Panasonic Environment Vision 2050 activities

Mar. 9 th., 2021
Panasonic Corporation

Company Overview
Foundation:
Sales:
Operating Profit :Employee:
 Sales in each region（FY2019）

Mar. 7th., 1918
749.06 Billion JPY (FY2019 Consolidated Performance)
29.38 Billion JPY (FY2019 Consolidated Performance)
259,385 (at Mar. 31 , 2020)
stPanasonic Corporation Head Quarter
Internal
Company

Appliance Co. (AP)Life Solutions Co. （LS）

CN
Air Conditioner Hair Dryer

Asia

JP
47%TV

Showcase

Automotive Co. (AM)

Connected Solutions Co. (CNS)

EUUS

Entertainment system Line Management

Projector

PC/Tablet Cockpit System

Li-ion Battery

Industrial Solutions Co. (IS)China and North East Asia Co.(CNA)US Co.
2ControllerFA Device Electronics Board Material Battery Battery Module

Panasonic Founderʼs Management Philosophy
and View Toward the Environment
Management Philosophy

We will devote ourselves to the progress anddevelopment of society and the well-being ofpeople through our business activities.
View Toward the Environment

A company is a public entity.
It would be like putting the cart before thehorse for industrial development, destroying
nature and take away people’s happiness.
*Source: Konosuke Matsushita; “Corporate Social Responsibility” (1974)

3Panasonic Environment Vision 2050
Formulated in June of 2017

To achieve “a better life” and “a sustainable global environment,” Panasonic will work towards

creation and more efficient utilization of energy
which exceeds the amount of energy used,aiming for a society with clean energy and a more comfortable lifestyle.

Energy used < Energy created4

Image of realizing the Environment Vision

EnergyUSED

Improve energy-saving performances of products
Innovate manufacturing processes

Amount of energy
Expand energy-creation/storage business
CREATED Increase opportunities for using clean energy
Energy201052020

2030

2050

Contribute to global CO2 reduction by business<Annual CO2 Emission>

JapanPanasonic(global)Realize offset by energy saving
and energy creation
2050

2019
reverse1.24 B Ton

0.11 B Ton

EnergyEnergyUsedCreated9１

EnergyUsed

EnergyCrea
ted

Breakdown of “Energy used” in Panasonic(Converted to CO２ Emission)

Procurement

Sold Product(Lifetime use)

19 M
ton

85 M ton

Factory Logistics
2.3 Mton
6

Scope 1, 2

Scope 3

PV, Fuel Cell, EV battery,Stational Battery,Hydrogen Solution andothers

Panasonic concept for Zero Emission Community“Community Integrated Distributed Energy System”③ Energy management
at Community① CO2 reduction athome④ CO2 reduction atFactory⑤ Hydrogen Fuel Cell
Power Generation② Adjustability forRenewable Energy

7

Exhibited at COP25 in Madrid

① CO 2 reduction at Home︓Energy Saving Home Appliance and Device
 Home Air Conditioner
Product at FY2010: 837 kWh/year Vacuum Insulation Glass - Glavenir Applied Panasonic
PDP technology

11.0% Improved
Latest Model CS-X281D:
746 kWh/year TV
Product at FY2010: 154 kWh/year
35.7% Improved
Current Model TH-43HX750:
99 kWh/year

World Highest class insulation
performance with 6mm thickness
glass (1/5 thickness of triple glass)
Thermal transmission Rate
Ｕ=0.7w/㎡・ｋCompare with triple glass: equal
Compare with multi layer glass: 4.5 times Reduced to 1/8
Compare with single glass: 8.5 timesof heat loss fromwindow

8

Steady Energy Saving of Home Appliance + Contribution at New Field

① CO2 reduction at Home: Smart House (Fujisawa SST)PV Panel
ENE-FARM(Fuel Cell)

