introduction of asia energy-saving survey project€¦ · ti iti •energy-saving diagnosis of the...

Introduction of Asia Energy-Saving Survey Project

February 2011Hitoshi TakanoHitoshi Takano

HQ General manager, Green Factory Solutions Business HQ, Yokogawa Electric Corporation

Project BackgroundProject Background

To reduce energy consumption, which is an urgent issue for the Asian countries, we have carried out the “Project for Energy-saving Diagnosis with IT” based on the “Asia Knowledge Economy Initiative” at the expense of the Japanese government.

• The Asian countries have recently made rapid growth in a wide range• The Asian countries have recently made rapid growth in a wide range of fields from the key industries to the finance/information industries

• Their energy consumption has risen two and a half times in quantity, compared to that in 1990

Current situation of the Asian countries

• Japan proposed this Initiative in the ASEAN Economic Ministers Meeting of 2008 as a framework for her cooperation with the other Asian countriesIt d t th t th A i t i h ld d t k f t i t d

Asia Knowledge Economy Initiative

• It advocates that the Asian countries should undertake a future-oriented, cooperative project intended to construct a sphere of high-level knowledge economy, based on the experience and expertise garnered by Japan

• The “Project for Energy-saving Diagnosis with IT” can be positioned as a specific cooperative project to promote IT utilization in the economic activities

All Rights Reserved, Copyright © GIPC 2011 1

Activities in FY2010Activities in FY2010

This project has carried out five activities to promote the diffusion of Japanese energy-saving technologies in the Asian area. This lecture will introduce Activities ①, ②, and ③.g g ①, ②, ③

We dispatched energy-saving experts to entities such as data centers, public facilities, plants, and factories, and conducted several activities

①Dispatching Green IT

energy-saving diagnosis intended for energy-saving, such as facility diagnoses, optimized designs, and improvement of effect estimates

We invited to Japan officials responsible for and/or managers of facilities in local companies that would receive an energy-saving

①

②

energy saving diagnosismissions

On-site training diagnosis and carried out training to step up their continual approaches to energy-saving

We compiled a best practices collection that introduces some excellent Japanese solutions to energy-saving, and held workshops to explain

②

③

for Green IT

Compiling a best practices collection and details of the diagnosed results to relevant local companies and to

request them to provide appropriate data to us in the future

We hold seminars in Singapore and in China to introduce Green IT

③

④

collection and holding a Green IT workshop

Holding a Greencase examples in Japan and the deliverables from this project

We have promoted developing the Datacenter Performance per Energy (DPPE) or an index to indicate the energy efficiency of an

④

⑤

IT seminar

Developing the Datacenter


Energy (DPPE) or an index to indicate the energy efficiency of an entire data center, in cooperation with the United Stated and Europe

⑤p g

Performance per Energy

Schedule for the Entire ProjectSchedule for the Entire Project

Preparations Diagnosis mission Training

7/2010 7 - 8/2010 8 - x/2010 12/201011 - x/2010

Seminar

2/2011

Localcompany

7/2010 7 8/2010

Cooperation for preliminary

diagnosis

Cooperation for main

diagnosis

8 x/2010

Meeting for result

reporting

12/2010

Send forth trainees

11 x/2010 2/2011

p y

Di i

Workshop

diagnosis

Preliminary diagnosis,

diagnosis

Main diagnosis,

reporting

Training (i J )

Hold a seminar

Diagnosingcompany(in Japan)

g ,data analysis

g ,data analysis (in Japan)

Compile a best practices collection and develop th D t t P f Ethe Datacenter Performance per Energy


Table of ContentsTable of Contents

Dispatching Green IT Energy-saving Diagnosis Missions

On-site Training For Green IT

Compiling A Best Practices Collectionp g


Energy-saving Diagnosis MissionEnergy saving Diagnosis Mission

In this fiscal year, we have carried out diagnoses in terms of energy-saving on a total of 8 entities in China India Singapore and Vietnama total of 8 entities in China, India, Singapore, and Vietnam

