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A 
Seminar On 
Wireless Power Transmission 
via Solar Power Satellite 
Submitted By: Priyanka Jain 
B.E. Final Year 
E/No : 10/05821 
Roll No : 2221432 
Guided By: 
Dr. S.S. Mehta 
Professor 
Electrical Engineering 
Department Of Electrical Engineering 
Faculty Of Engineering 
M.B.M. Engineering College, 
J.N.V. University, Jodhpur (Raj.) 
2014
Overview 
History Wireless 
Power 
Transmission 
Solar Power 
Satellite 
Visualization Challenges Conclusion 
WPT via Solar Power Satellite 
2
History… 
 Nikola Tesla in late 1890s, Pioneer of induction 
techniques. 
 His vision for “World Wireless System”. 
 In 1940s ability to convert energy to 
microwaves was developed. 
 In 1964 William C. Brown demonstrated a 
Rectenna. 
WPT via Solar Power Satellite 
3
Solar Power Satellite 
WPT via Solar Power Satellite 
4 
 In 1968 idea for solar power satellites was proposed by 
Peter Glaser. 
 Between 1978 and 1981, the Congress authorized 
the Department of Energy (DoE). 
 In 1999, NASA's Space Solar Power Exploratory 
Research and Technology program (SERT) was initiated. 
 On Nov 2, 2012, China proposed space collaboration with 
India that mentioned SBSP.
WPT via Solar Power Satellite 
5 
Space Based Solar 
transmission 
Ground Based Power 
Transmission
Why?? 
Space gets full 
power 24 hours 
a day 
•3X or more 
Watt-hours per 
day per peak 
watt 
•No storage 
required for 
nighttime 
power 
Space gets full 
power 7 days a 
week 
•Space gets full power 
52 weeks a year 
•No long winter nights, 
no storms, no cloudy 
seasons 
•Space delivers power 
where it’s needed 
6 WPT via Solar Power Satellite 
Best ground 
solar sites are 
rarely near 
users 
•Space takes up 
less, well, space
Advantages over Earth based solar power 
WPT via Solar Power Satellite 
7 
Earth Based Solar 
Power 
Space Based Solar 
Power
Solar Power Satellite 
Solar Power Satellites (SPS) have proposed to collect solar 
energy in space and beam it down to the Earth. 
WPT via Solar Power Satellite 
8
How SPS Works?? 
WPT via Solar Power Satellite 
9
Four basic steps involved in the conversion of solar 
energy to electricity and delivery are: 
Step 1 
Capture solar energy in space and convert it to electricity 
Step 2 
Transform the electricity to radio frequency energy and transmit it to Earth 
Step 3 
Receive the radio frequency energy on Earth and convert it back to electricity 
Step 4 
Provide the electricity to the utility grid 
WPT via Solar Power Satellite 
10
Capture solar 
energy in space 
Photovoltaic 
cell 
Solar radiation can be more efficiently collected in space, where it is roughly three 
times stronger than on the surface of the Earth. Most of these systems 
would utilize photovoltaic (PV) cells similar to those on Earth-based systems. 
WPT via Solar Power Satellite 
11
SPACETENNA: (THE ANTENNA ON SATELLITE) 
“An antenna is an electrical device which converts electric power into radio 
waves. 
 The transmitting antenna on the horizontal under-surface faces the Earth, and the 
other two sides of the prism carry solar arrays. 
 The Microwave thus produced Travels through Atmosphere & is collected by 
RECTENNAS on Earth. 
 The Spacetenna has a square shape whose dimension is 132 meters by 132 meters 
and which is regularly filled with 1936 segments of sub array. 
 There will be about 2.6 million antenna elements in the spacetenna. 
WPT via Solar Power Satellite 
12
RECTENNNA :(RECTIFYING ANTENNA) 
“An antenna comprising a mesh of dipoles and diodes for absorbing 
microwave energy from a transmitter and converting it into electric 
power.” 
 Microwaves of 2.45 GHz frequency are used to transmit power 
from the satellite to the rectenna. 
 Microwaves are received with about 85% efficiency. 
 Diameter is around 5km . 
 95% of the beam will fall on the rectenna. 
