example of early electric cars is The Flocken Elektrowagen, produced in Germany in 1888. 


Wrapping Up

Unfortunately, the state of roads is not that great when it comes to running an electric e-bike. However, the scenario is improving fast.

If you wish to venture and buy the best electric bikes in India, you can buy one from Gemopai. With a wide variety of bikes loaded with the best security features, you can enjoy a fun ride and get access to smooth charging capabilities!

Labels:

Comments

Post a Comment

Popular posts from this blog

EVs classification: Understanding the different types of electric vehicles

  Several subsystems make up an electric bike or car. These include the energy source, refueling system, and energy management system. The propulsion subsystem contains the electric motor, power converter, and transmission. It also has driving wheels. Auxiliary subsystems include power steering units, temperature controls, and additional power supplies. EVs are classified as hybrid or plug-in hybrids based on their propulsion systems. Although electric cars (EVs) have been a hot topic in India, the history of these vehicles dates back to 2010. The government decided to encourage electric mobility over the last few years. The Ministry of New and Renewable Energy approved a scheme worth INR 95 crore that was intended to promote EV manufacturers for each unit sold. The central government has made many laudable efforts to raise awareness about EVs and their benefits, helping Indian citizens adopt this technology quickly. Are you willing to speak out about your concern for the envi...
Post a Comment
Read more

How are Electric Vehicles different from conventional fuel scooters ?

  How are Electric Vehicles (EVs) different from conventional fuel scooters? (State and national initiatives angle) A sustainable future continues to be the central topic of concern in most countries around the world. The current situation does represent a rather grim picture when it comes to some of the pollution levels. India has been no stranger to those challenges as they face their own version of the issues. Air pollution and emissions continue to be a thorn in the daily lives of people with major cities facing the effects of the same. India’s population levels should give one an idea of the strain its transport sector is producing on a global scale. Amidst all that, there has been the advent of electric vehicles or EV’s. These electric bikes and cars are aimed towards reducing the staggering 25% of global emissions due to transport.   How are electric bikes and cars different from their fuel-based counterparts? Electric bikes and cars are rather different in a...
Post a Comment
Read more

5 myths about E-Mobility

  Did you just see one of your acquaintances riding their electric bikes and run past you, and later narrating how they are now emission-free commuters? Have you been wondering if you should make a shift to electric vehicles too? Have you been triggered by the thoughts of whether the future of mobility is actually electric?   However, with the plethora of information available citing the pros and cons of the electric bikes and electric vehicles available in the market already, have you been confused about making the switch? Well, it is normal to weigh the pros and cons when you are shifting to the proclaimed future technology, but it is also pertinent that you do not accept every myth as a piece of important information.   E mobility at its current stage is under the cloud of many myths and confusions and even though the market is flooded with electric bikes and other electric vehicles are making their way to daily commute options soon; some myths and misconception...
Post a Comment
Read more