Field Diagnosing company Country

IDC FRONTIER INC. VietnamData Center NTT DATA INTELLILINK

CORPORATIONSingapore

MITSUBISHI ELECTRIC China

Public Facilities

MITSUBISHI ELECTRIC CORPORATION

China

NEC CORPORATION China

PANASONIC CORPORATION India

YAMATAKE CORPORATION Singapore

HITACHI LTD VietnamPlant Factory

HITACHI, LTD. Vietnam

YOKOGAWA ELECTRIC CORPORATION

China


*As the sections shaded above in gray will be introduced in other lectures today, explanations for them are omitted

Data Center 1: IDC FRONTIER INC.

Item Description

Data Center 1: IDC FRONTIER INC.

Diagnosed entity •Data center operator or a subsidiary company of the greatest IT service corporation in Vietnam

Diagnosing •Has experience in operating nine data centers over many yearscompany (features)

•Implemented an outdoor air conditioning technology in a large-scale data center for the first time in Japan

Diagnosis activities •Conducted an energy-saving diagnosis on the air conditioning system at the data centercenter

-Examined the operation and temperature of the air conditioning machine within the server room

-Examined electric power consumed in the rack on the load side-Thermal analysis simulation

Diagnosis results •The server room tended to become too cold, compared to those in Japan•Proper operation of the air conditioning machine and the installation of Cold Mall could enable better energy-saving

Expected effect(on a yearly basis)

•A 10% reduction of electric power consumed by the air conditioning machine• The reductions will be as follows:

-53,821 [kg-CO2/year] 99M [VND/year] 5075[USD/year]


-99M [VND/year], 5075[USD/year]

Data Center 1: IDC FRONTIER INC.Data Center 1: IDC FRONTIER INC.

Proposal 1 & 2 ： Blank Panel & Cold Mall (AC controlled by air suction at 22C)

By Installing blank panel separater & isle cappping isolate the waste heat form the

ProposalCurrent Condition 200cm Height

AC 1 Stopｓ AC 2 Stopｓ AC 3 Stopｓ AC 4 Stopｓ

The Aerial Current under Raised Floor

AC 1 Stopｓ AC 2 Stopｓ AC 3 Stopｓ AC 4 Stopｓ

By Installing blank panel, separater & isle cappping, isolate the waste heat form the

servers and the cooled air from A/C.

Proposal 3 ： Air Conditioner １, 3 stop (AC controlled by air suction at 22C)

Turn off the unnecessary Air Conditioner

Proposal 4 Air Conditioner 1, 3 stops w/ Cold Mall + Air Blow 20℃

Change the Air Conditioner setting ・Control by air blow

Copyright(C) 2011 IDC Frontier Inc. All rights reserved. 30

Control by air blow・Change the temperature setting

10% Energy Saving of Air Conditioner

Copyright(C) 2011 IDC Frontier Inc. All rights reserved. 25 Copyright(C) 2011 IDC Frontier Inc. All rights reserved. 26

・The Aerial Current flows from High Pressure to Low Pressure.

Newly Developed Rack System “Cold Mall”

“Cold Mall”, our latest development based on precise air flow simulations will be deployed in new Data Center floors.

By optimizing cooling system, our co-location service enables high density hosting of “Hot” blade servers.

Proposal 2 : Cold Mall ① Proposal 2 : Cold Mall ③

B f

Temp. simulation around racksDesign Image

Rack door with large rate of openingsTrapping cold air in the “cold-isle”.

