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solar wireless vehicle charging
Solar EVSE, such as the equipment procured for the VA, is 100% renewable. These types of charging stations can supplement or create charging hubs at sites that may not have existing electrical capacity.
A car would only be able to travel one to three miles for every hour it was charged with solar electricity. This means that for a 300-mile-range electric car, it would take around 90 hours of direct sunshine to fully charge the battery. For many automobiles, this is impracticable.

solar wireless vehicle charging
Solar EVSE, such as the equipment procured for the VA, is 100% renewable. These types of charging stations can supplement or create charging hubs at sites that may not have existing electrical capacity.
A car would only be able to travel one to three miles for every hour it was charged with solar electricity. This means that for a 300-mile-range electric car, it would take around 90 hours of direct sunshine to fully charge the battery. For many automobiles, this is impracticable.

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CPP-PPT.pptx.ppsx

  1. 1. Solar Wireless Electric Vehicle Charging System
  2. 2. SVSMD’S SHRI. VATVRUKSHA SWAMI MAHARAJ DEVASTHAN’S KAI. KALYANRAO (BALASAHEB) INGALE POLYTECHNIC, AKKALKOT. -:Team Members:- Mr. Kumbhar P.P. Enroll No.2012050074 Mr. Ingale P.R. Enroll No.2012050072 Mr. Rathod S.S. Enroll No.2012050065 Ms. Afjalpurkar A.P. Enroll No.2012050059 Under the guidance of, (Mr. Desai P.B.) E&TC Department
  3. 3. Introduction of our Project  improve charging station efficiency  We investigated the portable EV charger by reducing charging time with renewable energy  For charging electric vehicles, the wireless EV charger is the ideal alternative.
  4. 4. Block diagram
  5. 5. Hardware Specifications • ATMEGA Controller • Battery • Voltage Sensor • LCD Display • Transformer • Regulator Circuitry • Transmitter and Receiver Coils • Vehicle Body • Wheels • Switches • LED’s • PCB Board • Resistors • Capacitors • Transistors • Cables and Connectors • Solar Panel Software Specifications • Keil µVision IDE • MC Programming Language: C HARDWARE & SOFTWARE REQUIREMENTS
  6. 6. Solar Panel Arduino Uno 12V Battery Voltage Sensor LCD Display 16x2 Transformer Regulator Circuit Coils Vehicle Body LED’s PCB Board Active & Passive Components Connecting Wires
  7. 7. Structure of our Project
  8. 8.  Keil Micro Vision software is an integrated development environment (IDE), which integrated a text editor to write programs, a compiler and it will convert your source code to hex files too.  Keil development tools for the STM Microcontroller Architecture support every level of software developer from the professional applications engineer to the student just learning about embedded software development. Programming  We are using embedded C programing language for programming in KEIL μVision software
  9. 9. Advantages of Electric Vehicle  Wireless charging of vehicles without any wires  No external power supply is needed  Coils integrated into the parking to avoid wear and tear.  No fuel required.  Environmental friendly as they do not emit pollutants.  Lower maintenance due to an efficient electric motor.  Better Performance. Disadvantages of Electric Vehicle  Long charging time – 1-3 hours required for charging
  10. 10. Comparision of Non-EV & EV # Non Electric Vehicle # Electric Vehicle Air Pollution. It run on diesel Costly.  No Air Pollution.  It run on electric battery.  Less than non electric vehicle.
  11. 11. ANY DOUBTS

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