green it initiative in japan · green it initiative in japan atsushi taketaniatsushi taketani ......

Green IT Initiativein Japan

Atsushi TaketaniAtsushi TaketaniDirector, Office for Environmental Affairs and Recycling

Commerce and Information Policy BureauCommerce and Information Policy BureauMETI, Japan

February 2011February, 2011

IT’s Contribution to Combatting the Climate Change ①

HEMS BEMS

Energy-saving home appliances LED/OEL illumination

Green by ITGreen by ITHEMS、BEMSAdvanced automotive electronics Homes

T l i

Green by ITGreen by IT

BusinessTransportation

Ecological driving with ITS, ETC

Telecommuting, Videoconferencing, online sales, etc.Transportation

IT control systems of machines/factories

More efficient distribution Industries

with RFID tagsPower Electronics

Introduction of more energy

efficient IT Green of ITGreen of IT

IT infrastructuredevices/systems

1All Rights Reserved, Copyright © METI 2011

IT’s Contribution to Combatting the Climate Change ②

○ IT sector has only 1 4% share of Japanese CO2 emission (cf only○ IT sector has only 1.4% share of Japanese CO2 emission (cf. only 5% of industrial sector). However, it contributes to CO2 reduction of other sectors such as transportation, residential, and other industries.

Japan’s CO2 Emission

Others6%Energy Conv.

CO2 emission by sector in Japan (FY 2008)

CO2 emission in each industry sector in Japan (FY 2008)

Transportation20%

6%

Home14%

6%gy

Cement

Others 9.2%

IT 5.2%

Industry33%

Business19% Steel

53.8%Chemical

Paper6.4%

5.9%

19.5%

IT 1.4%

2

IT 1.4%Source: MOE (Ministry of the Environment) Source: Industrial Structure Council, METI

All Rights Reserved, Copyright © METI 2011

IT’s Contribution to Combatting the Climate Change ③

○ GeSI (Global E Sustainability Initiative) reports in June 2008;○ GeSI (Global E-Sustainability Initiative) reports in June 2008; ・In 2020, IT sector will emit 2.8% of the global CO2 emission. ・However, IT can reduce 7.8 billion CO2-ton from BAU (business as usual) in 2020. This reduction equals 15% of BAU emission in 2020, and is 5 times as much as their own emission.

CO2 Emission and IT’s Contribution

Smart logistics

IT’s Contribution in Different Fields

４００２００２

IT Sector ５ Smart Building

16.8

15.2

TransporB ildi

５１９２０２０

EstimatesIT Sector １４

24

2111

22tation Building

Reduction by IT ７８

１４ 21

Smart motor systems Smart Grids

energyIndustry

y（15％ of the total estimates）

3(100 Million CO2 t)

y9.7 20.3


OECD Recommendation (Issued on 8 April, 2010)

Provides solid basis for Green ICT policy10 points recommendation10 points recommendation

•Coordinating ICT, climate, and energy policies•Adopting life cycle perspectives•Supporting research and innovation•Developing green ICT skills•Increasing public awarenessg p•Encouraging best practices•Governments leading by examples•Improving public procurementImproving public procurement•Encouraging measurement•Setting policy targets and increasing evaluation

Japan has been pushing its green IT policy which meets this recommendation.


Green IT Initiative in Japan

•Establishment of the Green IT Promotion Council (February,2008)IT-related industry groups, research institutes, universities, government bodies,

Strengthen Cooperation among Industry, A d i d G

IT related industry groups, research institutes, universities, government bodies, and others work together to promote Green IT

International Partnerships

g p g yAcademia, and Government

G t‘ R l International Partnerships and Collaborations

• Hold international symposiumsCollaboration with overseas

• Assist the development of innovative technologies

Government‘s Role

• Collaboration with overseas organizations

• Government and industries of U.S. , E d A i

innovative technologies• Promote the dissemination of

energy-efficient technologies and products Europe and Asiaand products

• Standardization of measuring environmental contributions


Dissemination of energy efficient products①Top Runner Program

Specific Equipment (21)Example of Top Runner Program

1. Passenger vehicles

2. Freight vehicles

3. Air conditioners

12. Space heaters

13. Gas cooking appliances

14. Gas water heaters

Fuel Economy

(km/L ) 19km/L

4. TV sets

5. Videocassette recorders

6 Fl t li ht

15. Oil water heaters

16. Electric toilet seats

17 V di hi

(km/L )

18km/L

17km/L16 6. Fluorescent lights

7. Copying machines

8. Computers

17. Vending machines

18. Transformers

19. Rice cookers

15km/L15km/L

14km/L

13km/L

16

9. Magnetic disk units

10. Electric refrigerators

11. Electric freezers

20. Microwaves

21. DVD recorders

22. RoutersStandard Setting FY Target FY

13km/L

12km/L

Achievement is judged by weighted average per product category.

