SunSat Design is an international competition intended to accelerate the conceptualization, manufacture, launch and operation of the next-generation satellites that will collect energy in space and deliver it to Earth as a non-polluting source of electrical power.
The purpose of the SunSat Design initiative is to move space solar power out of the research labs and onto the public agenda. This is being done by virtual story-telling and networking on a global basis, explaining what space solar power is and how and why it will become the ultimate renewable energy resource for Planet Earth.
The strategy is to link global scientific communities with university-based (and other) digital media labs for the purposes of advancing knowledge of space-based solar power satellites (SunSats) and illustrating their many Earth-energy applications.
Winning designs are high-impact digital art, supported by credible science, engineering and business plans, that best promote media understanding and public acceptance of a path forward in using space satellites to deliver energy on-demand to any and all places on Earth.
Registration for the competition is now open, and team enrollments will be taken until January 31, 2015. Deadline for submission of completed designs and supporting documentation is March 27, 2015. Winners will be announced and their “Creative Visualizations” will be shown and celebrated in May 2015 at ISDC-Toronto.
See the International SunSat Design Competition website for more information.
The winners of the 2014 competition were announced at the ISDC-Los Angeles in May 2014, with six teams honored. Three of these were given cash prizes. The first-place award was $10,000 and there were two second-place awards of $5,000 presented at ISDC-Los Angeles. The three top designs have been published in the Online Journal of Space Communication:
The SunSat Competition is an initiative of the Online Journal of Space Communication in partnership with the Society of Satellite Professionals International, the National Space Society, and the Ohio University GRID Lab.