Do not let cold air escape to unnecessary space

After

Before

Cold air from under floor to the front of

racks


Copyright(C) 2011 IDC Frontier Inc. All rights reserved. 32 Copyright(C) 2011 IDC Frontier Inc. All rights reserved. 34

Public Facility 1: MITSUBISHI ELECTRIC CORPORATIONCORPORATION

Item DescriptionDiagnosed entity •Dalian University of Technology

•One of the most excellent universities for science in Northeast China. The university has engaged in many national projects and contributed to expanding the economy of the state and the regions

Diagnosing •Features MELGREEN, an energy visualization solution that has a database only storing i l d i ll d d bl h d b l d hi h d

g gcompany (features) environmental data installed and enables the data to be analyzed at high speeds

Diagnosis activities •Energy-saving diagnosis with a central focus on visualizing the usage of and improving the operation of energy

-Visualization: from analyzing drawings and installing measurement instruments to constructing a i li ti tvisualization system

-Analysis, measure planning: analyzed measured data with MELGREEN and planned appropriate measures

Diagnosis results •Reduction of consumed electric power: 5,143kWh (31%)Illumination: ① decreasing the number of lights and ② ensuring that all the lights are turned off at-Illumination: ① decreasing the number of lights, and ② ensuring that all the lights are turned off atnight

-OA: ① setting the energy-saving mode for PCs, ② installing energy-saving outlets, and ③ ensuring that PCs are turned off at night

Expected effect •Horizontal development-reductions: electric power; 46,292kWh (23,146 CNY/3,507 USD), CO2; 31.0t p(on a yearly basis) •Additional measures-reductions: electric power; 58,897kWh (29,448 CNY/4,462 USD), CO2; 39.5t

① Changing air conditioner temperature settings-reductions: electric power; 16,632kWh (8,316 CNY/1,260 USD), CO2;11.1t

② Changing the existing PCs to laptops-reductions: electric power; 17,035kWh (8,517 CNY/1,290 USD), CO2; 11.4t

③ I t lli hi h ffi i fl t li ht d ti l t i 25 230kWh (12 615

All Rights Reserved, Copyright © GIPC 2011 8* 0.5CNY/KWh * 0.67 kg-Co2/kWh * 6.6 CNY/USD

③ Installing high-efficiency fluorescent light-reductions: electric power;: 25,230kWh (12,615 CNY/1,911 USD), CO2;16.9t

Public Facility 1: MITSUBISHI ELECTRIC CORPORATIONCORPORATION

Collect and analyze environment data on extensive area

MELGREEN System diagram

Dalian University of Technology MITSUBISHI

Assist to make a decision for power saving measureControl a diversity of environmental data and other data intensivelyRealize to virtualized environmental informationAchieve reduction of environmental stress and operation cost at the same time Device

CSV

MELGREEN

Diagnosis Area

Inspect（July）

Design, Configure

（Aug.）Send Data

（Aug. to Oct.）

DoPlanE i t M t

internet

MELGREEN

MELGREEN

Measure（Oct.）

Analyze （Sep.）

IndicateMeasure Verify

（）

Configure（Aug.）

Aｌl Rights Reserved ,Copyright © MITSUBISHI ELECTRIC INFORMATION TECHNOLOGY 77

VisualizationPDCAAction Check

Environment Management Infrastructure to promotePDCA cycle continually

Aｌl Rights Reserved ,Copyright © MITSUBISHI ELECTRIC INFORMATION TECHNOLOGY 99

Measure（Sep.）（Oct.）

(5)Verification overall Check下見での

現状・課題把握

Power energy at rooms where measures were taken ②データを活用

した現状分析

④施策実施 ⑥今後の提案③施策ロード

マップ作成

①施策候補の

リストアップ ⑤効果検証

Light+OA：5,143kWh（31%）

decrease

Power energy at rooms where no measures taken

Status

Light+OA：7%

All Rights Reserved, Copyright © GIPC 2011 9Aｌl Rights Reserved ,Copyright © MITSUBISHI ELECTRIC INFORMATION TECHNOLOGY 1818

