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2009 Annual Report 2009 Annual Report Department of Alternative Energy Development and Efficiency Department of Alternative Energy Development and Efficiency


Message from Director-General

At present, Thailand’s economy is significantly driven by industrial sector, which is a main group of high energy

demand in the country. At the same time the energy demand in Thailand tends to increase more and more, which is in

conflict with the limited resources of existing energy supply. Thus, the energy supply to substitute fossil fuel as alternative

energy and energy efficiency will create the maximum benefits to all sectors.

The Department of Alternative Energy Development and Efficiency (DEDE) is an organization that plays an

important role in alternative energy development and energy conservation in Thailand with the main missions to promote

and support alternative energy development from various technologies such as solar energy, wind energy, biomass

energy, biogas energy, waste energy, biofuel energy (Bio-diesel and Ethanol), hydropower, etc.; and promote, support

and regulate energy conservation to enable energy conservation and energy efficiency in the industrial sector, commercial

buildings, and residences that are DEDE’s main target groups.

This 2009 annual report is a good opportunity for DEDE to disseminate and publicize its performance in 2009 to

all related sectors to recognize our successes in alternative energy development and energy conservation.

Last but not least, I would like to thank all DEDE’s management executives and officials for working together

collaboratively with their knowledge and experiences to enable DEDE to achieve the goals as specified.

(Mr. Krairit Nilkuha)Director-General of Department of Alternative Energy Development and Efffififififififififififififiififificiency


Content

Management Executives

Management Structure

History

Authorities and Functions

Organizational Structure

Section 1 Organization’s Overall Information

Orgenization’s Strategic Plan

Basic Information

Section 2 Performance

Performance in Compliance with Performance Agreement for the Fiscal Year 2009

Department of Alternative Energy Development and Efficiency

Detailed Performance under the operational plan of the Fiscal Year 2009

1. Alternative Energy

2. Energy Conservation

3. Information Dissemination and Public Services

4. Foreign Affairs

5. Organization and Human Resource Development

Section 3 Step Forward on Stability

Knowledge on Amended Laws for Energy Conservation

Forwarding Step of Biofuels for Thailand

Master Plan for 15-Year National Alternative Energy Development (2008-2022)

Activity Gallery

1

2

4

7

8

16

16

23

33

35

38

41

42

45

47

51

Page


Management Executives

Mr. Krairit Nilkuha

Director-General of Department of Alternative Energy Development and Efffififififififififififififiififificiency

Mr.Thammayot SrichuaiDeputy Director-General

Mr.Suthep LiumsirijarernDeputy Director-General

Mr.Twarath Sutabutr Deputy Director-General


Mr.Danai EgkamolDirector of Energy Regulation and

Conservation Bureau

Mr. Rangsan SarochawikasitDirector of Energy Research Bureau

Mrs.Narunee JhayarunDirector of Central Administration Bureau

Mr.Pramoul ChanpongDirector of Energy Efficiency Promotion Bureau

Miss.Puchareeporn HansakulDirector of Alternative Energy

Development Bureau

Mr.Prasert SinsukprasertDirector of Planning Division


Mr.Chaiwuth SuthiruengwongDirector of Human Resource

Development Bureau

Mr.Prapon KitichantaropasDirector of Solar Energy Development Bureau

Mr.Damrong PiyaromnaDirector of Alternative Energy and Efficiency

Information Center

Mr.Kuson ChivagonDirector of Energy Technology Transfer

and Dissemination Bureau

Mr.Praphon WongtharuaDirector of Biofuel Development Bureau


Management Structure

Energy Regulation and

Conservation BureauEnergy Research Bureau Central Administration Bureau

Alternative Energy

Energy Conservation

Alternative Energy and Efficiency

Information Center

Planning Division

Administrative System

Development Group

Alternative Energy

Development Bureau

Solar Engery Development

Bureau

Biofuel Development

Bureau

Energy Efficiency

Promotion Bureau

Human Resource

Development Bureau

Energy Technology Transfer

and Dissemination Bureau

Specialist Internal Audit Group

Director-General

Deputy Director-General Deputy Director-General Deputy Director-General


History

The Department of Alternative Energy Development and Efficiency, formerly named “National

Energy Authority”, was established under the National Energy Authority Act announced in the Royal Gazette

Volume 70, Part 3, dated 6th January B.E. 2496 (1953). By the virtue of this Act, the “National Energy

Authority Committee” was formed to formulate the policies and consider energy related projects. The

“National Energy Authority” was founded with a status equivalent to the Department since 7th January B.E.

2496 (1953). The evolution of the Department is summarized as follows:

7th January B.E. 2496 (1953)

Founded as “National Energy Authority” under the Office of the Prime Minister, having its

temporary office at the Faculty of Engineering, Chulalongkorn University. Later, in early B.E. 2497

(1954), the Office was moved to Sala Luk Khun in the Compound of Royal Grand Palace.

13th July B.E. 2502 (1959)

Moved the Office to Baan Pibultham, Kasatsuk Bridge, Yod Se, until present.

23rd May B.E. 2506 (1963)

Transferred to be under the Ministry of the National Development by the Ministry, Bureau, and

Department Improvement Act B.E. 2506 (1963).

1st October B.E. 2514 (1971)

Transferred back to the Office of the Prime Minister and renamed as “National Energy

Administration” (NEA).

24th March B.E. 2522 (1979)

Transferred to be under the Ministry of Science, Technology and Energy.

13th February B.E. 2535 (1992)

Renamed as the “Department of Energy Development and Promotion” (DEDP) under the

Ministry of Science, Technology and Energy by the Energy Development and Promotion Act B.E. 2535

(1992) announced in the Royal Gazette Volume 109, Part 9, dated 12th February B.E. 2535 (1992)

4th April B.E. 2535 (1992)

The Ministry was renamed as the “Ministry of Science, Technology and Environment”.

3rd October B.E. 2545 (2002)

Renamed as “Department of Alternative Energy Development and Efficiency” under the

Ministry of Energy by the Government Administrative Act B.E. 2545(2002) announced in the Royal

Gazette Volume 119, Part 99 (A),dated 2nd October B.E. 2545 (2002).

18th September B.E. 2550 (2009)

Changed the official logo from to according to

the Notification of the Office of the Prime Minister on “Specification of the official logo according to the

Official Logo Act B.E. 2482 (1939) (No. 240) announced on 17th September B.E. 2550 (2009).

2009 Annual Report Department of Alternative Energy Development and Efficiency


Authorities and Functions

Authorities and Functions of the Department of Alternative Energy Development and Efficiency

are divided as follows;

A. Authorities and Functions under the Ministerial Notification on Organizing the Department of

Alternative Energy Development and Efficiency, the Ministry of Energy, B.E. 2551 (2008) The Department of Alternative Energy Development and Efficiency is responsible for promoting energy

efficiency, regulating energy conservation, supplying energy resources, developing integrated alternatives energy

and disseminating energy technology systematically and continuously in order to meet the demand of all sectors

adequately with the cost benefiting the national development and public’s good quality of life. Authorities and

functions are as follows;

1. Promoting, supporting, and regulating energy conservation.

2. Conducting research and development and promoting alternative energy.

3. Establishing regulations and standards including disseminating and transferring technology on energy

production, transformation, transmission, consumption, and conservation.

4. Monitoring and assessing alternative energy development and energy conservation.

5. Managing information on alternative energy and energy conservation.

6. Performing other actions specified by laws as the Department’s authorities and functions or as assigned by the

Ministry of Energy or the Cabinet.

B. Authorities and Functions under the Energy Conservation Promotion Act B.E. 2535 (1992) and the Energy Conservation Promotion Act (No. 2) B.E. 2550 (2008) The Department of Alternative Energy Development and Efficiency is authorized to regulate, oversee, and

facilitate factories/ large size buildings specified as controlled factories/buildings under the Royal Decree to perform

in compliance with the Energy Conservation Promotion Act, Royal Decrees, Ministerial Regulations, and Ministerial

Notifications.

C. Authorities and Functions under the Energy Development and Promotion Act B.E. 2535 (1992) The Department of Alternative Energy Development and Efficiency is authorized to supply, develop, construct,

and produce energy as well as grant licenses to whoever on production or expansion of the controlled energy under

the Royal Decrees by considering impacts on the country’s environment, economy, and security, including potential

harm from such production or expansion, and uses of raw materials or natural materials according to academic

principles.



