All Polymer Battery

All Polymer Battery Changes the world.

All Polymer Battery All-polymer battery = Next-generation lithium-ion battery

All-polymer battery = Next-generation lithium-ion battery

High reliability even in
events of abnormality

As there is no bulk metal material in the All Polymer Battery, even in the event of a short circuit, a large current will not flow inside, and no sudden temperature rises will occur.

High energy density

High volume energy density can be achieved by bipolarly stacking largevia the bipolar lamination of large-area cells without gaps.

Unique production process

Due to the simple cell structure, the number of parts and manufacturing processes can be significantly reduced compared with a conventional type; thus reducing costs.

Flexible design for various applications

As the structure is composed of polymer, the battery’s shape can be designed freely to tailor to any product, thus making it possible to provide the optimum solution as a total system, at all times.

Case

  • Flexible shape for various applications

    Flexible shape for various applications

  • Significant reduction of serious risks, such as fires

    Significant reduction of serious risks, such as fires

  • Can be applied to large-scale energy storage systems

    Can be applied to large-scale
    energy storage systems

Other usage examples

Factories, streetlights, apartments, schools, data centers, communication base stations, medical care, elevators, forklifts, AGVs, construction machinery, electrically assisted bicycles, electric motorcycles, electric vehicles, railroads, shipbuilding, etc.

Factory “The next-gen power module factory
proposed by APB”

Factory - “Next-generation power module factory proposed by APB”
Factory - “Next-generation power module factory proposed by APB”

Significant reduction of production costs achieved through a unique, efficient design.

With the All Polymer Battery, various processes required in the manufacturing process for conventional lithium-ion batteries, such as the electrode drying process and the processing of electrode parts originating from metal current collectors, are unnecessary.
In addition, as bipolarly-structured cells can be connected in series by stacking, the number of required parts can be reduced, and the manufacturing process can be dramatically streamlined.

Environmentally friendly model factory “TAKEFU”

The APB Fukui Center Takefu Factory is the world’s first mass production factory for All Polymer Batteries.
It has features which differ significantly from conventional lithium-ion battery factories.
By eliminating many processes, such as the electrode drying process, energy consumption can be significantly reduced,
thus realizing a completely new production process concept that puts an emphasis on environmental protection and the improvement of conservation efficiency.

Our Team APB team

Introducing a professional team of specialists from various fields
gathered upon the philosophy of “transforming the world’s energy system from the ground up”

Our Team - APB team

About Us Company Profile

About Us - Company Profile
  • Company name

    APB Corporation

  • Representative director

    Hideaki Horie

  • Head office

    31-1-5 Shodencho, Echizen, Fukui 915-0043

  • Founded

    October 2018

  • Business areas

    R&D, production, and sales of Lithium-ion batteries