23. Switches Energy conservation standard based on the Top Runner Program


Dissemination of energy efficient products ②Green IT Award

○ G IT P ti C il t bli h d th G IT A d i○ Green IT Promotion Council established the Green IT Award in 2008 to promote Green IT efforts. The award consists of “The Minister of Economy, Trade and Industry Award” and “Commerce y, yand Information Policy Bureau Director-General Award”, etc. for two categories; “of IT” and “by IT”

by ITby IT of ITof ITMinister of Economy, Trade and Industry Award

Minister of Economy, Trade and Industry Award

QD LASER, INC., FUJITSU LIMITED, UNIVERSITY OF TOKYO:

Semiconductor laser with quantum dot which

SHARP CORPORATION, YOKOGAWA ELECTRIC CORPORATION, KANDEN ENERGY SOLUTION CO., INC.:Use of IT for energy saving in GREEN FRONT

contributes to power saving for ICTSAKAI area

Commerce and Information Policy Bureau Director-General Award

Commerce and Information Policy Bureau Director-General Award

KOJIMA PRESS INDUSTRY CO.,LTD:

Introduction of

Bureau Director-General Award

YAMATAKE CORPORATION:

Energy saving in data center / server

7

“Green Cloud Computing” Energy saving in data center / server room by simulation and improvement of air flow


Dissemination of energy efficient products ③ Eco Point Framework

Electronics Maker Delivery of the product 1. Purchase

2.Register of the ecopoint Order eco-friendly products or service

ConsumerHome appliance store・Air conditioner

Eco Point

Offi

of the Product

or service

・Refrigerator・TV

（Energy efficient product）CO2

Office

Payment3. Delivery of eco friendly products

CO2 Reduction Government

Request for Payment

C i b t 2 5% f th h i f “G l t i ”

Concept of the Eco Point

- Consumers can receive about 2.5% of the purchase price of “Green electronics” (energy efficient A/C, Refrigerator, TV) as the Eco Point

- Extra 2.5% is added in case of TV（for the promotion of the digital broadcast)Cons mers can se eco point hen the b eco friendl prod cts or ser ice- Consumers can use eco point when they buy eco-friendly products or service


Japanese Policy Cooperation in International Arena

APEC (Asia Pacific Economic Cooperation)

EU

Japan – U.S. – EU cooperation on Data center Energy Efficiency Metrics

EU

U.S.

GIPC’s Participation inKorea

JapanGIPC s Participation in the ICT4EE in Europe

GIPC’s MOU with its Korean counterpart

Asia

OECD

・Asia Green IT Forum・Asia Green IT Seminar

Standardization at IEC, ISO, and ITU9All Rights Reserved, Copyright © METI 2011

○ Japan’s Green IT Promotion Council exchanged an MOU with U.S.

Cooperation with the U.S. and EU①

○ Japan s Green IT Promotion Council exchanged an MOU with U.S. three groups for cooperation.

○ In February 2011, Japan, the U.S. and EU held the fourth government private sector joint work shop for establishing new energygovernment-private sector joint work shop for establishing new energy standards for a data center.

＜Example of Cooperation＞

METIＤＯＥ

ＥＰＡHeld work

＜Example of Cooperation＞

●Establishing new standards ＥＰＡHeld work

shops four times from March 2009

for a data center

●Harmonizing policies to ● g pprevail energy-saving home electronics

Constructed a relationship for cooperation in

Japan U.S.