Energy Research Bureau

(1) Studying, researching, demonstrating,

developing, and promoting technologies on

ene rgy p roduc t ion , t r ans fo rma t i on ,

transmission, and consumption

(2) Studying and applying energy innovation in

line with local potential and resources

(3) Establishing guidelines or criteria for safe

production and consumption of alternative

energy

(4) Monitoring and assessing production ratio

and utilization of alternative energy in Thailand

Planning Division

(1) Studying and analyzing to conduct action

plan, guidelines, and strategies for alternative

energy development and efficiency.

(2) Conducting budget, monitoring and assessing

DEDE’s working plans and performances.

(3) Coordinating international collaboration on

alternative energy development and efficiency

including secretariat work for the committees

related to international and regional activities

for alternative energy development and

efficiency.

Alternative Energy Development Bureau

(1) Establishing regulations and standards for

energy production, transformation, transmission,

and consumption.

(2) Establishing guidelines for procurement and

development of alternative energy.

(3) Surveying, designing, constructing, and

maintaining energy production, transformation,

transmission, and consumption.

(4) Setting rates in consideration of energy

production and consumption.

(5) Promoting, conducting campaign on, and

supporting establishment of organizations or

network groups participating in local energy

management.

(6) Regulating and overseeing management on

production, transformation, transmission,

consumption, and maintenance of energy

resources and systems.

Solar Energy Development Bureau

(1) Studying, research ing, demonstrat ing,


production, transformation, transmission, and

consumption of solar energy.

(2) Studying and applying solar energy innovation

in line with local potential and resources

(3) Disseminating, transferring, and campaigning

on knowledge related to solar energy technologies.

Biofuel Development Bureau

(1) Studying, researching, demonstrating,


production, transformation, transmission, and

consumption of biofuel.

(2) Establishing guidelines, criteria, measures,

and conditions for production, raw material

procurement, importing, and exporting of

biofuel.

(3) Promoting and supporting production and

distribution of biofuel including proposing

measures on pricing, purchasing, and distribution

of biofuel.

(4) Monitoring, assessing, and coordinating work

according to fuel development plan and policy.

Internal Audit Group

(1) Examing the administration and auditing the

f i nanc ia l and account ing work o f the

Department

Energy Technology Transfer and Dissemination Bureau(1) Disseminating and transferring energy technologies.

(2) Campaigning on knowledge and conducting

exhibitions on energy consumption.

(3) Developing and applying energy technologies

from research and local wisdoms appropriately.

Organizational Structure


Energy Efficiency Promotion Bureau

(1) Establishing measures and work plans for energy conservation and promoting energy efficiency in small and medium size industrial sectors, buildings and residences, transportation sector, and agricultural sector that are not controlled by law.(2) Establishing standards on energy efficiency for high efficiency equipments and machineries, energy conserve in materials and appliances.(3) Promoting and support ing produc t ion, distribution, and utilization of high efficiency machineries, materials and equipments for energy conservation in the sectors that are not controlled by law.(4) Providing academ ic c ounse l i n g and recommendations on energy conservation in the sectors that are not controlled by law.(5) Administrating and providing financial support for energy conservation in the sectors that are not controlled by law.

Human Resource Development Bureau

(1) Studying, analyzing, conducting, and developing training

courses, medias, manuals for personnel development

in energy field.

(2) Establishing standards and criteria on issuing and

revoking certified documents of trainers for personnel

training in energy field.

(3) Preparing operational plans for human resource

development in technologies for alternative energy

development and efficiency, conducting human

development programs, promoting and supporting

academic institutions, public and private organizations

in producing personnel in energy field including testing

knowledge and performances of those personnel to

be registered as responsible persons for energy as

specified by law.

(4) Administration learning center for energy technology

Central Administration Bureau.

(1) Conducting general administrative work, management

assistance, and secretariat work of related committees.

(2) Administrating work on DEDE’s finance, accounting,

budget, supplies, facilities, and transportation.

(3) Administrating work on human resources, disciplinary

strengthening, and maintaining ethical system.

(4) Publicizing and disseminating DEDE’s activities, knowledge,

progress, and performances.

(5) Administrating work on working capitals under DEDE’s

responsibility

(6) Administrating work on related laws and regulations,

legal action and contracts, works related to civil and

criminal obligation, administrative cases, and other

cases under DEDE’s authorities and duties.

Energy Regulation and Conservation

Bureau

(1) Establishing measures and work plans on energy conservation in controlled factories and buildings.(2) Regulating energy conservation and production controlled by law.(3) Providing academic counseling on energy conservation in controlled factories and buildings.(4) Administrating and providing financial support

for energy conservation specified by law.

Alternative Energy and Efficiency

Information Center

(1) Surveying, studying, analyzing, conducting, and

administrating information on alternative energy

and efficiency.

(2) Disseminating statistical information on alternative

energy and energy efficiency.

(3) Conducting and managing DEDE’s information

system

Administrative System Development Group

(1) Proposing recommendations to the Director- General on DEDE’ s administrative system development and

strategies.

(2) Monitoring, assessing, and preparing reports on

administrative system development.

(3) Coord i na t i ng and conduc t ing t a s k s re la ted

to administrative system development with other central

organizations and organization within DEDE.


2 2009 Annual Report Department of Alternative Energy Development and Efficiency

Section: 1

2009 Annual Report Department of Alternative Energy Development and Efficiency 3

Sect

ion:

1

Section:1 Organization’s Overall Information

Organization’s Strategic Plan

Basic Information


Section: 1Section: 1

1. Organization’s Strategic Plan

Name of Organization Department of Alternative Energy Development and Efficiency (DEDE)

Vision To be a clean energy leader at the front line in Asian region by the year 2011

Mission

To develop, promote and support clean energy production and utilization conforming worthily and sustainably

to the situation of each area, develop commercial clean energy technologies for both domestic consumption and

exportation, and create the cooperation network leading the country to energy knowledge-based society for economic

stability and sustainable happiness of society.

Strategies and Goals for Services DepartmentofAlternativeEnergyDevelopmentandEfficiencyisresponsibleforpromotingenergyefficiency,

regulating energy conservation, supplying energy resources, developing alternatives of energy mix utilization

and disseminating energy technology systematically and continuously in order to meet the demand of all sectors

adequatelywiththecostbenefitingthenationaldevelopmentandpublic’sgoodqualityoflife.Thus,DEDE’spast

performance was in line with its mission and connected to the governmental administrative plan B.E.2552-2554 under

the policy no. 4: Economy, No. 4.4 Energy Policy. DEDE’s goals for services are as follows:


Sect

ion:

11.Toenableenergyefficiency.

2. To enable alternative energy utilization.

Two strategies A. Promoting, supporting, and regulating energy conservation.

B. Supplying, driving, and promoting alternative energy utilization.

Details of Performance A. Promoting, supporting, and regulating energy conservation

1. Producitivity: Energy conservation consists of

1.1. Regulating, promoting, and supporting energy conservation.

1.2. Training, disseminating, and transferring energy conservation technologies.

1.3. Administrating energy conservation.

B. Supplying, driving, and promoting alternative energy utilization

1. Productivity: Produced alternative energy

1.1. Studying and developing alternative energy.

1.2. Producing and maintaining alternative energy.

1.3. Promoting, disseminating, and transferring alternative energy technologies.

1.4. Administrating alternative energy.

2. Project of hydropower dam construction at Klong Thung Plain.

3. Project of hydropower dam construction at upper Nan River Basin.

4. Project of hydropower dam at Mae Ka Nai.

5. Project of hydropower at village level (Phase 2).

6. Project of small hydropower plant expansion.

7. Project of hydropower dam construction at Huai Mae Eu Su.


Section: 1

Manpower, Fiscal Year 2009 (As of 30th September 2009)

Classified by Title

Executives

Director

Director (Engineering)

