Wireless Charging for Electric Cars

Wireless Charging for Electric Cars

→ Wireless charging for Electric Cars works by creating an electromagnetic field between a charging pad and an EV Car. 

→ More and more locos prefer electric car as it is less convenient for the environment and less polluting.

→ There are many challenges in front of electric car owners, among them charging is the biggest challenge.

→ It takes several hours to charge an electric car and it also takes time to find a charging station when you have to drive long.

→ Everyone is liking the electric car and wireless charging technology.

→ This technology allows the car to charge without a plug, making it very user-friendly and easy.

💡Table of Content

          2. Safety
          3. Efficiency
          4. Scalability
          1. Cost
          2. Efficiency
          3. Standardization
          4. Range

How does work Wireless Charging in EV Cars?

→ Electromagnetic is generated between the car and the charging pad.

→ The charging pad is placed on the ground and the car is parked on top of the charging pad.

→ The charging pad generates an electromagnetic field, which is received by a receiver fitted in the car and transferred to the electric current.

→ The battery is then charged with the flow of current.

→ The driver has no role to play in the charging process, thus making the process easier. 

→ Charging starts automatically when the car is parked above the charging tree.

→ Car charging time depends on the capacity of the charger, generally wireless chargers take more time. new changes are in progress

Benefits of Wireless Charging in EV Cars

→ Wireless charging technology for Electric cars benefits.

  1. Convenience
  2. Safety
  3. Efficiency
  4. Scalability

(1) Convenience

→ Wireless charger does not require a plug and wire, which makes charging easy. 

→ Car owners can provide comfort to the system or themselves by charging the car at the charging pad.

(2) Safety

→ The wireless charger solves electrical problems like wires and plugs.

→ Ground-mounted charging pad which reduces accidents.

(3) Efficiency

→ Wireless charging is better than cable charging and the speed is more.

→ The electromagnetic energy generated by the charging pad can be set at a distance, decreasing energy with distance.

(4) Scalability

→ Wireless charging systems could be scaled up to meet electric car demand. 

→ To charge people easily, charging pads can be installed at parking plots, hotels, petrol pumps, etc.

Challenges in Wireless Charging of EVs

→ Many challenges to the Installation of wireless chargers.

  1. Cost
  2. Efficiency
  3. Standardization
  4. Range

(1) Cost

→ Wireless charging systems cost more than cable charging. 

→ Due to not installing charging pads and receiver coils in electric cars, people are having trouble using them.

(2) Efficiency

→ Wireless charger technology, much better than cable charger.

→ The greater the distance between the charging pad and the receiver, the greater the power loss.

(3) Standardization

→ All company's table and signal of wireless charging is different, there is no standardization.

(4) Range

→ Wireless charging systems are currently limited in range. 

→ The charging pads must be installed in specific locations, making it difficult to provide charging options for car owners in remote areas.

→ Wireless charging technology for Electric cars offers several benefits, including convenience, safety, efficiency

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