Introducing Oxy Ride: The Breakthrough in Battery Technology

Matsushita's Oxy Ride battery is a significant advancement in battery technology, offering improved performance over traditional alkaline cells. Demonstrations, including powering an electric car and a digital camera, highlight its capabilities. The battery is compatible with existing devices and is set to launch in Japan, with plans for global distribution.

What is the significance of the Oxy Ride battery developed by Matsushita?

• It is the first battery to use lithium.

• It is the first major advancement in battery technology since alkaline cells.

• It is the first battery to be used in space.

• It is the first rechargeable battery.

What was demonstrated using the Oxy Ride battery?

• A smartphone running for a week.

• An electric car powered by two AA batteries.

• A drone flying for 2 hours.

• A laptop operating for 24 hours.

What are the active constituents of the Oxy Ride battery?

• Lithium and cobalt oxide

• Zinc and copper

• Graphite, nickel hydroxide, and manganese dioxide

• Lead and sulfuric acid

How does the Oxy Ride battery perform in low current applications compared to alkaline batteries?

• It performs worse.

• It performs the same.

• It performs 1.5 times better.

• It performs 3 times better.

What is Matsushita's plan for the Oxy Ride battery?

• To market it only in Japan.

• To discontinue alkaline batteries.

• To use it exclusively in electric vehicles.

• To offer both Oxy Ride and alkaline batteries based on application needs.