Engineer

Electrical Engineer

Mechanical Engineer Civil,Electrical,and Mechanical Engineer

Civil Engineer

ScientistPolicy and Plan Analyst

Internal Auditor Finance and Accountant

Supply Analyst

ComputerTechnicalOfficer

Environmental Analyst

HumanResourceOfficer

Geologist

PublicRelationsOfficer

ScientificOfficer

FinanceandAccountingOfficer

SupplyOfficer

StatisticalOfficer

LegalOfficer

Technician

Mechanic

Economist

Architect

GeneralAdministrationOfficer

GeneralServiceOfficer

3

4

772

7

12

-

2028

42

26

4

74

16

4

3

163

4

7

71

-

4

1

22

29

389

1

-

-

111

1

1

35

1

---

-

-3

-

1

-1-

-

14

1

-

-

--

35Total

4

4

7

838

13

1

23

33

43

264

7

419

4

4

17 3

4

8

75

1

4

1

2229

424

TitleManpower

(Occupied)

Manpower

(Vacant)Total

2. Basic Information


Sect

ion:

1

AlternativeEnergyandEfficiencyInformationcenter

Energy Regulation and Conservation Bureau

Energy Technology Transfer and DisseminationBureau

Biofuel Development Bureau

Human Resource Development Bureau

Alternative Energy Development Bureau

Solar Energy Development Bureau

Energy Research Bureau

EnergyEfficiencyPromotionBureau

40

19

19

20

31 - 31

83

25

38

34

389

45

20

20

22

90

30

40

38

424

5

1

1

2

7

5

2

4

35Total

Director-GeneralDeputy Director-General

Specialist

Administrative System Development Group

Internal Audit Group Central Administration Bureau

Planning Division

1

2

13

2

46

25

1

3

33

2

50

26

-

1

2-

-

4

1

Division/ BureauManpower(Occupied)

Manpower (Vacant)

Total

Manpower classified by Division, Fiscal Year 2009

(As of 30th September 2009)


Section: 1

Expense Bugdet, Fiscal Year 2009

1.Budget: 1,118.61 million Baht (MB)

Classified by types of expenses

- Human resource

- Administration

- Investment

- Subsidy

- Other expenses

2. Fund for Energy Conservation Promotion: 1,540.64 million Baht (MB) Classified by Plans

1. Alternative energy plan

- Technical research and development

- Promotion and demonstration

- Human resource development and public relations

- Administrative work

2. Energy efficiency improvement plan

- Technical research and development

- Promotion and demonstration

- Human resource development and public relations

- Administrative work

230.68 million Baht (MB)


625.50 million Baht ( MB)








1,011.50 million Baht (MB)



(20.62 %)

(8.76 %)

(55.92 %)

(0.09 %)

(14.61 %)

(5.23 %)

(17.91 %)

(1.94 %)

(1.71 %)

(3.80 %)

(65.65 %)

(2.30 %)

(1.46 %)

7

Sect

ion:

2


Section: 2 Performance

Performance in Compliance with Performance Agreement for the

Fiscal Year 2009 Department of Alternative Energy Development

and Efficiency

Detailed Performance under the Operational Plan of the Fiscal

Year 2009

8

Section: 2


Performance

Dimension 1 Effectiveness

Dimension 2 Service Quality

Dimension 3 Public Performance Efficiency

Dimension 4 Organization Development

Overall

2005

4.2746

4.2480

3.4640

4.6550

4.4715

2006

4.6933

4.3190

3.6074

4.9452

4.6810

2007

4.9667

4.4987

3.0792

4.6973

4.5318

2008

4.5599

4.3800

3.6053

4.7159

4.4704

2009

4.5207

4.7515

3.3921

4.8419

4.4615

Performance in Compliance with Performance Agreement for the Fiscal Year 2009


2009 is the year when the Department of Alternative Energy Development and Efficiency steps forward

into the path of result-based performance in the Royal Decree on Criteria and Procedures for Good Governance,

B.E.2546 (2003) for the fiscal year 2009. The performance evaluation is still in the scope of 4 dimensions as detailed

below.

Dimension 1 Effectiveness: It focuses on achieving the objectives and goals according to the

strategic plans of the Department of Alternative Energy Development and Efficiency by dividing into the effectiveness

in accordance with the operational plans of the Ministry; and the effectiveness in accordance with the operational

plans of the Department of Alternative Energy Development and Efficiency. The implementation of Dimension 1 is

of vital importance because it is the core function of the Department. If the performance is in line with the goals,

it can be indicated that the Department has performed in accordance with its strategic plans in 2 points consisting

of alternative energy development, and energy efficiency, which will enable the Department to move forward in the

direction according to the specified vision.

Dimension 2 Service Quality: It focuses on the satisfaction of the users with the official’s service,

service providing process and facilitation, counter corruption administration, establishing the Transparent Government

Coordination Center, promoting the virtue and morality, setting the corruption petition system, sending the questionnaire

to the users in order to get the information to analyze for service providing improvement, specifying the measures to

open the opportunity for public participation in monitoring and inspecting the performance, and evaluating for further

improvement.

Dimension 3 Public Performance Efficiency: It focuses on reducing time and expenditure in the

public performance, and the success of the operating period shortening, energy conservation, budget reimbursement,

and the preparation of the cost per the production unit.

Dimension 4 Organization Development: It focuses on the organizational change management

to build up the readiness in supporting the strategic plan by preparing knowledge management plan, proposal for

change of personnel and working procedure, information database management, and public management quality

development.

Diagram Showing the Performance in Compliance with Performance Agreement

in the Period of Preceding 5 years

9

Sect

ion:

2


Household energy credit measures

Energy credit measures The quantity of energy saved was

591.03 ktoe/year

The quantity of energy saved was

0.78 Ktoe/year from the target of

6.5 ktoe/year.

P repa red 2 cop i es o f d ra f t

Minister ial Not i f icat ions, law

explanation manuals, training

courses and promoting criteria; as

well as organized the seminars

and training for the designers,

public officials, entrepreneurs, and

energy interested people.

Building Energy Code

0.50 1.0000

0.50

0.50

5.0000

5.0000

Indicator 1.1.10.1

Indicator 1.1.10.2

Indicator 1.1.10.4

Performance in Compliance with Performance Agreement for the Fiscal Year 2009 Department

of Alternative Energy Development and Efficiency

Key Performance Indicator Score ValueWeight(Percentage)

Performance

The level of success of weighted average

percentage in achieving the goals in

accordance with the operational plan of

the Ministry

5 Ministerial indicators that DEDE

is responsible include 1.1.7,1.1.8,

1.1.9, 1.1.10 (4 duties), and 1.1.11.

Summar ized the op in ions ,

established the committees and

working groups to develop the

master plan, and submitted it to

NEPC and the Cabinet for approval.

Ethanol utilization quantity was 1.23

million litres/day from the target of

1.34 million litres/day

Biodiesel utilization quantity was

1.60 million litres/day

The level of success of the preparation

of the 15-Year National Alternative Energy

Development Master Plan

Ethanol utilization quantity

Biodiesel utilization quantity

The level of success of the implementation

in accordance with energy saving measures

Dimension 1: Effectiveness in accordance with the

operational plan

44.50 4.5207

22.50 4.4962

2.00

1.50

1.50

2.00

5.0000

4.5769

5.0000

4.0000

Indicator 1.1

Indicator 1.1.7

Indicator 1.1.8

Indicator 1.1.9

Indicator 1.1.10

10

Section: 2


Drafted the indicator and information

which can be used to evaluate

the energy efficiency of the country

in the fiscal year 2009.

Because some ed i t i ons o f

Ministerial Regulations have not

yet been approved by the Office

of the Council of State

ISO Energy

The level of success of preparation to

evaluate the energy intensity

1.50

The indicator was cancelled according to the resolution of

Ad-hoc Subcommittee

on Public Sector Developmen

5.0000

Indicator 1.1.10.5

Indicator 1.1.11

Key Performance Indicator Weight(Percentage)

Performance

The quantity of energy saved in the

implementation on energy conservation

project with participation of industrial

plants and small and medium-scaled

enterprise buildings

The quantity of energy saved was

1.5010 ktoe.

The Director-General approved

the employment conclusion to

implement the energy conservation

project with participation, and

submitted it for approval of the

Minister of Energy.

97.12% of the trainees passed

the standard criteria.

