A Wearable Solar Power Solution Lawrence Boysen SOL Cuff Technologies TCC Wearable Technologies Event - April 26, 2016 – Held at the NASA Johnson Space Center – tcc-houston.org

A Wearable SOLAR Power Solution Lawrence Boysen  April 26th, 2016  TCC Wearable Technologies Event  2

When disaster strikes, electric power is usually the first critically important service to be lost. 3

Prioritizing A Critical Challenge In Keeping mobile communication devices powered up

A Solution A Solar Wrist Wearable Charger With LED Lighting A 'Power On Demand & Mobile Lighting' Solution 5

Areas Of Benefit Emergency Response Disaster Relief Airports Construction Space Diving 6

Military 7

Law Enforcement 8

Present & Future Iterations Rapid Development Product Evolution and Increasing Product Line-Up Direct Charging Induction Charging Resonant Charging Induction + Resonant Charging Solar Engine Kinetic Engine Radio Engine Thermal Engine 9

How It’s Built: Panel Assembly Sketch Battery FPCB Solar Plate Water Resistance Layer Cushion Rubber 10

Current Specifications BATTERY TYPE : Lithium-ion Polymer rechargeable cell INPUT VOLTAGE : DC 5.0V OUTPUT VOLTAGE : DC 5.0V INPUT  CURRENT : 1000mA OUTPUT CURRENT : 1000mA RATED CAPACITY : 3.75V / 1500mAh (250mAh* 6)  CHARGING TIME : 1.5 hrs. with 5V/1A plug and standard micro USB cable Panel height:       2.0 mm LIPO height 5.0 mm LED diameter:      3.0 mm Material 0.6 mm

Seeking Collaboration Available space for programmable functionality: - fitness tracking - GPS - radio/comms - other 12