CES 16 - Solar Power without the Sun? It is Possible

PowerFilm, Inc. Shares their Low-Light Solar Technology at the 2016 Consumer Electronics Show (CES)

AMES, Iowa, Jan. 4, 2016 /PRNewswire/ -- PowerFilm's amorphus silicon technology is perfect for providing power in a variety of indoor and other low-light situations. Individuals from the PowerFilm team will be available at CES to illustrate the benefits of incorporating this technology into a variety of applications. For example, PowerFilm powers automatic sinks throughout our plant by capturing the energy from the lighting in the room and storing it in an energy harvesting system. Both Point of Sale displays and remote thermometers using ambient lighting offer additional examples of how solar power can be used in low-light environments.


The solar panel produced by the amorphus silicon technology is lightweight and durable and can easily adapt to different applications. PowerFilm has over 27 years experience customizing our solar to meet a variety of energy needs. Our engineers work side-by-side with clients to make custom solar solutions a reality.

For more information on incorporating solar power into your products, stop by PowerFilm's booth (#70670, located in the Tech East Center) at the Consumer Electronics Show (CES) in Las Vegas from January 4 - 9, 2016, or call 515-292-7606 ext. 140 and talk with a member of our Sales team.

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Sierra Instruments, Inc.- InnovaMass. Reinvented.

Sierra Instruments, Inc.- InnovaMass. Reinvented.

Sierra was the first to introduce a combination volumetric vortex and multivariable mass flow meter in 1997. Today, Sierra's completely redesigned InnovaMass® iSeries™ 240i/241i builds on two decades of success measuring five process variables for gas, liquid and steam with one connection. Now, with the latest hyper-fast microprocessors, robust software applications, field diagnostic and adjustment capability, and a new state-of-the-art flow calibration facility, Sierra's vortex iSeries delivers precision, performance, and application flexibility never before possible.