The implementation in accordance with

the Energy Conservation Fund

The percentage of the number of trainees

who passed the standard criteria of

energy training compared to the total

trainees

1.50 5.0000

1.50

3.00

4.0000

5.0000

Indicator 3.1.1

Indicator 3.1.2

Indicator 3.2

Score Value

The Ministry of Energy does

not have the clusters. So, no

evaluation was made in this

part.



accordance with the operational plan of

the clusters

Indicator 2



accordance with the operational plan

of the department level agencies or

equivalent

20.00 4.5002 7 indicators of department levelIndicator 3

11

Sect

ion:

2



Performance

Implemented in line with the 5

mandatory criteria to totally 20

temples, including technology

demonstration, propaganda corner,

alternative energy and energy

conservation technologies taken

for use in the temples, train-the-

trainers, and advice/clarification/

knowledge given by train-the-

trainers

Small hydropower generated from

22 small hydro power projects

was 29.527 ktoe.


on energy conservation project in the

temples

The quan t i t y o f genera ted sma l l

hydropower

4.00

2.00

5.0000

5.0000

Indicator 3.3

Indicator 3.4

Score Value

787 flexible fuel vehicles (FFV)

are sold in Thailand from the target

number of 2,000.

The level of success in preparing the

integrated E85 utilization promotion

project of Thailand

The quantity of electricity generated

from the wind energy and biomass

projects


on extending the results of alternative

energy projects in 2009

3.00

0.25

2.50

3.7870

4.5700

3.0572

Indicator 3.5

Indicator 3.6.1

Indicator 3.6


on energy production from biogas

projects

Selected the plants and evaluated

their actual capacity of biogas

production system (from the target

to the biogas production efficiency

test)

0.25 2.0000Indicator 3.6.2

The electricity generated from

wind energy projects was 0.01672

ktoe from the target quantity of

0.018 ktoe.

12

Section: 2


Implemented in line with the

specified criteria, but not fully

completed the issue of percentage

of indicators accomplished higher

than the target.


in accordance with the counter corruption

measures

5.00 4.9200Indicator 6



completed the issues of channel/

procedure/ public and stakeholder

consultation modality

The level of success in providing the

people with the opportunity to participate

in expressing opinions and performance

monitoring and inspecting


The evaluation results of 2 services

fromthe National Statistical Office

included the transfer and dissemination

of alternative energy and energy

conservation technologies; and services

provided by the customer relationship

unit.

The percentage of users’ satisfaction

level


Selected the munic ipa l i t ies ,

designed the system details,

s igned the agreement , and

proceeded on the employment by

E-Auction (from the target to the

completed construction of energy

production system structure from

waste in the municipalities


on energy production from waste

2.00 3.0000Indicator 3.6.3

The quantity of solar water heating

panels was 3,000 square meters.

The success in promoting the installation

of solar water heating system (quantity

of solar water heating panels)

2.50 5.0000ตัวช้ีวัดท่ี 3.7



completed the issues of project/

program document collection,

and yearly budget for dissemination

for not less than 1 year

The level of success in disclosing

public information

5.00Indicator 7 4.9000


PerformanceScore Value

20.00 4.7515Dimension 2: Service Quality

13

Sect

ion:

2


The capital budget reimbursement

rate was 38.16 % from the target

rate of 80% (The capital budget

derived was 646,135,000 Baht.

The reimbursement of 246,593,534

Baht accounted for 38.1644 %.)



completed the issue of performance

recommendations given to the

executives and officials of public

agencies in the report on performance

audit

The percentage of capital budget

reimbursement rate

The level of success of internal audit

4.00

2.00

1.0000

4.6000

Indicator 8

Indicator 9



15.00Dimension 3: Public Performance Efficiency 3.3921



completed the issues of the cost

per the production unit analyzing

report without any reason of

changes in the overall image of

production cost, and changes in

the production cost of activities

in the agencies.

Electricity and oil utilization index

was better than the specified

criteria.


in accordance with the energy saving

measures of public agencies

The level of success in preparing the

cost per the production unit

3.00

3.00

5.0000

4.5500

Indicator 11

Indicator 10

14

Section: 2


Implemented 5 services:

1) Contracting and the service period

is lessened by 39.70%.

2) The service period of customer

relation unit is lessened by 100%.

3) The service period of contract

guarantee restitution is lessened by

46.55%.

4) The service period of envelope

guarantee restitution is lessened by

46.08%.

5 ) The serv ice per iod o f fund

reimbursement is lessened by -64.60%


percentage of maintaining service period

standard

3.00 3.0103Indicator 12



Implemented completely in line with

the criteria of basic public sector

management quality in section 1,

but not fully completed some issues

of section 2

According to PMQA of the Ministry

of Energy, the implementation

results of both the Ministry and

every Department are all the same.

Achieved mostly the target of

success for the implementation in

accordance with the criteria


on the public sector management quality

award (PMQA)


in accordance with the organization

development plan

20.00

12.00

4.8419

4.8714

Indicator 13

Indicator 13.1

Implemented Section 1 and Section

2 successfully as targeted


percentage in achieving the target of

success for the implementation in

accordance with the organizat ion

development plan

The percentage of passing the criteria of

basic public sector management quality

(Measuring the procedure of organization

development plan in the sect ions

implemented)

The level of success of weighted

average percentage in achieving the

target of success for the implementation

in accordance with the criteria of basic

public sector management quality

4.00

8.00

4.00

5.0000

4.8071

4.5952

Indicator 13.1.2

Indicator 13.1.1

Indicator 13.2

20.00Dimension 4: Organization Development 4.8419

15

Sect

ion:

2


Prepared the repor t on the

organizational characteristics by

answering 15 questions; prepared

the report on organizat ional

evaluation for Section 1-Section

7 on our own in accordance with

the quality criteria; and prepared

the organization development

plan for Section 4 and Section 6

4.00 5.0000Indicator 13.3

99.50Average score value 4.4615


percentage in preparing the organization

development plan for the fiscal year

2010



16

Section: 2


Detailed Performance under the Operational Plan

of the Fiscal Year 2009

1. Alternative Energy

Solar Energy The development and promotion of solar energy technology have been carried out for both solar cell power

generation and hybrid solar hot water use.

the electricity generating capacity to support the

teaching-learning activities and increase the

teaching-learning efficiency of the rural schools

which have no access to electricity. And the

solar cell power generation systems with the

generating capacity not less than 3 kW were

also installed.

- Solar Cell Power Generation System Installation for Community Learning Center Project Performance: The solar cell power

generation systems with the generating capacity

of 1.5 kW have been installed for 20 community

learning centers which have no access to

electricity

The Solar Cell Power Generation System

Installation for Community Learning Center Project

is to enhance the educational quality and the

teaching-learning activities by utilizing clean

energy, and support the knowledge learning of

the community in the rural areas.

Solar Cell Power Generation Development and

Promotion DEDE has installed the solar cell power generation

system in the rural areas where there is no access to electricity

in 5 projects as follows:

- Solar Cell Power Generation System Installation

for Rural School Project Performance: The solar cell power generation systems

with the generating capacity of 5 kW have been installed for the

use of 10 rural schools which have no access to electricity.

The Solar Cell Power Generation System Installation for

Rural School Project is to enhance the educational quality in the

teaching-learning activities by utilizing clean energy, supply the

schools in remote villages with electricity for the teaching and

learning, and also strengthen the schools and community learning

center, support the learning process and build up the knowledge

management to the community.

- Solar Cell Power Generation System

Installation for Rural School to Expand Generating

Capacity Project Performance: 10 solar cell power generation systems

with the generating capacity not less than 3 kW and internal

electric systems for the total of 10 buildings including the school

building, residence and other buildings have been installed.

The Solar Cell Power Generation System Installation for

Rural School to Expand Generating Capacity Project is to expand

17

Sect

ion:

2


- Solar Cell Power Generation System

Installation in National Preserved Forest and National

Park with No Access to Electricity Project

Performance: The solar cell power generation systems

with the generating capacity of 3 kW per system have been

installed for 10 agencies with no access to electricity in the

national preserved forest, national park, botanical garden, wildlife

sanctuary, and non-hunting areas which are under supervision of

the Department of National Park, Wildlife and Plant Conservation,

Ministry of Natural Resources and Environment.

The Solar Cell Power Generation System Installation in

National Preserved Forest and National Park with No Access to

Electricity Project is to install the solar cell power generation system

to be the energy source of electricity generation for electric equipment

and machine necessary for use in the offices, communication, and

officials’ residences; and to strengthen the morale support of the

working staff in the remote and wilderness areas which have no

access to electricity.

