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3D Printing Could Turn Space-Based Solar Power into a Reality

Space-based solar power (SBSP) offers many advantages over Earth-based solar, yet the main obstacle in its development is the cost of sending up the solar panels into orbit. 3D printing may well be able to slash these installation costs and therefore make SBSP a much more viable energy source.

3D printing has been developed at a fast pace in recent years as scientists find more ways to use the technology. It is thought that by sending up special 3D printers into space to manufacturer the solar panels in orbit, the installation costs can be drastically reduced, compared to sending up pre-made solar panels.

Rob Hoyt, the CEO and Chief Scientists at Tethers Unlimited Inc. (TUI), explained to GreenTechSolar that “the overall vision is to create a ‘satellite chrysalis’ with compact, durable ‘software DNA’ assembly instructions, and the ability to fabricate space system components in-orbit instead of building them on the ground.”

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SpiderFab creates carbon fibre truss framework.
SpiderFab creates carbon fibre truss framework.

TUI’s product, the SpiderFab 3D robotic printer, has already been awarded to sets of funding from NASA via its Innovative Advanced Concepts program. The initial $100,000 allowed them to prove the technical feasibility and value of the technology to such a degree that they were awarded another $500,000 to continue developing the idea.

Hoyt said that “our analysis shows we can get orders of magnitude improvement in the stowed volume and mass of space systems.” He believes that sending compact materials into space instead of bulky solar panels “could reduce stowed volume tenfold and mass by 50 percent to 80 percent.

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3-D printing and robotic construction of components in-orbit would allow a smaller, less expensive launch rocket that will “improve performance per cost by orders of magnitude.”

TUI has already completed a design analysis for a SpiderFab that would be able to manufacture a 300kW solar installation in space, and confirmed that such a process would indeed reduce stowed volume by 50% and total mass by 80%.

Once the SpiderFab is sent up into orbit, the ‘Trusselator’ would 3D print a carbon fibre truss structure, and then robotically assemble it into a high-performance framework to provide the support system for the solar panels. Another unit would then fix a membrane onto this framework structure, made out of either thin-film PV materials, or a reflective surface, depending on whether the structure would use PV or concentrating solar technologies.

Hoyt added that “given the way NASA is funded, SpiderFab is three years to five years out. We will have to develop our process incrementally and demonstrate our reliability.”

By. Joao Peixe of Oilprice.com



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