May 2008


Establishing New Index for Data Centers

PUEOverall consumption by data centers

Consumption by IT equipment（Power Usage Effectiveness）Current indexand issues

＝

⇒ However, PUE only shows facility efficiencyf d t t

Many companies use PUE Low-efficiency Datacenter

High-efficiency Datacenter

of data centers

A new total index for data centersis necessary

Facility

Higher

However, PUE is the same

is necessary

DPPE （Datacenter Performance Per

Facility

IT

ITEquipment

LowerEnergyConsumption

gEnergyConsumption

4

21

2

IT E i t Utili ti IT E i t Effi i

DPPE （Datacenter Performance Per Energy）

Equipment

PUE＝4/2＝2.0

1

PUE＝2/1＝2.0

Total energy consumption－ Natural electric energy

IT Equipment Utilization

Power Usage Effectiveness

IT Equipment EfficiencyDPPE = function( )

11

Japan is working with US and EU to establish this new index.All Rights Reserved, Copyright © METI 2011

○ Green IT Promotion Council is cooperating with ICT4EE Forum in

Cooperation with the U.S. and EU②

○ Green IT Promotion Council is cooperating with ICT4EE Forum in its activities, such as developing measurement methodologies.

○ Green IT Promotion Council exchanged a MOU with BITKOM. It b ff ti J l 1 tIt became effective on July 1st.

Cooperating in Forum’s activities

MOU i dMOU is under discussion

MOU became effective on July

Japan EU

effective on July 1st 2010


ICT4EE - Background

In February 2010, the ICT4EE Forum was established by the following four associations in response to the EC Recommendation C(2009)7604 :

DIGITAL EUROPE• DIGITAL EUROPE• GeSI (Global e-Sustainability Initiative) • JBCE (Japan Business Council in Europe)• TechAmerica Europe

C(2009)7604COMMISSION RECOMMENDATION f 9 10 2009

• TechAmerica Europe

COMMISSION RECOMMENDATION of 9.10.2009 on mobilising Information and Communications Technologies to facilitate the transition to an energy-efficient, low-carbon economy

(15) S tti biti t t b th ICT t f i i th d(15) Setting ambitious targets by the ICT sector for improving the energy andenvironmental performance of its processes is of the utmost importance. Progress towards such targets should be measurable and verifiable. Targets should be updated as more reliable baseline data becomes available. g pThe ICT sector has expressed an interest in setting up an ICT for Energy Efficiency (ICT4EE) Forum that would work to adopt and implement a framework to measure the sector's energy and carbon footprints, set targets and benchmark

13

progress.


Cooperation with Asia①

○ At the AEM-METI meeting in September 2008, METI proposed the Asia Knowledge Economy Initiative, which includes a future-oriented project on Green IT making use of Japan’s experiencesoriented project on Green IT, making use of Japan s experiences.

Asia Knowledge Economy Initiative(Sep.2008)

Ensure corporate information security

• Dispatch a Green IT Mission• Introduce best practices y

Green IT

p• Measure the potential energy savings through IT for factories and buildings

Assistance for IT personnel training

buildings • Hold seminars within Asia

Holding seminars

Common trustmark systemHolding seminars

14

Measurement of potentialenergy savings

Introduction of best practice


Cooperation with Asia②－Asia Green IT Forum○ The Second Asia Green IT Forum was held on October 5 2010○ The Second Asia Green IT Forum was held on October 5, 2010,

bringing together delegates from governments and industries of ten Asian countries/regions (Japan, China, Korea, Malaysia, Singapore Thailand Vietnam Chinese Taipei Indonesia Philippines)Singapore, Thailand, Vietnam, Chinese Taipei, Indonesia, Philippines).

○ The participants issued a joint statement to enhance their future cooperation.

【 Asia Green IT Forum 2010 】《 Items of common understanding 》a) Promoting the introduction and use of

green IT, and highlighting the importance of green IT in international low-carbon initiatives

b) Mutual green IT cooperation in Asiab) Mutual green IT cooperation in Asiac) Sharing information on and encouraging

the introduction of best practicesd) Promoting green IT analysis in Asiae) Boosting energy efficiency in data

centersf) Promotion of international partnershipg) Forum continuation and sharing

15

g) Forum continuation and sharing information


Cooperation with Asia③－Survey on Energy Saving by IT

The government of Japan provides “Survey on Energy Saving by IT” which utilizes Japanese highEnergy Saving by IT which utilizes Japanese high technology energy saving/control technologies in ASEAN countries.J id th tJapan side pays the cost.Member companies of Green IT Promotion Council

conduct the survey on the following facilities.y g

No. Facilities Outlines of survey11 Data Center Facility survey / facility optimization planning /

effectiveness monitoring / facility plan etc.2 Public Facility (airport, school, hospital

etc )Air-conditioning operation and maintenance control / ventilation facility control / lighting facilityetc.) control / ventilation facility control / lighting facility control etc.