WPT via Solar Power Satellite 
13
Rectenna Issues 
Location 
WPT via Solar Power Satellite 
14 
Size 
• Miles across 
• Aesthetic 
• Near population 
center 
Health and 
environmental 
side effects
5,000 MW Receiving Station 
(Rectenna). This station is about a 
mile and a half long. 
WPT via Solar Power Satellite 
15 
5,000 MW Receiving Station (Rectenna). 
This station is about a mile and a half long.
Overview of System Design 
WPT via Solar Power Satellite 
16
Possible Designs
Visualizing Space Solar Power 
 Project in Development in Japan. 
 SunSat Design Competition, an international contest with 
prizes. The Competition is intended to generate imaginative and 
plausibly workable designs for the next-generation space satellite 
systems. 
 Goal is to build a low cost demonstration model by 2025. 
 8 Countries along the equator have agreed to be the site of a 
rectenna. 
 If microwave beams carrying power could be beamed uniformly over the 
earth they could power cell phones.
Challenges 
 Geosynchronous satellites would take up large sections of space 
 Interference with communication satellites 
 Possible health hazards 
 Effects of long term exposure 
 Exposure is equal to the amount that people receive from cell 
phones and microwaves 
 Location 
 The size of construction for the rectennas is massive 
WPT via Solar Power Satellite 
19
Conclusion 
WPT via Solar Power Satellite 
20 
This technology is still in development but with 
support it will become operation of reality providing a 
new source of clean energy. 
“ Will be a boon as we are 
running out of fossil fuels”.
References 
[1] Matsumoto, H., “Research on Solar Power Station and Microwave Power 
Transmission in Japan : Review and Perspectives”, IEEE Microwave Magazine, 
December 2002. 
[2]Shinohara, N., J. Fujiwara, and H. Matsumoto, “Development of Active 
Phased Array with Phase-controlled Magnetrons”, Proc. ISAP2000, Fukuoka, 
vol.2, 2000. 
[3]www.spacefuture.com 
[4]Space journal at OHIO -issue18. 
[5]http://www.nss.org/settlement/ssp/ 
[6]www.powersat.com 
[7]http://www.factindex.com/m/mi/microwave_power_transmission.html 
[8]Space Power, SPS Timeline,<http://www.spacefuture.com/power/timeline.shtml 
[9]http://www.fact-index.com/m/mi/microwave_power_transmission.html 
WPT via Solar Power Satellite 
21
22 
Thank You!! 
WPT via Solar Power Satellite

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Solar Power Satellite

  • 1. A Seminar On Wireless Power Transmission via Solar Power Satellite Submitted By: Priyanka Jain B.E. Final Year E/No : 10/05821 Roll No : 2221432 Guided By: Dr. S.S. Mehta Professor Electrical Engineering Department Of Electrical Engineering Faculty Of Engineering M.B.M. Engineering College, J.N.V. University, Jodhpur (Raj.) 2014
  • 2. Overview History Wireless Power Transmission Solar Power Satellite Visualization Challenges Conclusion WPT via Solar Power Satellite 2
  • 3. History…  Nikola Tesla in late 1890s, Pioneer of induction techniques.  His vision for “World Wireless System”.  In 1940s ability to convert energy to microwaves was developed.  In 1964 William C. Brown demonstrated a Rectenna. WPT via Solar Power Satellite 3
  • 4. Solar Power Satellite WPT via Solar Power Satellite 4  In 1968 idea for solar power satellites was proposed by Peter Glaser.  Between 1978 and 1981, the Congress authorized the Department of Energy (DoE).  In 1999, NASA's Space Solar Power Exploratory Research and Technology program (SERT) was initiated.  On Nov 2, 2012, China proposed space collaboration with India that mentioned SBSP.
