MATRIX PowerWatch 2
Matrix Powerwatch 2, unusual smart watch which you never need to charge. It uses body heat and light to power your watch.
- 100% charge free
- Onboard Thermo electric and solar cell power
- Built in monitoring Heart Rate Monitoring
- Onboard GPS
- Full color LCD display
- Power Meter to track energy you produce
- Advanced push notifications
- Water Resistant
- Ios/Android App support
- Most Accurate Calorie counter
Smarter, Tougher, More Powerful
Meet the most powerful smartwatch on the planet
FIT TO SURVIVE
We are back with new features and advanced energy harvesting technology that improves on the original award-winning PowerWatch. Our second generation PowerWatch 2 uses body heat and light to power the most advanced smartwatch you never need to charge so you can keep doing what you do best without any interruptions.
Move to the Beat of Your Own Heart
PowerWatch 2 is designed with improved thermoelectric generators and all-new solar-cell technology, constantly generating more than enough energy to operate the built-in intelligent heart rate monitor, wherever, whenever.
See Our True Colors Shining Through
With more energy than ever before, PowerWatch 2 introduces the first full-color LCD display powered by thermoelectric and solar energy, adding color to the power of you.
Always-on onboard GPS makes PowerWatch 2 the ultimate tool for anyone mapping out their run, hike, ride, or swim with the PowerWatch 2 companion app. It’s packed with useful health and fitness metrics like pace, distance, steps, sleep, cadence, and more.
MATRIX Gemini Thermoelectric Generator
Our thermoelectric technology converts heat to electric power, the same technology used by NASA to power the Voyager Spacecraft and the Mars Rover. It is based on the Seebeck effect discovered in 1821. In the absence of an applied voltage gradient V, electric current, J, can still be generated if there is a temperature gradient, T. A thermoelectric material must have a low thermal conductivity and high electrical conductivity to function efficiently. These properties are not commonly found in nature.
In order to make a thermoelectric material efficient, one must use a semiconductor whose Fermi level is tuned correctly by doping. Too much doping, and the Seebeck coefficient decreases. Too little doping and the electrical conductivity decreases. In addition, the semiconductor should have some mechanism to scatter phonons frequently. MATRIX has developed a nano-structured semiconductor, the Gemini, that accomplishes these things.