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1
Europe’s first fuel cell mCHP for homes
“development, market entry and its challenges”
October 7th, 2014
Toshiki Shimizu
Panasonic Corporation
World of Energy Solutions ,Oct 6-8 2014
2
IV. Trends for Spread and Expansion
II. Panasonic’s Latest Development
I. The Energy Situation
III. Activities for Global Expansion
3
IV. Trend for Spread and Expansion
II. Panasonic’s Latest Development
I. The Energy Situation
III. Activities for Global Expansion
4Japanese Energy Policy Direction
■Direction of New “Energy Basic Plan”(April 2014, Cabinet Council)
◆Nuclear Power is important as a base load power source
◆Further expansion of renewable energy usage
◆Acceleration for realization of hydrogen society
◆Expansion for utilization of clean usage of fossil fuel
◆Deregulation for electricity and natural gas retail
Hydraulic8.5%
Hydraulic8.4%
Oil7.5% Oil
18.3%
LNG29.3%
Coal25.0%
Coal27.6%
LNG42.5%
Nuclear28.6%
New Energy1.1%
New Energy1.6%
Nuclear1.7%
FY201010,06BilKwh
FY20129,41BilKwh
Before the Earthquake
After theEarthquake
Fuel Cell is basic technology
for utilize of hydrogen
Source: Federation of Electric Power Companies 「Constitution of Power Generation amount by Power Source in the year of 2012」Based on the released information in 2013.May.17
5
IV. Trend for Spread and Expansion
II. Panasonic’s Latest Development
I. The Energy Situation
III. Activities for Global Expansion
6Mechanism of Fuel Cell System■Chemical reaction between hydrogen and oxygen
generates electricity, as well as hot water.
Fuel Cell Cogeneration System Power Generation
Natural Gas
Air (Oxygen)
Hot water storage tank
Back up heat source
Fuel Cell UnitHot water storage unit
Generation
Fuel Processor
Stack
Inverter
Exhaust heat
Hydrogen
Hot waterElectricity
DC Electricity
AC Electricity
CH
HHH
HHMethane
WaterHydrogen
CO2
++
OHH
OHH
HHHH HH
CO O
eeHH
H +
O O
e e
OH H
Heat
Membrane
Hydrogen Oxygen
Electricity
H + H +
Electrode
--
- -
HH
Reaction in Fuel Processor
By reaction betweenhydrogen and oxygen
Power & Heat generation
Heat collecting
device
Electrode
7Merit of Fuel Cell System
■Fuel cell generates electricity where it’s used for efficient utilization of precious energy
◆ Reduction of CO2 emissions: 1.3t / year
◆ Reduction of household energy cost:60,000 yen / year
Environmental and Economical Effect of Fuel Cell
595 (14.2)
The rated value of new Ene-Farm
Equivalent to CO2 volume that beech tree forest of approx. 2,800 m2 in size absorb
Thermal Power Plant
ConsumerElectricity
Gas
Energy Efficiency of Power Plant Energy Efficiency of Fuel Cell
Source: Law regarding streamline of energy use
Primary Energy Primary
Energy
Non-usable Heat
*Data from Panasonic
Unused Waste Heat & Power Lost During Transmission
ElectricityElectricity
Hot water
Consumer
LNG Tank
Electricity Hot water
41% 95%(85.8)
Efficiency shown in LHV, shown in ( ) HHV
8
1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010
NEDO
NEF
2011 2012 2013
■ May, 2009 The world’s first commercial model launched and started sales■ Developed the 3rd generation model for market penetration
Advanced Cogeneration & Energy Utilization Center JapanACEJ
Basic technologydevelopment
Developmentfor practical use
Development for commercialization
Large-scale field test Commercial sales Introduction Enlarged
IntroductionPenetration
Installation at Prime Minister official residence
Opening of Kusatsu Factory
Practical-use ExperimentsPenetration research project Strategically practical technology development
Experimentalfield research Large-scale field test project
FCCJ (Fuel Cell Commercialization Conference of Japan)
FCA (Fuel Cell Association)Promote initiatives with the government &
related industries
Panasonic
Government
Industries
’09 model
’11 model
’13 model
First shippingceremonyCompany
President’s Project starts
Development History of Fuel Cell system
2014
Europe model
Globalization
NEDO
NEF
9Development progress of Fuel Cell System1st generation(2009) 2nd generation(2011) 3rd generation(2013)
120cm 90cm 75cm
Durability
Installation size
1000w~300w 750w~250w 750w~200wElectric output
+
(Peak load boiler)
World highesttotal efficiency
95%(LHV)
※2:DSS=Daily Start Stop
40,000h(DSS)※2 50,000h(DSS)※2 60,000h(DSS)※2
Possibility ratioto install Tokyo urban area 24% 36% 48%
RRPby Tokyo gas
100 79 57 (index number)
※1:as of 17th Jan, 2013, Panasonic survey
※1
10
C. Installation at apartment D. Various Installation<Unit separation><Unit to Unit>