- Project of Solar Energy System Installation

for Utilization in Royal Initiative Project Areas Performance: The solar energy system has been

installed in 7 royal initiative project areas.

The Project of Solar Energy System Installation for

Utilization in Royal Initiative Project Areas is to install the solar cell

power generation system to demonstrate the installation of solar cell

power generation as the electricity power sources for utilization in

the activities of the royal initiative projects.

Development and Promotion of Hybrid Solar Hot Water Use Regarding the development and promotion of hybrid solar

hot water use, DEDE has planned and specified measures to

promote the use of solar hot water with key measures of each

area as follows:

Analytical Study of Solar Energy Potential in

Thailand Performance: It is found from the analytical study that

the average solar radiation intensity in Thailand is 18.2 Mega

Joule/m2/day or equivalent to the energy value

of 5.05 kWH/ m2 /day. That is, if we use solar

radiation collector of 50% efficiency, we can take

solar energy for use up to 3,300 Mega Joule/

m2/year, or for producing 60oC hot water

approximately 18,000 litres/ m2/year.

Analytical Study of Solar Water

Heating System Potential

Performance: The hybrid solar water

heating system has been installed at Dusit Island

Resort, Chiang Rai Province

To reassure the users, DEDE has

demonstrated and improved the hotel’s partial

system to be the hybrid water heating system

from solar energy and waste heat energy of

air-conditioners and installed the solar panels

together with the set of water heater by the

waste heat energy of air conditioners. After

completed installation, the system functions

efficiently. Since the system proved to be efficient,

it was improved by adding more solar panels and

water heater by the waste heat energy of chillers

and air-conditioners. The said system functions

very well and efficiently. It can produce hot water

more than 10,000 litres/day, distribute hot water

consistently, help save electricity consumption,

reduce pollutant emission and CO2 production,

and promote the identity of the hotels situated

in the province of important tourist sites of the

country.

Development and Demonstration

of Hybrid Solar Water Heating System

Performance: The hybrid solar water

heating system has been installed at Chulabhorn

Cancer Center, Chulabhorn Research Institute.

This is to support the Chulabhorn Cancer

Center establishment project, with the royal

kindness of the President of Chulaborn Research

18

Section: 2


Institute, Prof. Dr. HRH. Chulabhorn Walailak Akharajchakumaree,

to be the prototype energy saving hospital by utilizing solar energy

which is the renewable energy and clean energy to substitute

other kinds of fuel energy. The hybrid water heating system

from solar energy and waste heat of air-conditioners or other

waste heat with the production capacity of hot water not less than

30,000 litres/day has been installed at the Center and started

functioning since 2009.

Study, Development and Specification of Solar

Water Heating Equipment Performance: Established the solar water heating

equipment standard inspection center which would be open for

service by 2010 so that the users will use the standard equipment

and be assured of using it. This is also to certify the equipment

standard of the manufacturers and distributors.

Solar Water Heating Equipment Investment

Promotion Performance: Office of Board of Investment (BOI) has

set the measures to promote the solar water heating system

installation investment according to BOI Announcement No. Sor

9/2547 dated 20th December 2004, which has put into effect

since 30th September 2004; Item 4.24. The companies manufacturing

energy-saving machinery and equipment or alternative energy

consuming equipment are exempted from the duty of imported

machinery and juristic person’s income tax for 8 years.

Solar Water Heating System Installation Support

Performance: Supported the solar water heating system

installation to 20 enterprises (comprising 14 hotels, 3 factories, 1

hospital, and 2 academic institutes) with the total investment cost

51.3 MB, resulting in the cost saving from the installation amounting

to 14.1 MB/year or equivalent to oil substitution of 380 toe/year.

The cost saving all through the project of 15 years equals 212

MB with 2.68 years of payback period, and the reduction of CO2

production is 950 tons/year.

DEDE has supported the solar water heating system

installation since the fiscal year 2008 with the objective to stimulate

the investment for wider use of solar water heating system. In

2009, DEDE has supported the installation of

hybrid solar water heating of 3,000 m2 of solar

water heating panels.

Biofuel Energy - Use of Jatropha Oil with Low

Speed Engine Testing Project

Performance: Low speed diesel engine

can use 20% jatropha oil as the fuel to substitute

diesel oil with no impact to the engine.

DEDE has carried out the testing of

using jatropha oil in the proportion of 20%, 50%

and 100% to compare with the utilization of

diesel oil 100% with 3 brands of low speed diesel

engine commonly used in the agriculture and 4

engines for each brand, making the total of 12

engines, including low speed diesel engine of

KUBOTA, YANMA, and THALAYTHONG. The

testing has been carried out for different areas,

for example, the impact of jatropha oil to the

engine parts, waste rate, black smoke quantity

and damages to the engine. Under the condition

of maximum speed 2,200 revolutions per minute

(rpm), it is found that the engine using jatropha

oil in the proportion of 50% and 100% will be

damaged at the average life cycle of 1,400 and

415 hours respectively. The damage is resulted

from clogged nozzle and adherently solid

lampblack at valve shoulder and surrounding

valve area. As for the engine using jatropha oil

in the proportion of 20% and diesel 100%, no

damage is found to the engine throughout the

testing of 2,000 hours.

19

Sect

ion:

2


The jatropha oil used with the low speed diesel engine

will cause the increasing waste when the percentage of jatropha

oil increases, and the waste rate is higher than using diesel oil

100%. But the black smoke will be lessened only when the

percentage of jatropha oil increases.

- FFV Promotion Project Performance: DEDE has implemented the FFV (Flexible

Fuel Vehicle) Promotion Project with the participation of 2

companies; Volvo Car (Thailand) Co., Ltd., and Mitsubishi Motors

(Thailand) Co., Ltd., and 425 cars of these 2 companies have

been approved for this project. Both companies have also planned

for the production of FFV until the end of 2010 with the total of

7,764.

As the Cabinet has passed the resolution approving

the promotion of gasohol E85 utilization as the national agenda,

DEDE has then implemented the FFV Promotion Project because

FFV is the new vehicle consuming both benzene and gasohol

with the mixture of all ethanol proportion. The highest mixture of

ethanol shall not be less than 85% and in accordance with the

Department Notification on Request for Funding from the Oil Fund

to Compensate the FFV Excise Tax of 3% B.E. 2552 (2009).

Hydropower - Small Hydropower Project Performance: 133,279,589 kwh or

29.526 Ktoe of electricity has been generated

from 22 projects.

Small Hydropower Project has started

since 1971 in Mae Hong Sorn Province. It is the

project generating electricity in replacement of

the traditional fuel consuming generators to

promote the security of electricity system. The

generated electricity is sold to EGAT and PEA,

and the water is supplied for the irrigation purpose

all through the year to enable the people to have

supplementary occupations for extra income. At

present, there are 22 small hydropower projects,

which have been completely constructed and

the electricity can be generated, and 4 projects

which are under construction consisting of: 1. Klong Tung Pen Hydropower Dam Project (94.25% in progress) 2. Upper Nan River Hydropower Dam Project (45.02% in progress) 3. Mae Kah Nai Hydropower Dam Project (45.42% in progress) 4. Huai Mae Usu Hydropower Dam Project Moreover, DEDE has still studied and designed the details of the additional 4 small hydropower projects consisting of: 1. Huai Ong Poh Project, Thongpapoom District, Kanchanaburi Province with the generating capacity of 383 kW. 2. Huai Klity Project, Thongpapoom District, Kanchanaburi Province with the generating capacity of 4.692 MW. 3. Mae Nam Ngao Project, Om-Koi District, Chiang Mai Province with the feasibility study and initial environmental impact and participation of the people in the project. 4. Village Hydropower Project with the study to elaborate the village development plan for 50 potential villages in which the people have participated.Volvo S80 2.5 FT

Mitsubishi Lancer EX

20

Section: 2


- Village Hydropower Project Performance: 1,295,952 kWH or 0.287 Ktoe of electricity

has been generated from 45 projects.