3 Plant, Factory （petroleum industry, chemical industry, paper/pulp industry, t l i d t t ）

Air-conditioning facility survey / fan & compressor survey / Operation and maintenance

/ ffi i / d d t l t

16

steel industry etc.） survey / efficiency survey / advanced control etc.

- In January, facility managers had an energy saving training in Japan. All Rights Reserved, Copyright © METI 2011

Survey on Energy Saving by IT in 2010Survey on Energy Saving by IT in 2010

Field Surveying company Country Outline of surveys

DIDC FRONTIER INC. Vietnam - Air-conditioning operation

- Design and construction of data centerData

Center

g

NTT DATA INTELLILINKCORPORATION

Singapore - Power supply, air-conditioning operation, etc.- Countermeasures to power supply losses

MITSUBISHI ELECTRIC CORPORATION

China - University building facilities(power supply, IT equipment, lighting）- Analyzing and visualizing energy consumption

Office facilities (power supply IT equipment lighting air conditioning)

Public Facilities

NEC CORPORATION China - Office facilities (power supply, IT equipment, lighting, air-conditioning) - Visualizing and reducing power consumption of facilities such as PCs

PANASONIC CORPORATION India - University buildings

- Visualizing power consumption by measuring and monitoring systemCORPORATION - Visualizing power consumption by measuring and monitoring system

YAMATAKE CORPORATION Singapore - Office buildings

- Possibility of BEMS (building energy management system)

Plant, Factory

HITACHI, LTD. Vietnam - Utility equipments (fan, pump, compressor etc.) - Estimation of energy saving by controlling rotation, etc.

YOKOGAWA - Steel plant with considerable energy consumption

17

ELECTRIC CORPORATION

China - Steel plant with considerable energy consumption - Simulation of most effective control


Cooperation with Asia④－Asia Green IT seminar

○ In February 2010, Japan held international seminars withSingapore and Thailand.g p

・Not only to report survey process and its results, but also to introduce energy-saving measures and best practices in Japan.

○F b 23 2010 i Si ○F b 25 2010 i B k k Th il d○February 23,2010 in Singapore ○February 25,2010 in Bangkok, Thailand


Cooperation with Asia ⑤ APEC/TEL

○ In August 2010, Green IT seminar was held in APEC/TELWG※, Brunei. Over 100 people from Asia-Pacific region participated in the seminar.※TEL WG Telecommunication Meeting Working Group※TEL WG：Telecommunication Meeting Working Group

OKINAWA Declaration in APEC/TELMIN(Telecommunication Ministers Meeting)○ Th D l ti i l d “ S t ICT A li ti I iti ti ” d b METI○ The Declaration includes“ Smart ICT Application Initiative ” proposed by METI. ○ The Declaration also states that it is necessary for TEL to continue its efforts

towards the energy conservation in data centers and the development of methodologies to evaluate ICT’s contribution to the environmentmethodologies to evaluate ICT s contribution to the environment.

Enhance Socio-Economic Activities through the Use of ICT・ We welcome the proposed “Smart ICT Application Initiative” aimed at delivering positive socio-economic outcomes in various areas, including the environment, emergency response, medicine, education, energy efficiency and administrative

iservices.・ We recognize ICT’s capacity to improve energy efficiency. Benefits are derived from the energy efficiency of ICT devices and networks such as data centers as well as from other ICT

19

as from other ICT.


Tasks for the Future①- Mechanism to Assess Contributions of Green IT

○ We need a mechanism that provides accurate assessments of private sector efforts to proactively market

Example:

energy-efficient products and services.

p

Company A

WholeCompanyMore Energy Efficient Air Conditioner

Sells moresociety

yLevel

Company A emits more CO

Company B Company A contributes

temits more CO2 than company BLess Energy Efficient

Air ConditionerSells less

more to CO2 reduction

A’s contribution > B’s contribution20All Rights Reserved, Copyright © METI 2011

Tasks for the Future ② Supply Chain Efforts

Raw Materials ・Improvement of recycled materials utilization ratio

Manufacturing(Parts)

To other industries ・Efficiency improvement

・R&D Environmental impact of IT

DesignRecycling

・Environmentally friendlydesign

should be measured throughout the

d t lifManufacturing

(Products)・Efficiency improvement ・R&D

・Improvement of collectingand recycling rate ・Saving natural resources

product life cycle

Distribution・Eco labeling system・Saving packaging materials

Use【Business】・Use of eco-friendly IT equipment and System ・Efficiency improvement by use of ＩT

Carbon Footprint

Disposal

y p y【Home】・Reduction in power consumption by use

of eco-friendly equipment 21All Rights Reserved, Copyright © METI 2011

Tasks for the Future ③ MRV

○ More and more people recognize that IT can contribute to○ More and more people recognize that IT can contribute to reduction of GHG emission.