A. Installation at private house
Installation example in JapanB. Fuel Cell + PV, Combined Generation
12
■Installation in the apartment is essential for expansion at urban area
【based on the start construction of new dwelling in FY2012】
※Based on the statistic of new dwelling construction
■Apartment has high volume at urban area
■Feature of the apartment house・Possibility for installation capacity of PV panel is small compare with the
detached houseFuel Cell for apartment house has expected
・Current Fuel Cell is difficult to install for apartment house due to the space and several regulation of the building
Special type Fuel Cell is necessary
Detached
House37% 52,374
units
Total936,330戸
ApartmentHouse
37% 347,915units
DetachedHouse63%
588,415units
Tokyo143,232
units
Kanagawa71,437units
Detached
House50%
35,659
units
ApartmentHouse50% 35,778
units
ApartmentHouse
63% 90,858
units
Development of new Fuel Cell system for apartment
Tokyo and KanagawaWhole country
13
■Accommodate a needs from the standards and installation location of high-rise apartment house
For apartment house model, launched in April, 2014
Installation Image forapartment
・Comply with the Building Standards Act in Japan
2.Specialization for apartment
1.Pipe shaft space installation
3.Wider variation of installation
・Earthquake resistance, resistance to wind
・Exhaust variations, slim dimension
14Adoption our products
Location : Shinagawa, Tokyo
Number of houses :356
Structure : Ferroconcrete , Rise 18 stories high
Final Completion :July 2015
TOKYU Land CorporationLocation : Nakanobu, Tokyo
Number of houses : 100
Structure : Ferroconcrete, Rise 15 stories high
Final Completion : Feb 2015
SOGO Land Corporation
16Function of the continuous Power Generation
Power unit Conversion
Switchboard
WaterNatural gas
Fuel Cell
Backup boiler
Grid
Outlet forblackout
Normaloutlet
■Supply the minimum electric power to the home in case of the blackout
■Longtime blackout was occurred by Great East Japan EarthquakeClose-up for the electric power supply at disaster
and presence of gas energy■Home appliances and heating appliances will be stopped by the blackout in Europe
Operation of the equipment at blackout will be important
“Security and Safety of energy supply” and“importance of the decentralize energy supply”
are the common knowledge in Europe and Japan
refrigerator TV
17Function of the continuous Power Generation■Fuel Cell can be started at stop mode and continue to operate at blackout
Fuel Cell
+
Launch in Oct.2014(Japanese model only)
GenerationMode
StopMode
Generation continue
StartingGeneration start
Max 1200W( cont. 700W)
Continuous PowerGeneration System
Gas supply 700W (96 hours)(charge to internal battery)
500W (temporarily)1200W (temporarily)
700W (96 hours)
Gas Stop ― 500W (temporarily) 500W (temporalily)
Continuous PowerGnereation system
(with internal battery)
Fuel Cell
Blackout
Total output
※1:Fuel Cell charges internal battery at blackout
※1
Power unit
Conversionunit
Max 1200W( cont. 700W)
Blackout
Specification
18
IV. Trend for Spread and Expansion
II. Panasonic’s Latest Development
I. The Energy Situation
III. Activities for Global Expansion
19
■ The market expansion of Fuel Cell in EU and North Americas is expected from the view point of Gas infrastructure, comparison of Gas and Electricity bill and heat demand
日本アジア大洋州(中・韓・豪)
北米(アメリカ・カナダ)
(独)実証試験 PEFC/SOFC
(英)研究開発 SOFC
(日)商品化 PEFC
(日)11年発売 SOFC
(韓)実証試験 PEFC (米)研究開発 PEFC/SOFC
将来家庭用燃料電池で見込まれる市場ターゲット
欧州(中欧・北欧・東欧・ロシア)
欧州 日本アジア大洋州 北米
60万台2800億円
20万台1200億円
30万台1400億円
10万台600億円
グローバル総需要 120万台 6,000億円 (2018年)
北米(アメリカ・カナダ)
将来家庭用燃料電池で見込まれる市場ターゲット
欧州(中欧・北欧・東欧・ロシア)
North Americas(USA, Canada)
EU(Middle, North, East EU and Russia)
The Global Market Potential of Fuel Cell
Fuel Cell expecting Market Target
① Rich Gas infrastructure② Big price gap between
Electricity and Gas③ High Heating Demand
20
■ Variety of Gas composition ■Difference of Environment ◆Japan : Outside installation
: Domestic hot water demand
◆Germany : Inside installation: Space heating demand
・Security for the safety of the CO density ・Large heating demand (approx. 4 times of Japan)・Adaptation of the local heating circuit system・Secure the performance against various flue pipe
◆Japan : Liquefied Natural Gas (LNG)- Imported by the tanker
◆Germany: Gas Pipe line Network - Mixing gas composition at the each area- Gas composition is changed by the political
reason and the cost factor.
