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Solar Powered Wireless Power
Transmission
 Introduction
 Block diagram
 Block diagram description
 Hardware requirement
 Advantages
 Disadvantages
 Application
 Future scope
 conclusion
 References
2
 The main objective of this project is to develop a device for wireless power transfer.
The concept of wireless power transfer was realized by Nikolas tesla.
 Wireless power transfer can make a remarkable change in the field of the electrical
engineering which eliminates the use conventional copper cables and current
carrying wires. Based on this concept, the project is developed to transfer power
within a small range.
3
 This project can be used for charging batteries those are physically not possible to be
connected electrically such as pace makers (An electronic device that works in place
of a defective heart valve) implanted in the body that runs on a battery.
 The patient is required to be operated every year to replace the battery. This project is
designed to charge a rechargeable battery wirelessly for the purpose. Since charging
of the battery is not possible to be demonstrated, we are providing a DC fan that runs
through wireless power.
4
Cont…….
5
 Solar charging for electrical vehicles is a basic and viable
application of using solar energy to achieve sustainable
energy development.
 The solar charging is based on the utilization of solar PV
panels for converting solar energy to DC voltage.
 The DC voltage can be stored in the battery bank by a charge
controller.
 An inverter is employed to convert the DC voltage from the
battery bank to 110 volt AC at 60 Hz frequency that is
identical to the power from the electric outlet.
6
 This project will address the fundamental concepts of
designing and developing solar PV systems for charging
electrical vehicles.
 Solar and power from grid will charge the battery. Battery
voltage and current will be displayed on LCD display.
 LCD display will display the number of connected batteries i.e
only one battery will connected.
 if battery removed from voltage and current the number of
batteries connected will show zero.
 After switch on project name will be shown on LCD Display.
 We will use SMPS as grid main power source to charge battery.
7
 At-Mega 328
 16X2 LCD display
 L293D
 Bluetooth module
 Solar panel
 Lead acid battery
 RCP circuit
8
 PROGRAMMING LANGUAGES
◦ Embedded C
 COMPILERS:
◦ Keil 4.0uv
 DUMPING SOFTWARE:
◦ Using Micro controller flash magic/ proload Software we are dumping
our HEX Code into Micro Controller
9
 Although electric vehicles (EVs) are considered an eco-friendly
option, global warming due to greenhouse gas emissions will
remain an issue if conventional sources of energy are used to
generate the electricity to power EVs.
 Several companies like ABB, Magenta Power, Charge Point, Leviton
Manufacturing, Schneider Electric, Siemens AG and Tesla are
operating in the global EV charging station market.
 Generating power from renewable energy sources like solar
addresses this concern, maximizing the green impact of EVs.
 It is true that the production of solar panels results in carbon
emissions but they become carbon neutral in a few years and last
for 15 to 20 years, on an average.
10
These charging stations can be installed in the parking lots
of shopping centers, offices, restaurants, gyms, rest stops
along highways, parks, among others, making it easy for the
public to charge their vehicles and reduce range anxiety.
• The development of the Solar Charging system for batteries project
comprised of various disciplines like electrical, electronics, and mechanical
engineering technologies. This project attempted to provide a framework
for the solar powered battery charging station.
• The proposed solar charging system will be one of the initiatives taken to
achieve a Green campus. The economic analysis of the proposed system
reveals that the payback period of the project is 3.5 years.
• It is clearly evident that the proposed solar-based battery charging system
is better than the existing electrical charging system both in terms of
operation and economical aspects. Researchers work on this project get a
basic idea of the design and building of Solar PV systems for several useful
applications such as electrical vehicle system.
 Capasso, C. and Veneri O. 2015. Experimental study of a DC charging
station for full electric and plug in hybrid vehicles. J. Applied Energy,
152: 131-42.
 Chandra Mouli, G.R., Bauer, P. and Zeman, M. 2016. System design for a
solar powered electric vehicle charging station for workplaces. J. Applied
Energy, 168(15): 434-443. doi.org/10.1016/j.apenergy.2016.01.110
 Choe, G.Y., Kim, J.S. and Lee, B.K. 2010. A Bi-directional battery charger
for electric vehicles using photovoltaic PCS systems. In: IEEE Vehicle
Power Propuls Conf., IEEE, pp. 1-6.
 Fattori, F., Anglani N. and Muliere G. 2014. Combining photovoltaic
energy with electric vehicles, smart charging and vehicle-to-grid. J. Solar
Energy, 110: 438-51.
 Goli, P. and Shireen, W. 2014. PV powered smart charging station for
PHEVs. J. Renewable Energy, 66: 280-7.
13
THANK YOU..