Air Conditioner

PV Panel

Utility
A2W Heat Pump

Distribution
BoardHEMS Monitor

EnergyMeasurement unit

Hot waterfor BathLi-ion Battery

Li BatteryPowerConverterFuel CellElectricity

9HeatSignal

② Adjustability for Renewable Energy: Storing Heat Energy by Heat Pump

Convert from Electric Energy to Heat Energy

Contribute to de-carbonization society by utilizing hot water produced by heat pump

Applicablewidelycapable to various
home size

Low Energy Cost
Save max 1,100/year of energy
cost by comparing withconventional heater

Boil water by heatexchange with airFloor
Heater

給 湯

10

Water

Radiator

Environment friendly
and efficiently
Heat Exchange with Air

② Adjustability for Renewable Energy: Storing Electricity by Battery
Contribute to Electric energy storage and peak shift by battery
device business for EV and Stational Battery

EV Charger
1865

Electric Storage
System11EV2170

③ Energy management at Community: Saving CO 2 program at community

Realize Energy Management for Sustainable
town by both hardware and software

hardware12

Gather life informationof whole community
by FSST Serversoftware

Propose Eco and Smart life
by providing motivation athome purchase and life
style at new house③ Energy management at Community: Saving CO 2 program at community
Launched SST on 2014 with the targets of CO2 70% reduction andrenewable energy utilization ratio more than 30%.
All houses (about 600) equip PV panel and Stational Battery.
Environment Target

Energy Target

Safe and Secure Target

CO2

Domestic Water

Renewable Energy
Utilization Ratio

Securing Lifeline

70 %

30 %

30 %3 days

reduction* Compare with 1990

Gather energy
information of wholecommunity by FSST
Server
70% houses equip
13 ENE-FARM (fuel cell)

reduction* Compare with generally
penetrated equipment in 2006

Or more* Community Continuity Plan

Propose Eco and Smartlife by providing
motivation at homepurchase and life styleat new house③ Energy management at Community: Demand Side Flexibility
Smart management of distributer energy resources in area, community, andhome toward maximizing utilization of Renewable Energy
Mega Storage for community

PV for community

Hydrogen
Infrastructure

Hydrogen Fuel Cell

PV
Gas Fuel Cell
(ENE-FARM)

Heat Pump(EcoCute)

BatteryStorage

EV Charger

Energy management byutilizing IoT
Miyakojima Field Trial(led by NEXTEMS and Okinawa Electric Power)

Kansai VPP Project (led by Kansai Electric Power)

プレゼンのまとめ14source： http://www.meti.go.jp/committee/kenkyukai/energy_environment/energy_resource/pdf/007_08_05.pdf

④ CO 2 Reduction at Factory︓Efforts for CO 2 Zero Emission Factory
Already achieved at 6 factory in 4 regions by various measurement suitable for each region
Panasonic Eco Technology
Achieved atCenter (PETEC) Janof 2019

• PV installation• LED• Electricity originatedfrom Renewable• Offset by Credit

Panasonic Energy Belgium
Achieved at(PECBE)
Jan of 2019
• Wind Power• Electricity originated fromRenewable• Offset by Credit
15

Panasonic Centro Americana
Achieved at(PCA)• PV 400pcs• Electricity originatedfrom Renewable• LED• Offset by Credit

Mar. of 2019

Panasonic Brazil (PANABRAS)
Achieved atMar. of 2019

3 Factories at San Jose, Manaus, Estrema• Electricity originatedfrom Renewable• Offset by Credit

④ CO 2 Reduction at Factory︓Utilize Hydrogen at Factory
 Utilize Hydrogen for logistics in factory(Kusatsu Factory of Alliance Co.)

