Space Solar Power- An Option for the Future

Authors

  • Anthony V. Ferraro Siemens Building Technologies , Landis Division

DOI:

https://doi.org/10.13052/dgaej2156-3306.1416

Abstract

In the movie "Apollo 13" the engineers had a discussion on how
to get the astronauts home safely. A number of suggestions were made
and they began to debate the options. One engineer stopped the conver-
sation, and said: "Power is everything."
None of the options was possible without power.
Our energy resources are indeed finite, on a much larger scale of
course, but they must be managed. Today, more than 40% of the earth's
five billion people are not connected to electric power grids. Although
the United States' more than 250 million citizens, along with other in-
dustrialized nations , are the largest consumers of electricity, our
consumption grows by only 1.4% per year. The rest of the world is in-
creasing consumption by 2.5% per year.
The US Department of Energy has estimated that by the year 2015,
the consumption of electricity in developing countries (80% of the
world's population) will equal that of industrialized nations. Building
more power plants that burn nonrenewable fuels has environmental
impacts and nuclear energy receives significant oppos ition from the
general public. No one energy source will satisfy this demand, so I
would like to introduce to you an option that to the best of my knowl-
edge has not been discussed in this or any AEE publication, that is Space
Solar Power (SSP).

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Author Biography

Anthony V. Ferraro, Siemens Building Technologies , Landis Division

Anthony V. Ferraro earned his bachelor of science in indu strial management from the Milwaukee School of Engineering. He has been a
design and project engineer in the controls industry for 17 years, work-
ing on numerous commercial and industrial facilities. Has been
involved in design as well as start up of many types of HVAC systems.
As a Certified Energy Manager, has been involved in the performance
contracting industry recommending various retrofits based on energy
studies. He is a member of AEE. He is currently employed by Siemens
Building Technologies, Landis Division in Cincinnati, OH .
Mr. Ferraro has several energy-related interests outside of his ca-
reer. He has converted a Chevy S-10 Blazer to an electric vehicle (EV)
which is used daily for commuting. Electric vehicles are approximately
twice as energy efficient as internal combustion engines. The major auto
makers have just begun to enter the EV market. His interest in the space
program led him to do the research required for this article. He is a
member of The National Space Society.
Siemens Building Technologies, 1310 Kemper Meadow Drive,
Suite 500, Cincinnati, OH 45240; or by E-mail at
102452.736@compuserve.com

References

"The Space Solar Power Option" by John C. Mankins, Ad A stra maga-

zine / Jan /F eb 1998 vol. #107 no. 1/ Special SSP Issue, Nat ional

Space Society, ppg s 25-29.

Why Civilization Need s Solar Power Satellites, by John K. Strickland, Jr.,

published in Solar Power Satellit es, John Wiley & Sons / Pra xis 1998

N ASA WATCH: Solar Power Sa telli tes, http: //www .re ston .com/

NASA/ solar.sats.html

Spa ce Solar Power Program, Executi ve Summar y. International Space

University 1992

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Published

2022-04-04

How to Cite

Ferraro, A. V. . (2022). Space Solar Power- An Option for the Future. Distributed Generation &Amp; Alternative Energy Journal, 14(1), 63–73. https://doi.org/10.13052/dgaej2156-3306.1416

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