FOR GIVING US YOUR VALUABLE TIME…
14

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WPT.pptx

  • 1. Solar Powered Wireless Power Transmission
  • 2.  Introduction  Block diagram  Block diagram description  Hardware requirement  Advantages  Disadvantages  Application  Future scope  conclusion  References 2
  • 3.  The main objective of this project is to develop a device for wireless power transfer. The concept of wireless power transfer was realized by Nikolas tesla.  Wireless power transfer can make a remarkable change in the field of the electrical engineering which eliminates the use conventional copper cables and current carrying wires. Based on this concept, the project is developed to transfer power within a small range. 3
  • 4.  This project can be used for charging batteries those are physically not possible to be connected electrically such as pace makers (An electronic device that works in place of a defective heart valve) implanted in the body that runs on a battery.  The patient is required to be operated every year to replace the battery. This project is designed to charge a rechargeable battery wirelessly for the purpose. Since charging of the battery is not possible to be demonstrated, we are providing a DC fan that runs through wireless power. 4 Cont…….
  • 5. 5
  • 6.  Solar charging for electrical vehicles is a basic and viable application of using solar energy to achieve sustainable energy development.  The solar charging is based on the utilization of solar PV panels for converting solar energy to DC voltage.  The DC voltage can be stored in the battery bank by a charge controller.  An inverter is employed to convert the DC voltage from the battery bank to 110 volt AC at 60 Hz frequency that is identical to the power from the electric outlet. 6
  • 7.  This project will address the fundamental concepts of designing and developing solar PV systems for charging electrical vehicles.  Solar and power from grid will charge the battery. Battery voltage and current will be displayed on LCD display.  LCD display will display the number of connected batteries i.e only one battery will connected.  if battery removed from voltage and current the number of batteries connected will show zero.  After switch on project name will be shown on LCD Display.  We will use SMPS as grid main power source to charge battery. 7
  • 8.  At-Mega 328  16X2 LCD display  L293D  Bluetooth module  Solar panel  Lead acid battery  RCP circuit 8
  • 9.  PROGRAMMING LANGUAGES ◦ Embedded C  COMPILERS: ◦ Keil 4.0uv  DUMPING SOFTWARE: ◦ Using Micro controller flash magic/ proload Software we are dumping our HEX Code into Micro Controller 9
  • 10.  Although electric vehicles (EVs) are considered an eco-friendly option, global warming due to greenhouse gas emissions will remain an issue if conventional sources of energy are used to generate the electricity to power EVs.  Several companies like ABB, Magenta Power, Charge Point, Leviton Manufacturing, Schneider Electric, Siemens AG and Tesla are operating in the global EV charging station market.  Generating power from renewable energy sources like solar addresses this concern, maximizing the green impact of EVs.  It is true that the production of solar panels results in carbon emissions but they become carbon neutral in a few years and last for 15 to 20 years, on an average. 10
  • 11. These charging stations can be installed in the parking lots of shopping centers, offices, restaurants, gyms, rest stops along highways, parks, among others, making it easy for the public to charge their vehicles and reduce range anxiety.
  • 12. • The development of the Solar Charging system for batteries project comprised of various disciplines like electrical, electronics, and mechanical engineering technologies. This project attempted to provide a framework for the solar powered battery charging station. • The proposed solar charging system will be one of the initiatives taken to achieve a Green campus. The economic analysis of the proposed system reveals that the payback period of the project is 3.5 years. • It is clearly evident that the proposed solar-based battery charging system is better than the existing electrical charging system both in terms of operation and economical aspects. Researchers work on this project get a basic idea of the design and building of Solar PV systems for several useful applications such as electrical vehicle system.
  • 13.  Capasso, C. and Veneri O. 2015. Experimental study of a DC charging station for full electric and plug in hybrid vehicles. J. Applied Energy, 152: 131-42.  Chandra Mouli, G.R., Bauer, P. and Zeman, M. 2016. System design for a solar powered electric vehicle charging station for workplaces. J. Applied Energy, 168(15): 434-443. doi.org/10.1016/j.apenergy.2016.01.110  Choe, G.Y., Kim, J.S. and Lee, B.K. 2010. A Bi-directional battery charger for electric vehicles using photovoltaic PCS systems. In: IEEE Vehicle Power Propuls Conf., IEEE, pp. 1-6.  Fattori, F., Anglani N. and Muliere G. 2014. Combining photovoltaic energy with electric vehicles, smart charging and vehicle-to-grid. J. Solar Energy, 110: 438-51.  Goli, P. and Shireen, W. 2014. PV powered smart charging station for PHEVs. J. Renewable Energy, 66: 280-7. 13
  • 14. THANK YOU.. FOR GIVING US YOUR VALUABLE TIME… 14