7%increase

Stasus

Public Facility 2: NEC CORPORATIONPublic Facility 2: NEC CORPORATION

Item DescriptionDiagnosed entity •GONGXINGDA Information Technology (Shen Yang)Diagnosed entity •GONGXINGDA Information Technology (Shen Yang)

•Software house in Beijing (occupying an office space of about 400-square-meters)

Diagnosing company

•Contributes to realizing a sustainable society by providing a total environmental solution most suitable for the business of each client based on the expertise in its company

(features)p

environmental activities and on the IT and network technologies, and thereby promoting green management of the client

Diagnosis ti iti

•Energy-saving diagnosis of the office (PCs, lighting, and servers)P li i di i i ti th t t f th ffi (th b d t f PCactivities -Preliminary diagnosis: examination on the usage status of the office (the number and types of PCsbeing used, lighting power, and electric system)

-Main diagnosis: measuring power consumption (by PCs, lights, and IT equipment), installing powerconsumption reduction software (Enepal PC), and measuring illuminances in the office

C l l t d h h ti ld b d d ft d t di thDiagnosis results •Calculated how much power consumption could be reduced after understanding thestatus of power consumption by the entire office•Proposed the following energy-saving measures:

-PC: installing Enepal PC, switching the existing to energy-saving types of PCsIllumination: using natural sunlight reducing fluorescent lights-Illumination: using natural sunlight, reducing fluorescent lights

-Servers: turning off the power at night

Expected effect(on a yearly

•A 46% reduction of consumed electric power: 22,300kWh (22,300 CNY / 3,378USD) -A 73% reduction of power of PCs: 8,800kWh (8,800 CNY / 1,333 USD) A 35% reduction of power of illumination: 6 700kWh (6 700 CNY / 1 015 USD)


(on a yearly basis)

-A 35% reduction of power of illumination: 6,700kWh (6,700 CNY / 1,015 USD) -A 31% reduction of power of servers: 6,800kWh (6,800 CNY / 1,030 USD)

•CO2 reduction: 15t

* 1 CNY/KWh * 0.67 kg-Co2/kWh * 6.6 CNY/USD

Public Facility 2: NEC CORPORATIONPublic Facility 2: NEC CORPORATION


Plant Factory 2: YOKOGAWA ELECTRIC CORPORATIONYOKOGAWA ELECTRIC CORPORATION

Item DescriptionDiagnosed entity (outline)

•WUHAN IRON AND STEEL(GROUP) CORP.•Main factory for the world’s 5th largest steel producer* in Wuhan of Hubei province in China

Diagnosing company Contributes to energy saving in the process industry with its industrialDiagnosing company (features)

•Contributes to energy-saving in the process industry with its industrial automation business based on the measurement, control, and information processes

Diagnosis activities •Conducted control loop diagnosis on the annealing line-Step 1: select processes that seem to promise energy-saving effects and for which an analyzable infrastructure has been developed-Step 2: collect data with an appropriate IT tool(s) automatically, and extract loops that require improvements in terms of energy saving-Step 3: analyze the dynamic characteristics of the loops with an appropriate IT tool(s)Step 3: analyze the dynamic characteristics of the loops with an appropriate IT tool(s) and conduct a control simulation with ideal parameters

Diagnosis results •Energy-saving could be achieved by optimizing the control function-Controlling the fluctuation range by adjusting control constantsShortening the control stabilit period b adj sting control constants-Shortening the control stability period by adjusting control constants- Necessity of maintaining the integrity of the equipment


•CO2 reduction: 14,519t per year•Secondary effect: shortening the settling time enables the yields and


qualities of products to be improved. A managerial contribution can be madeto be achieved

* As of FY 2009

Plant Factory2: YOKOGAWA ELECTRIC CORPORATIONYOKOGAWA ELECTRIC CORPORATION


Data Center 2: NTT DATA INTELLILINK CORPORATION

Separate lecture(Explanation omitted)


Item DescriptionDiagnosed entity •Large-scale data center in Singapore

Diagnosing company

•Provides a wide range of consulting services to fully help data centers to dealwith environmental issues from the viewpoints of both facilities and ICTp y

