The History of Business

1918

Panasonic

Matsushita Electric Housewares Manufacturing Works is established
Production begins with three staff: owner Konosuke Matsushita, his wife Mumeno, and brother-in-law Toshio Iue

From left in the back row, Konosuke Matsushita, Toshio Iue, Mumeno Matsushita

1923

Panasonic
  • Bullet-shaped battery-powered bicycle lamp is invented and released
  • "Excel Dry Battery" for bullet-shaped bicycle lamp is released
Bullet-shaped battery-powered bicycle lamp
Excel Dry Battery

1927

Panasonic

Square-shaped "National Lamp" is released

Square-shaped "National Lamp"

1931

Panasonic

Komori Dry Battery's factory is taken over and in-house production of dry batteries begins

The first  dry battery produced in-house

1935

Panasonic
  • The company is reorganized as Matsushita Electric Industrial Co., Ltd
  • National Storage Battery Co., Ltd. is established
  • Matsushita Dry Battery Co., Ltd. is established

1937

Panasonic

Automotive lead-acid batteries are released

Automotive lead-acid batteries

1946

Panasonic

Toshio Iue leaves Matsushita Electric

1947

SANYO
  • Sanyo Electric Works is established
  • The National trademark and manufacturing rights for bicycle generators are taken over and production begins
Bicycle generators

1950

SANYO

SANYO Electric Co., Ltd. is established

1954

Panasonic

Japan's first fully metal-jacketed dry battery "National Hyper" is released

National Hyper

1955

Panasonic

Gas lighters are released
These products pioneered the rise the demand of dry batteries increasing applications

Gas lighters

1963

Panasonic

Manganese dry batteries "National Hi-Top" are released

Manganese dry batteries "National Hi-Top"
SANYO

The industry's first rechargeable transistor radio "Cadnica Radio" equipped with Ni-Cd batteries is released

Rechargeable transistor radio "Cadnica Radio"

1964

SANYO

"Cadnica" Ni-Cd batteries are released

Ni-Cd batteries

1965

SANYO

Rechargeable "Cadnica Light" is released

Rechargeable "Cadnica Light"

1967

Panasonic

Alkaline dry batteries are released

Alkaline dry batteries

1969

Panasonic

"National Neo Hi-Top" manganese dry batteries are released

"National Neo Hi-Top" manganese dry batteries

1970

Panasonic

"Pananica" Ni-Cd batteries are released

"Pananica" Ni-Cd batteries

1971

Panasonic

Lithium Primary Batteries (Graphite Fluoride BR Line) are developed

Lithium Primary Batteries (Graphite Fluoride BR Line)

1975

SANYO

Lithium manganese dioxide batteries are developed

Lithium manganese dioxide batteries

1979

Panasonic

Matsushita Battery Industrial Co., Ltd. is established

1981

SANYO

Rechargeable Cadnica for portable VTRs Battery Pack NP-1 is released

Battery Pack NP-1 of rechargeable Cadnica for portable VTRs

1984

Panasonic

World's smallest pin-type lithium battery is released

World's smallest pin-type lithium battery

1985

Panasonic
  • New high capacity Ni-Cd batteries "SM Series" is developed
  • "Carec Act" automotive lead-acid batteries are released
New high capacity Ni-Cd batteries "SM Series"
"Carec Act" automotive lead-acid batteries

1987

Panasonic

"Ultra Alkali" "Panasonic Alkali" alkaline dry batteries are released

"Carec Act" automotive lead-acid batteries

1989

Panasonic

Nickel-metal hydride batteries are developed

Nickel-metal hydride batteries

1990

SANYO

"Twicell" nickel-metal hydride batteries are released

"Twicell" nickel-metal hydride batteries

1991

Panasonic

Mercury-free manganese batteries are released

Mercury-free manganese batteries
SANYO

Lithium-ion batteries are developed

1992

Panasonic

Mercury-free alkaline dry batteries are released

Mercury-free alkaline dry batteries

1994

Panasonic

Lithium-ion batteries are developed

Lithium-ion batteries
SANYO

Mass production of cylindrical lithium-ion batteries begins

Cylindrical lithium-ion batteries

1995

SANYO

Mass production of prismatic lithium-ion batteries begins

Prismatic lithium-ion batteries

1996

Panasonic
  • Panasonic EV Energy Co., Ltd. is established
  • The joint venture between Matsushita Battery Industrial Co., Ltd., Matsushita Electric Industrial Co., Ltd., and Toyota Motor Corporation is established for development, manufacturing and sales of nickel-metal hydride batteries for vehicles