Source :SYSTEM DEVELOPMENT MAP 2011Gas Infrastructure Europe Web site
radiatorradiator
radiatorradiator
shower
Fuel CellSystem
Adaptation to European Environment
21
■Strengthen local product development along with technology development in Japan
R&D base in Langen,
Germany
・Development of the suitable system for local operating condition, installing environment
・On site investigation of natural gas composition
Establish the local developing base
Panasonic activities for market expansion in EU
Since July 2011
Developing the best matching products to the local usage condition with the of early market introduction
Development base in Cardiff,
UKSince September 2012
22Panasonic activities for market expansion in EU
●Difference of business environmentbetween Japan and Europe・Recognition of brand and organization of sales maintenanceand installation are very important
Organization of maintenance・The quick action of maintenance are required for trouble of
heating equipment
Difference of sales system・The organization of the Installer is essential part for the sales of heating equipment
Panasonic has entered into partnership with Viessmann company
■Examination for European heating market
231st European PEM Fuel Cell System
3. Easy to Use
Power Generation : 750WPower Generation Efficiency : 37%Overall Efficiency : 90%
1. High efficiency
Operation and Monitoring by Mobile device
2. Simple constructionFuel Cell unit + Boiler/Hot water tank unit
“Vitovalor 300-P“
24
■ Example for Fuel Cell System installation
Example 1 Example 2 Example 3
Viessmann activities for market expansion in EU
25
IV. Trend for Spread and Expansion
II. Panasonic’s Latest Development
I. The Energy Situation
III. Activities for Global Expansion
26Fuel cell market expansion in Japan
0
5
10
15
20
25
30
35
40
2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
32,900(Estimated)
380K
【Number of U
nits
】
1,400K1,250K
1,030K
700K
450K380K
250K
(Subsidy per units ; JPY)
Subsidy will finish by FY2015
5,000 6,000 13,50024,100
■Owing to the subsidy by the Government, market is growing rapidly since 2009■Cost reduction should be needed because of decreasing the amount of subsidy
(The government will put an end of subsidy by FY2015)■The government sets 1.4 million units accumulated sales target by FY2020
× 1,000
Source : total demand is Panasonic’s estimation by hearing with utility company and situation of FCA application
27For the Wide Spread
Issues and direction for the widespreadIssues and direction for the widespread■Further Cost Reduction
■Strengthen the function as decentralized power supply・Expansion to feasible housings ( Apartment, Office Building )・Application to the Smart Community Utility・Application to various environment and related regulation (the reverse current flow etc)
●System cost reductionby further system simplification
・Development of low cost catalyst (reducing platinum volume)
・Strengthen robust resistance of key devices・Expansion of standard component usage
●Sales increment by global expansionCost reduction by volume production effect
・Application to different Gas composition・Application to the various installation environment
Further Collaboration inGovernment-Academia-Industry
Government Installation Target
2020: accumulation 1.4 million set2030: accumulation 5.3 million set
2005 2008 2012 2015Large Scale Field Test
Market introduction
Spread
Sys
tem
Pric
e
Cost Reduction 1/3
Cost Reduction 1/2
Cost Reduction 1/2
(price at spread)
29Fujisawa SST (Sustainable Smart Town)
■Fujisawa SST In 2014 schedule to start move-in Realizing the comfortable life style with ecology, new town forming and services with Panasonic unique solution such as energy management.
★PV and Battery installed in all houses, approx. 1000 houses★Planning to install Fuel Cell to most of houses
Target : Realizing 70% CO2 reduction (vs. 1990) in whole Town
30Establishment of the Hydrogen Energy Society■Ultimate clean “Hydrogen Energy Society” based on the expansion
and evolution of Fuel Cell, and production of hydrogen with reasonable cost2000 2010 2020 2030 2040 2050
Evolution of Gas infrastructure Natural Gas
Introduction, spread and evolution of “FCV”
Spread and evolution of Stationary Fuel Cell
Establishment of Hydrogen station
Hydrogen Infrastructure
HydrogenEnergy Society
Hydrogen type
Residential Fuel Cell
Local supply
of Hydrogen
Fuel Cell VehicleHydrogen station
Production ofHydrogen by
Renewable EnergyLarge-scale
Fuel Cell
Fuel Cell Train
Production of Hydrogen