October 29, 2014

MicroLink Devices's high efficiency, lightweight, flexible solar sheet technology was recently highlighted in the Nov 2014 issue of Popular Science.  In support of the Office of Naval Research's Marine Austere Patrolling System (MAPS), MicroLink developed a wearable, mobile solar power panel to address the energy needs of personnel deployed in remote areas.

Click the link to see the full article at the Popular Science website.

March 5, 2014

MicroLink Devices's Mobile Solar Power systems was recently referenced in an article by InformationWeek. In collaboration with the Naval Research Laboratory and the US Marine Corps Expeditionary Energy Office, a wearable, mobile solar power panel was designed and produced by MicroLink Devices to address the energy needs of personnel deployed in remote areas.

Click the link to see the full article the InformationWeek website.


(Image from US Marine Corps Expeditionary Energy Office)

September 7, 2013

MicroLink Devices work in applying its lightweight, flexible, high-efficiency solar panels to UAVs was referenced in today's edition of The Economist.

Click the link to see the full article on The Economist website.

October 22, 2012

MicroLink Devices in partnership with the Air Force Research Center at Wright-Patterson Air Force Base and UES, Inc. has demonstrated the integration of MicroLink's lightweight, high-efficiency, solar panels onto a small unmanned aircraft system (SUAS) platform.  MicroLink's novel solar panels are based on MicroLink's large-area inverted metamorphic multi-junction (IMM) solar cells fabricated through the epitaxial lift-off (ELO) process.  These lightweight solar panels were integrated to Raven UAVs and flown demonstrating a 60 percent increases in flight endurance and showing promise for a 100 percent improvement over systems currently in use.

Click the link to see the full article on the Wright-Patterson AFB website

 

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