Improved Panasonic Oxyride Batteries Last 120% Longer and Fly Higher?

oxyride batteriesA quick refresher:
Oxyride battery is a long-lasting battery developed by Panasonic and introduced in 2004 as Digital Xtreme Power. Oxyride batteries rely on updated alkaline chemistry and denser material fill while its oxy nickel hydroxide cathode (-) maintains higher voltage. Oxyride batteries are manufactured using vacuum-pouring technology where more electrolytes can be packed into each battery for increased durability. It is 1.5 times more powerful than regular alkaline. In practical terms, you can take twice as many photos with your digital cameras using oxyrides. In fact, any gadget that runs on batteries get extra mileage on oxyrides

Fast forward to right now:
Panasonic claims it has increased the efficiency and longevity of its oxyride battereies by 120%. Personally, we believe them. For doubting Thomases, the company and the Tokyo Institute of Technology plan to conduct a manned plane flight with 100 AA Oxyride batteries supplying the energy needed to take off and fly. Like we said, we believe them. But weÂ’re not signing up for the first commercial flight powered by AA batteries.

oxyride batteriesA quick refresher:
Oxyride battery is a long-lasting battery developed by Panasonic and introduced in 2004 as Digital Xtreme Power. Oxyride batteries rely on updated alkaline chemistry and denser material fill while its oxy nickel hydroxide cathode (-) maintains higher voltage. Oxyride batteries are manufactured using vacuum-pouring technology where more electrolytes can be packed into each battery for increased durability. It is 1.5 times more powerful than regular alkaline. In practical terms, you can take twice as many photos with your digital cameras using oxyrides. In fact, any gadget that runs on batteries get extra mileage on oxyrides

Fast forward to right now:
Panasonic claims it has increased the efficiency and longevity of its oxyride battereies by 120%. Personally, we believe them. For doubting Thomases, the company and the Tokyo Institute of Technology plan to conduct a manned plane flight with 100 AA Oxyride batteries supplying the energy needed to take off and fly. Like we said, we believe them. But weÂ’re not signing up for the first commercial flight powered by AA batteries.

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