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Start-Up mPower Targets Space Industry for Commercialization of Sandia Solar Cell Technology

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After a complicated technology transfer process involving a sprawling intellectual property (IP) portfolio and a start-up launched by former laboratory employees, Sandia National Laboratories’ Microsystems Enabled Photovoltaics (MEPV) high-efficiency solar cell technology is poised for commercialization. (more)

Currently being further developed and marketed by Albuquerque-based start-up mPower Technology, the MEPV technology is now called DragonSCALES™ (SemiConductor Active Layer Embedded Solar). mPower plans to introduce the technology to the space solar power market for low-Earth orbit satellite constellations, an initial demonstration intended to facilitate the technology’s introduction into larger, more cost-sensitive markets like rooftop or utility-scale solar energy.

Like more typical solar cells, MEVP solar cells are made from silicon. But while traditional, large format solar cells are quite brittle and fragile, the MEPV cells are small and interconnected, making them foldable and almost unbreakable. MEPV cells are efficient to manufacture since they combine advances in photovoltaic cell design with mature microsystem production and manufacturing techniques.

The small size reduces material costs while enhancing cell performance. It also provides the freedom to integrate solar power capability into everyday objects. The technology’s potential applications include buildings, houses, clothing, portable electronics, vehicles and other contoured structures. 

Three Sandia employees from the original MEVP development team started mPower Technology in 2015, taking advantage of Sandia’s Entrepreneurial Separation to Transfer Technology program (ESTT). 

In March 2015, Sandia and mPower entered into a Non-Disclosure Agreement. A License Option Agreement (LOA) for 20 patents and patent applications in the MEPV portfolio was executed on Aug. 24, 2015. The LOA included business milestones as well as a unique feature: Among the 20 patents was a group that Sandia agreed to not license for six months while mPower determined whether it needed them.

A full commercial license for 17 patents was executed on Jan. 23, 2017, just four months after mPower elected to exercise the LOA — a very short time for such a complex license. It has been amended four times, most recently in December 2019.

Initial protection of the IP in both the U.S. and foreign countries and a long option period were combined with sublicensing rights for mPower, but only when coupled with patents it subsequently developed. The license also was structured with different royalty rates and requirements for four different markets mPower was initially pursuing.

mPower has received a $1.1 million Army Small Business Innovation Research (SBIR) grant for portable remote power requirements and raised $4.35 million in Series A round funding. 

mPower recently delivered a demonstration unit to Airbus for its Sparkwing solar array product, which was integrated into the launch of the Momentus Vigoride satellite delivery platform, which is expected to launch later this year. mPower is also in talks with several major corporations interested in terrestrial and IoT (internet of things) applications.

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Team members 
Dr. Murat Okandan, mPower Technology, Inc., Kevin Hell, mPower Technology, Inc., Dr. Robert Westervelt, Sandia National Laboratories, and Dr. Keith Ortiz, Sandia National Laboratories