The Village Hydropower Project is the small hydropower

project with the generating capacity of less than 200 kW. The project

is far from the transmission line, so the electricity is generated by

the villagers in the form of the cooperatives and villager group to

enable them to be self reliant and participate in labour and local

material contribution. After the construction completed, the people

and DEDE gave technical support for management. At present,

there are 45 Village-Level Hydropower Projects, which have been

completely constructed and the electricity can be generated, and

5 projects which are under construction consisting of:

1. Ban Doi Fah Hom Pok Project, Mae-ai District, Chiang

Mai Province, with the generating capacity of 80 kW and the

electricity distributed to 4 villages of the total 36 households.

2. Ban Huai Na Kad Project, Mae Saruai District, Chiang

Rai Province, with the generating capacity of 80 kW and the electricity

distributed to 2 villages of the total 119 households.

3. Ban Mai Pattana Project, Mae Saruai District, Chiang

Rai Province, with the generating capacity of 30 kW and the electricity

distributed to 69 households.

4. Ban Pa Meang Project, Chaiprakarn District, Chiang

Mai Province, with the generating capacity of 30 kW and the

electricity distributed to 2 villages of the total 133 households.

5. Ban Kiet Haeng Project, Mae Jam District, Chiang Mai

Province, with the generating capacity of 40 kW and the electricity

distributed to 2 villages of the total 138 households.

Picture of Ban Doi Fah Hom Pok Project Construction Activities

- Community Hydropower Project Performance: The total generating

capacity of the Community Hydropower Project

is 490 kW.

The Community Hydropower Project

started in the fiscal year 2008-2009, generating

the electricity from water energy in the potential

areas. The water resources in the local areas

were used efficiently in compliance with the

sufficiency economy principles. The community

must be strong and well prepared for energy

management. They have to coordinate with the

agencies involved and provide the area space

for the project construction whereas DEDE is

the technical supporter. In the fiscal year 2009,

there are 2 projects under construction,

consisting of: 1. Lam Pikun Project, Yantakao District, Trang Province with the generating capacity of 50 kW. 2. Tubnakhon Project, Makam District, Chantaburi Province with the generating capacity

of 300 kW.

- Sustainable Development of

Village Hydropower Project Performance: The total generating

capacity of the Sustainable Development of Village

Hydropower Project is 1,305 kW.

The Sustainable Development of Village

Hydropower Project started in the fiscal year

2008-2009. It is to renovate the off-grid Village

Hydropower Project to be on-grid with the

Provincial Electricity Authority (PEA) so as to

use the available water energy for the maximum

benefit. The durable articles are transferred to

the local administration organizations to manage

the project by selling the electricity to PEA

according to the rules of purchasing the electricity

from the Very Small Power Producer (VSPP). In

the fiscal year 2009, there are 5 projects under

construction, consisting of:

21

Sect

ion:

2


1. Kidchang Project, Mae Jam District, Chiang Mai Province

with the generating capacity of 45 kW.

2. Mon-Ngo Project, Mae Jam District, Chiang Mai Province


3. Muang Khong (2) Project, Chiang Dao District, Chiang Mai

Province with the generating capacity of 220 kW.

4. Khun Mae Maeh Project, Chiang Dao District, Chiang Mai


5. Nam Mae-Jum Project, Samoeng District, Chiang Mai

Province with the generating capacity of 110 kW.

Wind Energy - Large Wind Turbines Power Generation

Demonstration Project, Huasai District, Nakhon

Sithammarat Province

Performance: The electricity can be generated and has

already supplied to the distribution system for the total of 1 million

units, equivalent to the imported crude oil replacement of 86 tons.

The project result is then a prototype for the private entrepreneurs

interested in investing in electricity generation for sale to PEA.

DEDE has developed the power generation demonstration

from the first large wind turbine of the country with the generating

capacity of 1.5 MW at Baan Talaypang, Huasai Sub-District,

Huasai District, Nakhon Sithammarat Province, which is the pilot

demonstration project of power generation from wind energy in

the windy areas. The wind energy is changed into electricity

power via the gear system connected to the generator and linked

to the distribution system of PEA. DEDE has installed a set of

wind turbine for power generation with thecapacity of 1.5 MW.

The wind turbine used in the project has 3 leaf blades with

a diameter of 77 m. and 80 m. high from the

ground. It started operating and distributing

the electric current to the distribution system of

PEA on 8th June, 2009.

Biogas Energy - Biogas Tank Promotion in

Bangkok Metropolitan Administration

(BMA) Schools Project Performance: The biogas derived can

replace the cooking gas approximately 1 kg/day,

resulting in the reduction of greenhouse gas

emission approximately 4.28 tons CO2, equivalent

to tank/year.

In the fiscal year 2006, DEDE, in

cooperation with BMA, has installed the biogas

tanks in 40 schools which are useful for the

organic waste disposal, biogas utilization in

schools, and use of the sludge left from the

degradation as fertilizers. In addition, this is to

transfer the knowledge on energy production

from waste and build up the students’ awareness

of waste separation. Thus, in the fiscal year

2009, DEDE and BMA have implemented 40

projects more with 40 biogas tanks of 2.5 m3 in

size that can contain the organic waste of 40

kg/day.

In this project, BMA gave financial support

for biogas tanks whereas DEDE provided technical

support, system running, and activities conducted

for a campaign to promote and build up the

students and teachers’ awareness of the benefits

of energy production from waste.

22

Section: 2


- Project of Assessment and Improvement of Biomass Production System Efficiency Performance: The factories, which have been surveyed

and selected by DEDE and followed the improvement according

to the assessment and improvement of biomass production system

efficiency, could receive the increased COD loading, and the

efficiency of waste water treatment and biogas production is better

than the original system by not less than 15%

The Project of Assessment and Improvement of Biomass

Production System Efficiency is to improve the low efficient

biogas production system to be of higher efficiency. DEDE has

surveyed and selected 6 factories from 3 industrial categories,

installed and tested the prototype system by making the prototype

system, the operating of which is similar to the original system,

to get the guidelines and methods for the efficiency and capacity

improvement, renovate the original system of the factories in order

to produce biogas with full efficiency as the originally installed

system. In addition, the system improvement manuals and

guidelines were produced to present to all 6 factories for further

improvement of their system efficiency, and also to disseminate

to other factories.

Biomass Energy - Project of Study and Promotion for the

Use of Biomass Gasification Thermal Production in

Small-Scaled Industrial Factories

Performance: The system thermal efficiency approximately

70-90% can replace 130 liters of fuel oil per day or not less than

50% of total energy consumption, reduce the energy cost,

enhance the entrepreneurs’ competitiveness,

promote the efficient uti l ization of local

resources, and increase more local employment.

The activities were conducted to

disseminate the knowledge and demonstrate

biomass gasification system to the interested

agencies in order to extend the results of

biomass gasification system for energy

production for the small-scaled industries.

DEDE has developed the prototype

demonstration of biomass gasification system

for thermal production for the small-scaled

industrial factories at Khao Khor Agro-Industrial

Co., Ltd., Petchaboon Province, under the

Royal Initiative Project, by installing the

prototype biomass gasification system with

downdraft gasifier to produce the thermal energy

of 320 kW and using corncob, the agricultural

waste which has never been utilized, as fuel.

The derived biomass gasification would be

used to boil the water to produce thermal for

agricultural product transformation process.

The water could be heated at the temperature

of 60-80 Celsius degree to the process.

23

Sect

ion:

2


energy conservation to be carried out through

the behaviour, awareness, energy utilization

management, and engineering techniques

systematically integrated, which are considered

to be in compliance with each organization’s

culture in order to supervise the designated

factories and buildings to correctly and completely

follow the operating steps as specified by laws.

2. Energy Conservation

- Supervision of Designated Factories and

Buildings According to Energy Conservation

Promotion Act B.E.2535 (1992), and Additional

Amendment (Volume 2) B.E. 2550 (2007) Performance: DEDE has supervised the designated

factories and buildings to follow the Energy Conservation

Promotion Act B.E.2535 (1992) and Amendment (2nd Volume)

B.E. 2550 (2007) with the Accredited Consultants (ACs) to supervise,

promote, support and recommend the designated factories and

buildings to pursue the laws, and organize 27 seminars to give

the recommendations on law compliance to the designated factories,

and 18 seminars to the designated buildings countrywide. The

designated factories have already notified about the appointment

of their energy responsible personnel 85% and the designated

buildings 90%. The designated factories and buildings are now

under the proceeding of energy management and will submit their

first energy management report by March 2011.

