12.06.16
BrightVolt Inc. has won the Best New Material or Component Development award from IDTechEx during IDTechEx Show! 2016.
“We are extremely pleased and honored to have received this award for the Best New Material or Component Development,” said Todd Peters, BrightVolt CEO. “It is a privilege to work with such an exceptional team on developing safe, flexible, solid-state and customized batteries that are going to help revolutionize the next stage of wearables and IoT technologies. The IoT world needs better, safer batteries.”
Unlike lithium-ion batteries that contain a liquid chemistry that can be flammable and toxic when exposed to the environment, BrightVolt batteries are solid-state and built using their patented battery technology BrightVolt PM (Polymer Matrix Electrolyte). This technology breakthrough increases reliability, stability, and safety of the battery, making them non-combustible, non-toxic, non-corrosive and disposable.
The patented chemistry, development and manufacturing process, BrightVolt PME, allows for more rapid development and a more cost effective approach to manufacturing at scale. This proprietary chemistry and manufacturing process has already been employed to manufacture more than 10 million BrightVolt ultra-thin film batteries and is used in commercial ready products.
“We are extremely pleased and honored to have received this award for the Best New Material or Component Development,” said Todd Peters, BrightVolt CEO. “It is a privilege to work with such an exceptional team on developing safe, flexible, solid-state and customized batteries that are going to help revolutionize the next stage of wearables and IoT technologies. The IoT world needs better, safer batteries.”
Unlike lithium-ion batteries that contain a liquid chemistry that can be flammable and toxic when exposed to the environment, BrightVolt batteries are solid-state and built using their patented battery technology BrightVolt PM (Polymer Matrix Electrolyte). This technology breakthrough increases reliability, stability, and safety of the battery, making them non-combustible, non-toxic, non-corrosive and disposable.
The patented chemistry, development and manufacturing process, BrightVolt PME, allows for more rapid development and a more cost effective approach to manufacturing at scale. This proprietary chemistry and manufacturing process has already been employed to manufacture more than 10 million BrightVolt ultra-thin film batteries and is used in commercial ready products.