○ However, people do not act without economic incentives. ○ “Measurement”, “report” and “verification” (MRV) is the core

concept in the climate change discussion. Benchmark is necessary. Without such tools we cannot provide incentivesWithout such tools, we cannot provide incentives.

▲６０％“Green of IT” “Green by IT”

Air Air ConditionerConditioner

N d t 二次二次二次二次

SensorSensor

Example: Japanese Refrigerator

Old productNew product

IEC standard for refrigerator energy consumption test procedure

新型制御装置新型制御装置

二次二次

ポンプポンプ新型制御装置新型制御装置

二次二次

ポンプポンプ

Controller Controller

22

g gy p pis based on the direct cooling refrigerator which is popular in the EU. It fails to reflect non-direct system which is popular in the Asia Pacific.

Measures to assess the BEMS effect have not yet been established internationally.


• Large emitters and small ones including small and medium-sized enterprises (SMEs)

MRV Related Works① Domestic Carbon Development Mechanism

Large emitters and small ones including small and medium sized enterprises (SMEs) conduct joint projects for GHG reduction.

• Large emitters provide necessary capital in exchange for carbon credits, which is certified as credits by Attestation Committee.

• They utilize those credits to achieve the goal of the voluntary action plan for Kyoto Protocol.

All Rights Reserved, Copyright © METI 2011 23

MRV Related Works②Replacement for More Energy Efficient Home Appliances - Domestic CDM

○METI is planning to set methodology for measuring CO2 reduction for each consumer to buy more energy efficient home appliances replacing old inefficient ones. Those appliances may i l d i diti TV d f i tinclude air-conditioners, TVs, and refrigerators.

○Each reduction will be calculated, bundled and finally turned into credit under domestic CDM system. METI will start the model project to solve technical problems for such credit

Old i diti New i diti

production including sampling method.

CO2 reductionOld air conditioner

New television

New air conditioner

Old television

CO2 reduction

BundlingCo2 Emission

Reduction measurement

New refrigeratorOld refrigerator

Old product New product

CO2 Credit


MRV Related Works③ Carbon Footprint


Carbon Footprint - Current Status of Product Category Rule (PCR)


J it t th Gl b l E i i R d ti th h th C ll b ti

MRV Related Works ④ Bilateral Offset Mechanism

<Japan’s Ambitious Targets>

Japan commits to the Global Emission Reduction through the Collaboration with Developing Countries

p g25% reduction compared to 1990 level by 2020(with premises)Globally contribute to 1.3 billion t‐CO2 reduction through private technologytransferstransfers15 billion‐dollar financial support for developing countries up to 2012

Bilateral Offset Mechanism Promotes Technology Transfer BroaderBilateral Offset Mechanism Promotes Technology Transfer, Broader Investment and GHG Reduction

※GHG: Green House Gases

UN negotiation for CDM (clean development mechanism) improvements is long and difficult to foresee.

Bilateral arrangements (clean projects, MRV of GHG reduction effects, etc.) are speedier, more flexible and covering wider range of technologies than CDM.

Therefore, Japan proposes to establish the bilateral offset mechanism. This mechanism will keep its consistency with UN and other internationalThis mechanism will keep its consistency with UN and other international

offsetting systems, while ensuring environmental integrity.27


F/S for Joint GHG Reduction Projects and Bilateral Offset Mechanisms


◆List of FS adopted as of August 10, 2010 Total Budget in FY2010: 5.3 million USD

F/S for Bilateral Crediting Mechanism in FY 2010

Project Host country Main project entities Covered field

1Highly efficient coal power plant(Ultra super critical)

IndonesiaThe Institute of Energy Economics, Japan

Coal thermal power

2Highly efficient coal power plant

Viet Nam TEPCO /Marubeni Co Coal thermal power2(Ultra super critical)

Viet Nam TEPCO /Marubeni Co, Coal thermal power

3Highly efficient coal power plant(Ultra super critical)

India Mizuho RI Coal thermal power

4Reduce power transmission loss by using highly efficient transformer

Viet Nam Mitsubishi UFJ Morgan Stanley Co. Electric power gridefficient transformer