The Energy Conservation Promotion Act B.E.2535

(1992) specifies that the designated factories and buildings

shall pursue all the operating steps as specified by laws. Over

the preceding period, the energy conservation emphasized the

equipment improvement, which could not make the energy

conservation systematical and sustainable. Consequently, DEDE

has developed the energy management system enabling the

24

Section: 2


- Project of Energy Conservation Promotion

and Supervision in Newly-Constructed or Modified

Buildings (Building Energy Code) Performance: DEDE has issued the Minister ial

Announcement for 2 additional volumes, including the Ministerial

Announcement on “Prescription of minimum performance coefficient,

cooling coefficient, energy charge per cooling capacity (ton) of

air-conditioning systems installed inside the buildings” and the

Ministerial Announcement on “Determination of the calculation

criteria and method of each building system design, overall energy

consumption of the buildings, and renewable energy utilization in

various systems of the buildings”. These two volumes of the

Ministerial Announcement have put into force on 28th August

2009. DEDE has coordinated with the government agencies / local

agencies to push forward the enforcement of these announcements,

organized 7 seminars for the personnel involved, held the press

release, disseminated the information to promote the understanding

of the entrepreneurs, and produced the manuals of energy

conservation standard in buildings.

The Ministry of Energy has also issued the Ministerial

Regulations to specify the design standard of the newly-constructed

buildings by taking into account the energy saving and energy

efficiency. The type and size of buildings have to be specified and

the newly-constructed or modified buildings which have the entire

space of all storeys in the same building from 2,000 m2 up must

be designed for energy conservation. The building types include

hospital, educational institution, office building, community building,

entertainment building, hotel, service building, and department

store or shopping mall. The Ministerial Regulations specify the

criteria and standard of the building design for 6 systems,

including the building envelope (OTTV/RTTV), lighting system,

air conditioning system, water heater appliance, overall energy

consumption of the buildings, and renewable energy utilization in

various systems of the buildings to enhance energy efficiency in

the buildings.

- In-Depth Technology Demonstration for

Energy Conservation Project

Performance: The In-depth technology demonstration

for energy conservation was carried out in 9 enterprises with 6

technologies, including high efficient fabric

furnishing dryer technology; heat pump for

thermal technology; heat pipe dehumidification

technology; ozone water treatment technology;

regenerative burner technology; and liquid

desiccant dehumidification. This resulted in energy

saving of approximately 33 MB/year with the

investment cost of 77 MB, 31 MB out of which

was supported by the public sector.

The In-Dept Technology Demonstration

for Energy Conservation Project is to support

the entrepreneurs interested in the investment

in specific energy conservation technology or

new technology of high energy saving but not

widely used because it may not be well-known

or the entrepreneurs have not been assured of

its energy saving results or its investment cost is

relatively high to apply in the project. DEDE will

give support to the entrepreneurs interested in

the above-mentioned technologies in the form

of grant for a certain part of investment (50%

of all expenses, but not more than 7.50 MB per

enterprise), and extend the results to the other

entrepreneurs for widely use of the in-depth

technologies.

- Revolving Fund for Energy

Conservation and Alternative Energy

Project

Performance: The project has been

implemented since 2003 for 4 phases in total.

The Energy Conservation Promotion Fund has

25

Sect

ion:

2


allocated the total amount of 7,343 MB to DEDE as the revolving

fund to be released through 11 participating financial institutes

to the enterprises wanting to invest with low interest of loan in

energy conservation and alternative energy. The implementation

results can be summarized as follows:

275 projects were approved with the total investment

cost of 13,815 MB. The fund amounting to 6,820 MB approved

by DEDE can save the energy equivalent to 4,695 MB/year or

300.84 ktoe/year.

In the fiscal year 2009, 31 projects were approved with

the total investment cost of 2,031 MB. The fund amounting to

1,070 MB approved by DEDE can save the energy equivalent to

586 MB/year or 33.68 ktoe/year.

The objective of the Revolving Fund for Energy Conservation

and Alternative Energy Project is to encourage the concrete

investment in the energy conservation measures, build up the

assurance to the banks and financial institutes to accept the

project potential and credit market of energy conservation and

alternative energy. Those who are entitled to get the loan must

be the designated factories and buildings according to the Energy

Conservation Promotion Act B.E. 2535 (1992), or general

factories / buildings, and also Energy Service Companies (ESCO),

and the loan shall be for the investment in the energy conservation

and alternative energy. The loan is not more than 50 MB per

project with the interest rate of not over 4% between the financial

institutes and the borrowers, and 7 years of payback period.

- Energy Conservation and

Alternative Energy Investment Promotion

Project (ESCO Fund)

Performance: 26 projects were approved

for the investment by using the ESCO Fund

totally amounting to 407.33 MB and enabled the

investment of 5,102.19 MB, resulting in the energy

saving of 516.33 MB/year or equivalent to 32.31

ktoe/year

This Energy Conservation and Alternative

Energy Investment Promotion Project (ESCO

Fund) is implemented to promote and support

the technically potential investment in energy

conservation and alternative energy, but lack of

investment fund, and also helps the entrepreneurs

or investors to benefit from carbon credit with

the supporting condition of 10-50% of the total

investment costs but not more than 50 MB, and

the profits and risks must be in the appropriate

level.

The patterns of investment support

consist of the equity investment, ESCO venture

capital, equipment leasing, carbon credit benefit to

the project, credit guarantee facility, and technical

assistance. being facilitator for Carbon Credit

trading of project, Credit Guarantee Facility and

Technical Assistance.

26

Section: 2


- Tax Incentive for Energy Conservation Project

(Performance-based) Performance: From the pilot phase of the Tax Incentive

for Energy Conservation Project, 75 enterprises were entitled to

the tax incentive, resulting in the energy saving of 401.75 MB/

year with the given tax incentive of 42.64 MB and the enterprises’

investment in the project amounting to 521.86 MB. In the project

implementation of Phrase 2, 100 enterprises were entitled to the

tax incentive, resulting in the energy saving of 455.74 MB/year

with the given tax incentive of 34.42 MB and the enterprises’

investment in the project amounting to 776.67 MB.

The Tax Incentive for Energy Conservation Project is

to use tax measures to increasingly motivate and interest the

industrial sector in energy conservation, support and promote the

implementation on energy conservation and energy efficiency in

the factories and buildings, and be a good sample for energy

conservation to the private sector. The measures proposed to

receive tax incentive must be the measures to reduce the original

energy utilization or to replace the fuel oil utilization or electricity.

In case that the measures resulted in the change of production; the

energy consumption per product unit must be reduced or more

energy efficient. The energy saving resulted from the measures

is not less than 100,000 Baht/measure/year. The tax incentive

given to the enterprises is considered from the actual energy saving

results and the income tax rate of the juristic persons. The maximum

supporting fund is not more than 2 MB per enterprise.

- Promotion of Energy Conservation Investment

and Alternative Energy Util ization under the

Cooperation between Ministry of Energy and Board

of Investment (BOI) Project

Performance: 43 projects were approved with the

investment fund of 8,642 MB resulting in the energy saving value

of 2,452 MB/year. These projects consist of 3 parts; including 14

projects of the business investment in the energy saving machinery/

equipment production or equipment utilizing alternative energy; 19

projects of energy management investment; and 10 projects of

import duty exemption for the energy saving machinery.

The Promotion of Energy Conservation

Investment and Alternative Energy Utilization

Project is to give the incentive to the entrepreneurs

interested in investing in 3 energy businesses,

consisting of the energy saving machinery/

equipment production and alternative energy

production; ESCO business; and machinery import

business. These businesses receive the

incentive of import duty exemption for the

imported machinery used in the production process,

and the exemption of juristic persons’ income

tax in the part related to the above-mention

businesses for the maximum period of not more

than 8 years.

- Customer Relation Service Performance: DEDE has improved the

provision of technical consulting service and

energy information in the pattern of One Stop

Service for factories, buildings, academic personnel,

students and general people, by establishing

the customer relationship unit since 2002 where

technical advice, recommendations on energy

problem solutions, and energy clinic service are

provided. The manuals are also produced to

disseminate the information on energy conservation

and alternative energy for the entire service and

the service efficiency at the maximum.