(features) •Has experience in examining and analyzing a 680,000-square-meter datacenter in the past

Diagnosis ti iti

•Energy-saving examination based on measuring PUE (and DPPE), examining air flows due to air-conditioning and thermo-fluid analysisactivities air flows due to air-conditioning, and thermo-fluid analysis

-PUE examination: examining the amount of electric power used by related facilities-Examining air flows due to air-conditioning: taking moving shots with a thermal infrared imaging camera around the rack-Thermo-fluid analysis: measurement with an air flow meter and with a temperature logger-Thermo-fluid analysis: measurement with an air flow meter and with a temperature logger

Diagnosis results •To improve PUE, propose:-Changing the power supply system to HVDC to improve electric power loss-Adopting Cold Aisle Capping to adjust air flows due to air conditioning


•Reduction of consumed electric power: 1,297,284 kWh (194,593 SGD/149,686USD)

-Changing the power supply system: 768,864 kWh (115,330 SGD/88,715 USD)-Adopting Cold Aisle Capping: 270,000 kWh (40,500 SGD/31153 USD)Others: 258 420 kWh (38 763 SGD/29 817 USD)


-Others: 258,420 kWh (38,763 SGD/29,817 USD)•CO2 reduction: 650t

* 0.15SGD/kWh * 0.5016 kg-Co2/kWh * 1.3 SGD/USD

Public Facility 3: PANASONIC CORPORATION



Item DescriptionDiagnosed entity •AMITY University

•One of the top private school groups in India (consisting of a university, business schools, and elementary and junior high schools) •Has 3 campuses more than 80 000 students and 3 500 faculty members providing 130Has 3 campuses, more than 80,000 students, and 3,500 faculty members, providing 130 subjects

Diagnosing company (features)

•Attempts to expand the energy system business with the top electronic “Green Innovation Company” as its vision

Diagnosis activities •Conducted energy-saving diagnoses with a central focus on air conditioning facilities witha high power usage ratio

-Examining the entire electric power consumption-Measuring the air conditioning facilities (water pressure, water temperature, valves, chillers, pumps, and a cleaning tower)-Measuring the operating status of the entire facility (illumination, AHU, fans, set room temperatures, wasteful operations)

Diagnosis results •Calculated an energy-saving effect derived from installing new equipment, controlling andautomating operations, etc.

Approximately 30% energy savings compared to the existing facilities by changing parts around the pumps to their- Approximately 30% energy savings compared to the existing facilities by changing parts around the pumps to theirinverter-type counterparts

-Great energy savings by eliminating wasted operations with timers, sensor controls, and manual interventions-Great energy savings by automating the operations of the pumps, chillers, and cleaning tower

Expected effect •A 14% or more reduction of consumed electric power: 1,648,842kWh or more (8,326,656INR/185 036USD)


(on a yearly basis) INR/185,036USD)•CO2 reduction: 1,438t(Effect if all of the suggested 15 improvements are carried out)

* 5.05INR/kWh * 0.872 kg-Co2/kWh * 45 INR/USD

Public Facility 4： YAMATAKE CORPORATION


Public Facility 4： YAMATAKE CORPORATION

Item DescriptionDiagnosed entity •UOB Alexandra Building. Commercial building completed in Singapore in 1993


•Automatic control equipment manufacturer that boasts the top share in the field of automatic air conditioning control equipment in Japan

Diagnosis activities •Conducted diagnoses for the purpose of improving the operations of and updatingthe automatic control and monitoring equipment and the air conditioning system(chillers, AHU, and others) of the entire commercial building

-Installing instruments such as a flowmeter, thermometer, etc. and wattmeter to the pieces of heatsource equipment and measuring the latest energy consumption and operation efficiency of theequipment-Carrying out a comparison between the heat quantity generated and the electric power consumed by the pieces of heat source equipment M i i ff t b ht f th b t l l ith b ilt i fl t-Measuring an energy saving effect brought forth by control valves with a built-in flowmeterfunction

