Electric Vehicle Basic -Tech Net Edge
Electric Vehicle
Article Related questions
How to electric vehicle work?
Why do we need electric vehicles?
What are the advantages of electric vehicles?
How does charging an electric car work?
Why do we need electric vehicles?
What are the advantages of electric vehicles?
How does charging an electric car work?
how to electric vehicle work?
- Electric vehicles use energy stored in their rechargeable batteries. They recharge. As usual as household electricity.
- Unlike a hybrid vehicle, which runs on gasoline and uses a battery and an engine to improve efficiency, an electric vehicle runs exclusively on electricity.
The need for electric vehicles
- There are many reasons why people move in electric cars, bicycles and other vehicles to take them to where they should be. Include, More economical electric vehicles compared to gasoline.
- Electric vehicles are enjoyed when driving because they are fast and smooth.
- Electric vehicles are innovative and great.
Advantages of electric vehicle
- There are many reasons to make your next motor purchase.
Reduce or eliminate your fuel cost:
- Weekly trips to the fuel service station to pour your car are expensive when the always fluctuating price of gasoline is high.
Become independent of energy
- Electric vehicles are powered by connecting to the power grid and electricity can be produced through various generation methods.
Reduce car emissions to help the environment:
- Historically, human beings have had a very negative impact on our environment and switching to an electric vehicle is a way to reduce damage to the earth. Electric vehicles can be powered by electricity from renewable sources such as wind, solar and hydraulic energy, while gasoline can only be produced through an intensive extradition and transportation process.
- Key components of a fully electric vehicle.
1.Battery (all-electric auxiliary):
The auxiliary battery provides electricity to power motor accessories.
2. charging port:
It allows the vehicle to connect to a certain extent to the power source to charge the traction battery.
3.DC converter:
This converts the higher voltage DC power of the traction battery into the lower voltage DC power required to run the vehicle accessories and recharge the battery.
4.Electric traction motor:
Traction power Battery of this vehicle's wheel motor.
5.On the plate charger:
It takes the incoming AC electricity supplied through the charging port and converts it into DC power to charge the traction battery.
6. Power electronics controller:
Speed control of electric traction motor.
7. thermal system:
The device maintains an adequate operating temperature range of the engine.
8.Traction battery:
Stores electricity for electric drive motor use.
9.Transmission:
Mechanical power transmission from the electric traction motor to drive the wheels.
Charge the electric vehicle:
They are different types of charges, each with different places of time that it takes to charge an electric vehicle, the different types of charge below,
- Load at home
- Public charging station
- Deception Charge
- Fast charging station (high power station)
- The five main current electric vehicles:
- Tesla model S-432 km charging range-time 5 hours
- Nissan -120 km range-charging time 3 hrs
- BMW i3 -160 km-charging time 6 hours
- Smart Ev-109 range-charging time 6 hours
- Ford focus -110 km - charging time 5 hrs