5Introduction of energy efficient technologies at iron and steel plant

Philippines JFE Steel Co. Iron and steel

6Introduction of energy efficient technologies at iron and steel plant

India Nippon Steel Co. Iron and steel

7Introduction of energy efficient technologies at cement plant

Laos/Myanmar Taiheiyo Engineering Co. Cement

8Geothermal power(new construction/rehabilitation)

Indonesia Mitsubishi Co. Renewable energy

Geothermal power9

Geothermal power(rehabilitation)

Philippines Toshiba Co, Renewable energy

10 Eco‐friendly driving using digital tachograph Thailand Yazaki Co. Road transportation

11 Optimum control of plant equipment (by IT) Indonesia Yamatake Co. Energy saving at factoryp p q p ( y ) gy g y

12 Optimum control of plant equipment (by IT) Thailand Yokogawa Elec Co. Energy saving at factory

13 Energy saving housing (eco‐friendly house) China Nomura RI Product CDM

14 REDD+ Indonesia Marubeni Co. REDD+

15 REDD+ Peru Mitsubishi Co REDD+


◆List of FS adopted on October 20, 2010

F/S for Bilateral Crediting Mechanism in FY 2010（Second）Total Budget in FY2010 （Second） : 2.9 million USD

Project Host country Main project entities Covered field

1 Introduction of Nuclear power Vietnam TEPCO Nuclear power

2 Carbon Dioxide Capture and Storage Indonesia Arabian Oil Co, Ltd. CCS2 Carbon Dioxide Capture and Storage Indonesia Arabian Oil Co, Ltd. CCS

3Promotion high efficiency light and energy

saving of home appliancesMexico JRI (SMBC, Toshiba Co, Panasonic Co.) Energy saving at house

4Promotion of Home appliances (air

conditioner, refrigerator, Water heater, TV, Vietnam Mitsubishi Co. Energy saving at house, g , , ,lighjt)

gy g

5Reducing N2O emission by using coating

fertilizerMalaysia/Indonesia Jcam Agri Co. Chemistry

6Introduction of CHP facility and privately‐

owned electrical power facilityThailand Mizuho Co. Chemistry

owned electrical power facilityy

7Energy consumption reduction of air

conditioners by using deep seawaterMaldives Hitachi Plant Technologies, Co. Water provision

8 Introduction of Digital Tachograph Vietnam

/Laos/Malaysia/ChinaNittsu Research Institute Road transportation

9 Introduction of high efficiency motor system China Yasukawa Electric Co. Energy saving at factory

10Introduction of air‐conditioning control

systemMalaysia JRI(SMBC, Toshiba Co.) Energy saving at factory

11 REDD L Oji P G REDD11 REDD+ Laos Oji Paper Group REDD+

12 REDD+ Brazil Kanematsu ltd. REDD+

13More efficient utilization of low grade coal

in the power plantIndonesia Sojitz( Tsukishima Kikai Co. Coal power

14Introduction of energy efficient

technologies at cement plantIndonesia Kawasaki Heavy Industries, Ltd. Cement

15Introduction of energy efficient

technologies at cement plantMalaysia Ube Industries, Co. Cement


ＭRV Related Works ⑤ Standards○Japan proposes a few drafts for international standards which show IT’s contribution

Lif C l CO2 E i i f El t i A li ISO 14067 Carbon Foot Print①

for climate change.

Life Cycle CO2 Emission of Electric Appliances = ISO 14067 Carbon Foot Print

2010.10 Discussion Started for New WG

2012 Set up Standards and apply to each product

IEC TC111“Product Category Rule for IT sector” for New WG and apply to each productg y

R liRaw Manufacturi

UManufacturing

Di l

Transportation Transportation Transportation TransportationTransportation

RecyclingMaterials ng(Parts)

Useg

(Products)Disposal

②Contribution of Electric Appliances to CO2 Reduction(Reduction from the Baseline)

IEC TC 111

Reduction 2010.10 Discussion Started for New WG

2012 Set up Standards and apply to each productm

issi

on

Baseline Efficiency gain

for New WG and apply to each product

CO

2 E


Contact List

If you have interests in our survey please feel free to contactIf you have interests in our survey, please feel free to contact to the following addresses.

Ministry of Economy, Trade and Industry (METI) Commerce and Information Policy Bureau

- Atsushi Taketani : [email protected] Kiyoshi Nakazawa : [email protected] y @ g jp- Hideyuki Naoi : [email protected]


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