We discussed the Department of Chemistry at Colorado State University study, to obtain a new battery technology could be a breakthrough.
Aimi Pu Lieto and her laboratory colleagues toshiba PA3285U-1BRS battery， toshiba PA3285U-2BRS battery， toshiba PA3285U-3BRS batteryhave developed a lightweight lithium-ion battery is expected to have an unprecedented power density, very quickly, to extend the life of the charge and discharge power can be both a significant loss of low-capacity thousands of cycles.
The team Research Foundation Technology Transfer Office of the intellectual property assessment, and in February, the patent covers technology applications.
Using a known electrode position, Prieto deposit or growth of nanowires composed of the first key part of a battery anode.
She re-location and polymer coated with electrodes of these tiny structures - organic material - lithium-ion behavior, but remains separated from the anode and cathode power.
Separation is very important to keep the battery short-circuit. Cathode materials, to join, the result is a three-dimensional cell.
Nanowire anode consisting of ten thousand times the coverage area is a traditional battery.
In contrast, about 1000 nm to accommodate the width of human hair. The three dimensional wire to create a higher than any other battery have more space.
The automobile and clean energy sectors are hamstrung by expensive, slow-charging batteries that exhibit low-power densities,” said Prieto, who is chief scientific officer for the company. “Resolving these issues will create explosive growth and resolve major obstacles to these markets.”
“We believe Prieto Battery has created a process that will transform the electric/ hybrid vehicle marketplace,” said Tim Reeser, Cenergy chief operating officer and CEO of Prieto Battery.
Not only will it create a much more powerful battery that can be charged in minutes rather than hours, but it can be manufactured at half the price of current battery technologies, thus opening the market to a much broader group of consumers,” said Tim Reeser, Cenergy chief operating officer and CEO of Prieto Battery.
“And with partners such as Bohemian, Colorado toshiba PA3383U-1BRS battery， toshiba PA3395U-1BRS battery， toshiba PA3399U-1BAS batteryState professors continue to make a global impact on our planet while creating primary jobs in Northern Colorado.”
Prieto expects to demonstrate the first prototype of her battery by early next year.
Electrode position manufacturing method is fast and cheap, so that technology to create a cardiac pacemaker can be used in projects such as the automobile battery.
This exciting research has lead to a new Christian Social Union, called the launch a battery-Prieto, has acquired the exclusive right to develop the patent-pending technology.
Prieto battery is the first one to start from Colorado’s new ultra-clean energy business sector to create named Cenergy.
In March 2008 was established Cenergy more quickly from research laboratories into the commercial market for clean energy innovation in universities. Bohemian digital battery asset management company in Fort Collins, Colorado - a Bohemian dissatisfied with the private sector - has provided the new company’s first round of funding