Hydrogen Station “H2 Kusatsu Farm”

 Utilize Hydrogen for manufacturing line
(Kasugai Factory of Panasonic Ecosystems Co.)PV Panel 77kWPower Generationfrom Renewable

H2O

H2

Hydrogen
Generation

H2

Hydrogen
Storage

Electricity

Electric Power
Generation

Produce and store Hydrogen by electric power
Produce and store Hydrogen by electric power
generated from renewable energy, and utilize
generated from renewable energy, utilize Hydrogen
Hydrogen for forklift operated by fuel cell towardto generate electricity by “pure” Hydrogen fuel cell
the reduction of CO2 emission
16for Manufacturing line.

⑤ Hydrogen Fuel Cell Power Generation: Launch on 2021 and 2022

Features for Panasonic Hydrogen Fuel Cell
1 High Power generation efficiency (5kWmodel: 56%)
2 Quick stating (possible to start in aminute)3 Possible to use Heat simultaneously,
capable to be used at electric outage
3 Possible to operate connected multiple fuelcell units as single generator

Plan to be releasedon 2022

17

Plan to be releasedon Oct, 2021

Features of Hydrogen Fuel Cell is suitable for resolving social issue••Higher efficient power generation for all generator size
(cover range: kw ‒ 10 MW class)
Suitable for various size demand
Hydrogen Fuel Cell

60

Generation
Efficiency 40(%)

20Power Generator scale（MW）

0.1

•
•1

101001000

Good at for installation flexibility because of low noise
performance
Total efficiency is 95%, co-generation system is available
Noise Performance(A characteristic data)

Mono-generation︓55ｄB Co-generation︓37dB

CO2 ZeroHydrogen Plant

Fuel Cell

Renewable Energy

Hydrogen
Energy55%
40%

Electricity
Heat５%
18*Mono-gene: 5kW data, Co-gene: 700W data

Waste heat (difficult for use)
Data from Panasonic95%Panasonic Hydrogen Fuel Cell concept
 Concept• Develop “pure” Hydrogen Fuel Cell by utilizing the experience and achievement of“ENE-FARM” (mass production, cost, reliability)• By connecting multiple 700W/5kW Fuel Cell units, enable for “Large Power Plant”

700W/5kW unit(Base Module)

60kW

300kW

10MW class Features

19• Possible to install various location depending on the demand scale (roof top,basement room, deformed land, narrow land, and so on)• Good for Co-generation usage because this can be installed to close place for heatconsumption area.
• Possible to install in cold region because this can be installed indoor.
• Possible to keep power generation as whole system even in case that one unit isstopped for maintenance or other reason.

Contribute to realize Hydrogen Society
Hydrogen Fuel Cell︔① Can be a part of Hydrogen Industry for contributing “2050 「Green Innovation Strategy toward 2050 CarbonNeutral”② Can be a large Hydrogen Consumer together with Transportation sector by aligning with Hydrogen Strategy③ Will continue the technology development and pilot project for aiming economic rationality (cost) by aligning
Hydrogen Strategy
Possibility of hydrogen utilization as a renewableenergy resource(Ref) Growth strategy roadmap of Hydrogen Industry
 Hydrogen Import Plan (from Green Innovation Strategy)

Pilot project of Hydrogen Fuel Cell

水素輸入量

2030年

2040年

2050年

300万トン

1,000万トン

2,000万トン

 Comparison of Hydrogen Consumption
Generation/yearTech. Dev. For innovative Fuel CellExpand to various usage, cost reduction

5kW Hydrogen
Fuel CellFCV（参考）41.6MWh

5kW×24h×365日×0.95(負荷率)1.0MW

H2 consumption/year

約2,300kg
約100kg

(1.0万km) Estimation of generation unit price20

Source： https://www.meti.go.jp/shingikai/energy_environment/suiso_nenryo/pdf/019_01_00.pdfよりYear 2030(after landed) 40 JPY/m3

Year 2050(after landed) 30 JPY/m3

Mono-gene︓24.0 JPY/kWh
Co-gene ︓14.5 JPY/kWhMono-gene︓19.3 JPY/kWh
Co-gene ︓ 9.8 JPY/kWh(Numbers are calculated by Panasonic)