  • 5. WPT via Solar Power Satellite 5 Space Based Solar transmission Ground Based Power Transmission
  • 6. Why?? Space gets full power 24 hours a day •3X or more Watt-hours per day per peak watt •No storage required for nighttime power Space gets full power 7 days a week •Space gets full power 52 weeks a year •No long winter nights, no storms, no cloudy seasons •Space delivers power where it’s needed 6 WPT via Solar Power Satellite Best ground solar sites are rarely near users •Space takes up less, well, space
  • 7. Advantages over Earth based solar power WPT via Solar Power Satellite 7 Earth Based Solar Power Space Based Solar Power
  • 8. Solar Power Satellite Solar Power Satellites (SPS) have proposed to collect solar energy in space and beam it down to the Earth. WPT via Solar Power Satellite 8
  • 9. How SPS Works?? WPT via Solar Power Satellite 9
  • 10. Four basic steps involved in the conversion of solar energy to electricity and delivery are: Step 1 Capture solar energy in space and convert it to electricity Step 2 Transform the electricity to radio frequency energy and transmit it to Earth Step 3 Receive the radio frequency energy on Earth and convert it back to electricity Step 4 Provide the electricity to the utility grid WPT via Solar Power Satellite 10
  • 11. Capture solar energy in space Photovoltaic cell Solar radiation can be more efficiently collected in space, where it is roughly three times stronger than on the surface of the Earth. Most of these systems would utilize photovoltaic (PV) cells similar to those on Earth-based systems. WPT via Solar Power Satellite 11
  • 12. SPACETENNA: (THE ANTENNA ON SATELLITE) “An antenna is an electrical device which converts electric power into radio waves.  The transmitting antenna on the horizontal under-surface faces the Earth, and the other two sides of the prism carry solar arrays.  The Microwave thus produced Travels through Atmosphere & is collected by RECTENNAS on Earth.  The Spacetenna has a square shape whose dimension is 132 meters by 132 meters and which is regularly filled with 1936 segments of sub array.  There will be about 2.6 million antenna elements in the spacetenna. WPT via Solar Power Satellite 12
  • 13. RECTENNNA :(RECTIFYING ANTENNA) “An antenna comprising a mesh of dipoles and diodes for absorbing microwave energy from a transmitter and converting it into electric power.”  Microwaves of 2.45 GHz frequency are used to transmit power from the satellite to the rectenna.  Microwaves are received with about 85% efficiency.  Diameter is around 5km .  95% of the beam will fall on the rectenna. WPT via Solar Power Satellite 13
  • 14. Rectenna Issues Location WPT via Solar Power Satellite 14 Size • Miles across • Aesthetic • Near population center Health and environmental side effects
  • 15. 5,000 MW Receiving Station (Rectenna). This station is about a mile and a half long. WPT via Solar Power Satellite 15 5,000 MW Receiving Station (Rectenna). This station is about a mile and a half long.
  • 16. Overview of System Design WPT via Solar Power Satellite 16
  • 18. Visualizing Space Solar Power  Project in Development in Japan.  SunSat Design Competition, an international contest with prizes. The Competition is intended to generate imaginative and plausibly workable designs for the next-generation space satellite systems.  Goal is to build a low cost demonstration model by 2025.  8 Countries along the equator have agreed to be the site of a rectenna.  If microwave beams carrying power could be beamed uniformly over the earth they could power cell phones.
  • 19. Challenges  Geosynchronous satellites would take up large sections of space  Interference with communication satellites  Possible health hazards  Effects of long term exposure  Exposure is equal to the amount that people receive from cell phones and microwaves  Location  The size of construction for the rectennas is massive WPT via Solar Power Satellite 19
  • 20. Conclusion WPT via Solar Power Satellite 20 This technology is still in development but with support it will become operation of reality providing a new source of clean energy. “ Will be a boon as we are running out of fossil fuels”.
  • 21. References [1] Matsumoto, H., “Research on Solar Power Station and Microwave Power Transmission in Japan : Review and Perspectives”, IEEE Microwave Magazine, December 2002. [2]Shinohara, N., J. Fujiwara, and H. Matsumoto, “Development of Active Phased Array with Phase-controlled Magnetrons”, Proc. ISAP2000, Fukuoka, vol.2, 2000. [3]www.spacefuture.com [4]Space journal at OHIO -issue18. [5]http://www.nss.org/settlement/ssp/ [6]www.powersat.com [7]http://www.factindex.com/m/mi/microwave_power_transmission.html [8]Space Power, SPS Timeline,<http://www.spacefuture.com/power/timeline.shtml [9]http://www.fact-index.com/m/mi/microwave_power_transmission.html WPT via Solar Power Satellite 21
  • 22. 22 Thank You!! WPT via Solar Power Satellite