It has long been C-SBSP’s assertion that Earth-found fuels–carbon-based, uranium, thorium, etc.–are all finite natural resources that will one day be more costly to extract than the value of the energy they will yield. On a planetary time scale, or even the time scale of humankind, when that day comes is practically irrelevant. If we are not prepared when that day does inevitably arrive, civilization as we know it, and perhaps even the existence of humankind, will no longer be sustainable.
To once again restate the obvious, the Sun is our virtually unlimited source of abundant, clean energy. The only question that remains is how best to harvest energy from the Sun to provide sustainable baseload power on a planetary scale. In C-SBSP’s opinion, the answer is space-based solar power (SBSP), with the following conditions:
SBSP development and deployment must be done with the agreement, cooperation and participation of all space-faring nations, for the common good of all humankind.
Given the potential century-level project timeline, conventional political cycles and economic models must be superseded.
SBSP must utilize off-planet manufacturing, construction and maintenance.
SBSP must harvest and utilize off-planet materials and resources.
This hour-long presentation by Dr. Paul Jaffee, PhD, of the U.S. Naval Research Laboratory on July 30, 2020 is a comprehensive look at the past, present and future of power beaming and space based solar power. Power beaming is an integral part of space based solar power, and also has standalone terrestrial and space-based applications.
This video was livestreamed by the Homeland Defense & Security Information Analysis Center (HDIAC). The original podcast and links to additional resources highlighted by Dr. Jaffe may be found at:
Hearing NASA Astronaut, Jessica Meir say “space-based solar power arrays … incredible option in the future providing clean energy to power the world.” in this video (@3:14) from onboard the International Space Station literally brought me to tears.
As you all know, I’ve been an advocate of SBSP for years, just trying to make other citizens aware of this gamechanging clean energy technology.
Hat tip to Elisa Shebaro for posting this video on her FB page!
Kudos to my wife, Linda, for suggesting that I contact Ken Bone and let him know about space-based solar power, the serious long-term clean answer to his excellent energy policy question at the recent presidential debate.
With 163k and counting new Twitter followers, a retweet by Ken would be a real public service!
I hope this milestone is an indication that more and more citizens are becoming aware of space-based solar power and that we as the United States of America are moving closer to launching a major, multi-generational effort to develop and deploy this game-changing and necessary technology.
We’re obviously going to be addicted to oil for a while longer, but one way or the other, not forever. It would do my heart glad to see the developing oil spill / ecological disaster in the Gulf and the proposed Cape Wind project in Nantucket Sound featured in a series of public service announcements promoting space-based solar power.
“In this issue, the Journal advances the proposition that the next generation of satellite services will be to gather sun’s energy in space and to deliver it to earth as a clean and sustainable source of electrical power. In the 21st century, the need for alternatives to the burning of fossil fuels to generate electricity has become so great that space is now a real option.”
Ralph Nansen, author of ENERGY CRISIS: Solutions from Space, and former Manager of the Solar Power Satellite Program for The Boeing Company is the guest editor for this edition of the Online Journal of Space Communication.
On October 13, 2008, Colonel M.V. “Coyote” Smith publicly announced a plan to build the first-ever space-based solar power satellites. The vision of the plan is to light a single light bulb with power collected in space and beamed to Earth and the mission is to give students real-world experience working on solving the problems that lie in the path of developing and deploying Space Based Solar Power.
This plan includes building two satellites with launch dates sometime during 2010. One would collect solar energy and beam it back to an Earth-based lightbulb and the other would carry a lightbulb into orbit which would be illuminated from an Earth-based source of wirelessly transmitted energy.
It appears that the Air Force Academy and six other yet-to-be-publicly-announced universities will be participating in this first-of-a-kind project. I hope that Georgia Tech will be one of the universities that is heavily involved, based on their active Space Solar Power Workshop.
The Futures Channel has produced a 19 minute video to assist teachers in helping students begin to gain an understanding of the science, technology, engineering, math, energy, policy, environmental factors, and more involved in making Space Based Solar Power a reality. Students who are informed will be able to participate in and influence the debate over Space Based Solar Power.