1997

Panasonic
  • Nickel-metal hydride battery pack for HEVs is developed
  • Nickel-metal hydride battery module for compact EVs is developed
Nickel-metal hydride battery pack for HEVs
Nickel-metal hydride battery module for compact EVs

1999

Panasonic

Mass production of thin lithium polymer batteries begins

Lithium polymer batteries
SANYO
  • Nickel-metal hydride battery for HEVs is developed
  • Mass production of lithium polymer batteries begins
Lithium polymer batteries

2004

Panasonic

Oxyride dry batteries are released

Oxyride dry batteries
SANYO

Mass production of nickel-metal hydride battery modules for HEVs begins

Nickel-metal hydride battery modules for HEVs

2005

SANYO

"eneloop" nickel-metal hydride batteries are released

"eneloop" nickel-metal hydride batteries

2006

Panasonic

Mass production of high-capacity cylindrical lithium-ion batteries (size: 1865) with nickel oxide cathode material begins

High-capacity cylindrical lithium-ion batteries with nickel oxide cathode material

2008

Panasonic
  • Panasonic Corporation Energy Company is established
  • "Evolta" alkaline dry batteries are released
  • "Rechargeable Evolta" nickel-metal hydride batteries are released
"Evolta" alkaline dry batteries
"Rechargeable Evolta" nickel-metal hydride batteries

2009

Panasonic

Multipurpose lithium-ion battery module is developed

Lithium-ion battery module

2010

Panasonic

Completion of Suminoe factory

SANYO
  • Mass production of lithium-ion standard battery systems begins
  • Mass production of lithium-ion battery modules for HEVs begins
Lithium-ion standard battery systems
Llithium-ion battery modules for HEVs

2011

Panasonic

SANYO Electric Co., Ltd. becomes a wholly-owned subsidiary

2012

Panasonic

Supply of Cylindrical-type Lithium-ion batteries (size: 1865) for in-vehicle use for a U.S. EV maker begins

2013

Panasonic

Automotive & Industrial Systems Company of Panasonic Group is established

2014

Panasonic
  • Panasonic Energy Corporation of North America (PENA) is established
  • The industry's smallest pin-type lithium-ion battery is developed
The smallest pin-type lithium-ion battery

2016

Panasonic

Lead-acid battery business is transferred to GS Yuasa Corporation

2017

Panasonic
  • Operation at U.S. Nevada factory begins
  • Mass production of Cylindrical-type Lithium-ion batteries (size: 2170) for in-vehicle use begins
  • "Evolta NEO" alkaline dry batteries are released
Cylindrical lithium-ion batteries for vehicles
"Evolta NEO" alkaline dry batteries

2019

Panasonic
  • Industrial Solutions Company of Panasonic Group is established
  • Panasonic Energy Belgium N.V. realizes the first zero-CO2 factory* in the Panasonic Group

*Zero-CO2 factory: A factory that has achieved net-zero CO2 emission through promotion of energy conservation, introduction of renewable energy, and credits

2020

Panasonic
  • Prime Planet Energy & Solutions, Inc., a joint venture with Toyota Motor Corporation, is established in the prismatic lithium-ion batteries business for vehicles
  • A cumulative total of 200 billion dry batteries are shipped worldwide

2021

Panasonic
  • Panasonic Energy Wuxi (PECW) realizes Panasonic's first zero-CO2 factory in China
  • Ethical packaging is introduced for "Evolta Neo" dry batteries
  • European consumer battery business unit shares are transferred to the AURELIUS Group 
  • The "Energy Company" is launched based on the energy domain of the Industrial Solutions Company, the Tesla energy division of the US Company, and the headquarter's energy technology division
Ethical packaging for "Evolta Neo" dry batteries

2022

画像:パナソニック エナジー株式会社 ロゴ

Panasonic Energy Co., Ltd. established as an operating company system. (trade name changed)

2023

画像:パナソニック エナジー株式会社 ロゴ

Moved dry batteries production site from Moriguchi factory to Nishikinohama factory

* Company names are those used at the time.