Diagnosis results •Proposed the following measures to respond to the diagnosis results:-Switching to high efficiency chillers-Switching the existing BMS to BEMS-Installing a system for controlling the number of chillers-Installing an energy-saving application in the chiller plants

Expected effect •A 13% reduction of consumed electric power: 759 200kWh (167 024 SGD/128 480



A 13% reduction of consumed electric power: 759,200kWh (167,024 SGD/128,480USD)•CO2 reduction: 380t

* 0.22 SGD/KWh * 0.5016 kg-Co2/kWh * 1.3 SGD/USD

Public Facility 4: YAMATAKE CORPORATION


Public Facility 4: YAMATAKE CORPORATION

Survey Process （Detail）①

Chill d W t Fl R t i Chill Pl t

Energy-saving Plan and Its Effect (Details） ①Chiller replacement and Chiller Numbers Control

Chilled Water Flow Rate in Chiller Plant

550RT

550RT

Chiller operation numbers is decided manually

Chiller operation numbers is decided manually

Chiller operation numbers is decided by Chiller Plant Control automatically

High efficiency type 550RT


Hi h ffi i

Chiller Plant Control

9 C i ht 2010 G IT P ti C il 18

275RT

275RT



The reduction of Man PowerThe reduction of much electric power

9Copyright 2010, Green IT Promotion Council

Copyright 2010, Green IT Promotion Council 18

Energy-saving Plan and Its Effect (Details） ②Installation of Energy Saving Application to Chiller Plant System

SecondaryPump

Condenser Water Pump

Cooling Tower

Copyright 2010, Green IT Promotion Council 20

Primary Pump

Chiller

‐VSD control of primary pumps‐VSD control of secondary pumps‐ VSD control of condenser water pumps‐ Optimized condenser water temp. control for PAC‐ Usage of remaining heat in the chiller plant


Plant Factory 1: HITACHI, LTD.



Item DescriptionDiagnosed entity (outline)

•Cement company located in the northern part of Vietnam. It owns three sites.•Diagnosed at this time one out of two lines each of which had a production volume of 500,000t


•Has recorded many accomplishments in the energy service business (such as ESCO) based on energy-saving diagnoses within Japan. The company provides energy-saving solutions from high-efficiency hardware to information technologies that contribute to energy saving.

Diagnosis activities

•Diagnosed fans in terms of energy saving when installing an inverter in them-Conducting a diagnosis on three fans: Raw Mill Fan, Pre-Heater Fan, and Air Fan- Examining on site the characteristics, the latest operating status, etc. of the fans-Calculating the energy saving effect when installing an inverter in them from theCalculating the energy saving effect when installing an inverter in them from the examination data

Diagnosis results •The inverter control over the Raw Mill Fan produced the greatest energysaving effect (approximately, 30%) among the three fans•Regarding the Pre Heater Fan and Air Fan it was likely that the proper control•Regarding the Pre-Heater Fan and Air Fan, it was likely that the proper controlover air volumes would produce an energy saving effect


•Reduction of consumed electric power: 2,300,000 kWh (2,518,488,500VND/126,500USD)


(on a yearly basis)•CO2 reduction: 1,380t

* 1095VND/KWh * 0.6 kg-Co2/kWh * 19,909 VND/USD

On-site Training for Green ITOn site Training for Green IT

The on-site training provided the opportunity for participants to tour the demonstration rooms and factories of the companies that were responsible for energy-saving diagnoses, p p gy g g ,and experience the real energy-saving solutions

A total of 12 persons participated in the training from the local companies that had received an energy saving diagnosisTarget persons received an energy-saving diagnosisTarget persons

Training period 7 to 9 December, 2010 (for 3 days)

Training menu

Visiting demonstration rooms, factories, etc. of the companies that were responsible for energy-saving diagnosis for Green IT

Experiencing real energy-saving solutions and cutting-edge approaches in Japan Exchanging opinions or taking classroom lectures on energy-saving and more Exchanging opinions or taking classroom lectures on energy saving, and more

I could really learn about technologies and information on energy saving from this training

I f l th t J h k bl thi diFeedback from trainees

I now feel that Japan has many remarkable things regarding energy As I have learnt the best practices in Japan, I want to think about energy saving in my

own country based on them in the future I really want to ask those concerned to continue this project as a periodic approach


Training Scenes 1/2Training Scenes 1/2

Diagnosing company Training menu Training scenes

IDC FRONTIER INC.

•Visiting the Shinjuku Data Center (in Tokyo)

•Touring a private gas turbine power t t / it t l ithgenerator, entrance/exit control with

biometric authentication, UPS, Cold Mall, and the operation center

NTT DATA INTELLILINK CORPORATION

•Visiting the building (in Tokyo)•Touring HVDC and Cold Aisle CappingCORPORATION Capping


Training Scenes 2/2Training Scenes 2/2

Diagnosing company Training menu Training scenesMITSUBISHI ELECTRIC CORPORATION

•Visiting the Information Technology R&DCenter (in Kanagawa)

•Touring energy saving practices with thephotovoltaic facility and entrance/exitp ycontrol and the high-speed analysistechnology for databases

NEC Visiting the Solution Center (in Tokyo)NEC CORPORATION

•Visiting the Solution Center (in Tokyo)•Touring energy saving practices for the entire building and for ICT

YAMATAKE •Visiting the Technology Center (inCORPORATION

g gy (Kanagawa)

•Touring the remote control over airconditioning, lighting, and security, and theoperations such as manually turning on


and off lights

Best Practices CollectionBest Practices Collection

T d ill di ib h b i

Best Practices Collection Excerpt Today, we will distribute the best practices

collection in Japan. We would like you to study it thoroughly.

It consists of:Introducing the energy saving diagnosis operation- Introducing the energy-saving diagnosis operation

- Energy-saving case examples and solutions - Introducing companies that received the Green IT

Award, and more


If you have any questions or interest in, or require further information on this best practices collection, please feel free to contact us at the addresses, etc. (It is disclosed at http://greenit-bestpractice.jp/en/)

In ConclusionIn Conclusion

In this project, we believe that we have been able to make effective energy-saving proposals and taken one step forward to further energy-saving for local companies in the Asian area. We p gy g pexpect further development of this project in the future.

Project items in this fiscal year Future

Dispatching Green IT Energy-saving Diagnosis

Missions

We plan to carry out this project in the next fiscal year

We would really appreciate yourOn-site

Training for Green IT

Developing the Datacenter

Performance per Energy

We would really appreciate your participation in this project if you are interested in the Green IT energy-saving diagnosis, best practices, and so forth.

We look forward to hearing from youCompiling a Best

Practices Collection and

Holding a Green IT W k h

Holding a Green IT Seminar

We look forward to hearing from you

Workshop

Please contact us if you are interested in this project


Contact InformationContact Information

If you have any questions or interest in, or require further information on this project, please feel free to contact the Green IT Promotion Council.please feel free to contact the Green IT Promotion Council.

Green IT Promotion Council Management OfficeLocation Ote Center Bldg.-floor 5,1-1-3, Otemachi, Chiyoda-ku,Location Ote Center Bldg. floor 5,1 1 3, Otemachi, Chiyoda ku,

Tokyo 100-0004, JapanTEL +81-3-5218-1055 FAX 81 3 5218 1074FAX +81-3-5218-1074E-Mail [email protected] page http://www greenit-pc jp/e/Home page http://www.greenit pc.jp/e/


introduction of asia energy-saving survey project€¦ · ti iti •energy-saving diagnosis of the...

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