The performance in the fiscal year 2552

included the delivery of 855 copies of PBCHs;

390 copies of PBCH.1/PBR.1, 253 copies of

target reports and plans, and 757 copies of

other documents for the consultants’ inspection.

The other information service included 3,212

of energy information provided, 991 of energy

problem solutions, 369 of energy clinic advice,

13 of exhibition organized for the target groups

and interested people, 1,004 sets of document

delivered, and manuals, posters, and pamphlets

produced for energy knowledge dissemination.

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- Energy Saving Consultation Center – Thai

Chamber of Commerce Performance: The Energy Saving Consultation Center

(ESCC) networking was established in the Provincial Thai Chamber

of Commerce of 50 provinces to provide education and consultation

through 5 seminars on energy saving dissemination and in-depth

technology application in the enterprises, and disseminate the

energy conservation knowledge through the journal, pamphlet,

booth exhibition, and road show.

The Energy Saving Consultation Center-Thai Chamber

of Commerce is established to stimulate the energy conservation

networking cooperation in the industrial sector by emphasizing

the sustainability of networking cooperation and facilitation of the

information, technical matter, energy experts, and coordination

with other agencies for the private sector in the implementation

on energy conservation and alternative energy utilization. The

cooperation between DEDE and the Thai Chamber of Commerce

is to support both the policy and implementation guidelines, as

well as the budget to promote the sustainable implementation of

ESCC and to extend the results that will enable the long-term

implementation

- Energy Service Company Business Promotion

Project

Performance: To support and promote the energy

service business, the energy conservation was promoted

in the industrial sector through the seminar introducing and

publicizing the business performance of the Energy Service

Company (ESCO) in the ESCO Fair once in Bangkok

(approximately 1,053 participants), and in 5 ESCO Fairs

in the region (approximately 1,500 participants), and 14

ESCO – Bank Networking meeting. The meeting was the

joined meeting between the Institute of Industrial Energy,

Energy Service Company, and Financial Institute to enable

each side to understand well ESCO business.

Also, the ESCO Information Center was established

to be the center for registration and classification of ESCO

with different potentials to properly service the target

groups, st imulate approximately 60

companies to proceed the ESCO business,

produce the materials to publicize the

achievements of 10 enterprises successfully

proceeding the ESCO business in the video

format, and arrange the site visit at the

ESCO prototype agencies both inside and

outside the country.

- Project to Promote the Increase

of Energy Efficiency in the Production

Process of Chemical and Non-Metal

Designated Factories

Performance: 41 chemical designated

factories and 41 non-metal designated factories

have participated in the project. The expert

team in cooperation with the work team of the

participating factories in the project carried out

the training activities to transfer the knowledge

and technology and f ind out the energy

conservation practices in the production process

suitable for the industrial category of chemical

and non-metal through the creation of readymade

program for analyzing energy saving results in

order to apply it properly and rapidly on their

own, as well as to take the energy management

principles for use to respond to the legal operation.

This project is initiated by DEDE from

the idea to increase energy efficiency in the

production process of the designated factories

28

Section: 2


by focusing on the measures related to the process improvement

and major change equipment or the increase of energy efficiency

in the production process of designated chemical factories and

designated non-metal factories. This is due to the fact that the

goal of energy conservation in the country was specified by

emphasizing the reduction of energy intensity proportion value

of the industrial sector, also the energy conservation promotion.

- The Campaign to Promote Energy-Saving

Buildings through the Use of Energy Labeling Project

Performance: 142 buildings and residences have

received the labels as they can achieve the energy saving of

1.3 ktoe/year or equivalent to 45.6 MB/year, in comparison with

the Ministerial Regulations on Specification of Building Category

and Size, and Standard Criteria of Building Design for Energy

Conservation, B.E. 2552 (2009),. This resulted in the increase of

energy saving approximately by 10% from the energy consumption

standard of newly constructed buildings.

The Campaign to Promote Energy-Saving Buildings

through the Use of Energy Labeling Project is the project that

DEDE expects the owners of building and residence, including

the customers and tenants, to be aware of energy conservation

starting from the design, construction, and building selection by

labeling.

- Project of High Energy Efficient Product

Promotion (Labeling)

Performance: DEDE has given totally 5.8 thousand

labels to 4 high energy efficient products including

LPG cooking stove, variable speed drives (VSD),

energy conservation glass and fiber glass insulator

which have been promoted for use. This results

in energy saving of 21.44 ktoe/year equivalent

to 702 MB/year, and reduction of CO2 emission

and global thermal of 119 kton.

Since most industrial businesses give

precedence to the design, quality and sale price

of products in order to attract the customers

to purchase their products, the public sector

must have specific measures for goods control.

DEDE has invited the entrepreneurs to send their

high energy efficient equipment for the efficiency

performance testing. When the testing results

pass the high efficiency performance standard,

the entrepreneurs will get the energy efficient

label to stick on their products. This is another

way to promote the marketing of the standard

products that will interest more customers to

purchase.

- Project of Technical and

Vocational Team for Energy Conservation,

the Fiscal Year 2009

Performance: DEDE could establish 50

technical teams for energy conservation promotion

network through the estab l ishment of 5

vocational institutes to be the mainstay of energy

conservation, and introduce the energy conservation

to 500 vocational institutes of both public and

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private sectors. It is found that the practical implementation could

save electricity of 18.1 million units/year, equivalent to crude oil

1.55 ktoe/year or equivalent to 62.6 MB/year, or 11% saving, by

using the investment capital of 22.3 MB with the payback period

of 0.36 year.

In short term, DEDE would develop the technical teams

to reach 100 teams with potent ial capabi l i ty to give the

recommendation on energy conservation to the vocational institutes

of both public and private sectors, government agencies, and extend

the results to approximately 10,000 small-sized enterprises available

throughout the country.

- Boiler Quality Development in Industrial

Sector Project Performance: The fuel combustion efficiency of boilers

in 150 industrial plants, and the steam usage system in 30 industrial

plants has been improved, resulting in the total energy saving of

2.89 ktoe/year, or equivalent to 30.13 MB/year, by using the

investment cost of 10.90 MB with the payback period of 0.36 year.

It could help reduce the global warming condition or CO2 emission

of 6,700 tons/year. In addition, the manuals were produced and

distributed to the enterprises so that they can improve the fuel

combustion and steam usage system on their own.

The objective of the project is to study and survey various

information related to the boilers used in the industrial sector and

the businesses countrywide to create the database and prepare

the boiler energy conservation plan all through the country, as

well as promote the entrepreneurs throughout the country that

use the boiler to utilize efficiently the energy and friendly to the

environment.

- Energy Responsible Personnel

Quality Development for Sustainable

Energy Conservation Project

Performance: The training courses were

organized for the persons responsible for energy

according to the laws. They were divided into

533 general persons responsible for energy and

492 senior persons responsible for energy.

DEDE has implemented the Energy

Responsible Personnel Quality Development for

Sustainable Energy Conservation Project that

the training course was organized for the

personnel of the designated buildings and factories

in order that they would be appointed as persons

responsible for energy both general and senior,

according to Energy Conservation Promotion

Act B.E. 2535 (1992) (Additional Amendment,

Volume2 B.E. 2550 (2007)). The person responsible

for energy shall perform the duties to coordinate

with the agencies involved, assist the business

owners to inspect and improve the efficiency of

machinery and equipment, set the target and

energy conservation plan, certify the inspection

resul ts and analyze the per formance in

accordance with the target and plan, and also

perform in accordance with DEDE’s advice to

promote energy conservation and maximum

energy efficiency in the designated factories/

buildings and various sectors.

30

Section: 2


Moreover, DEDE has recognized the importance to equip

the personnel working in the buildings and factories of small

and medium-scaled enterprises (SME) with the knowledge and

comprehension on techniques, methods, procedures, and analytical

inspection of energy utilization, as well as practical skills and

experiences to analyze the energy conservation of the agencies.

DEDE has provided the training to the personnel working in the

SME enterprises. Under the personnel training course on the

analytical inspection of energy conservation in the SME buildings

and factories, the total of 411 trainees have successfully

completed the training.

- Energy Management Personnel Development

Project Performance: The training courses were organized

for the personnel of industrial sector, designated factories and

buildings, public agencies and state enterprises with 3,579

trainees in the central region and Bangkok; and 2,535 trainees

in the northern region. In the next period, DEDE will extend

the training results to the target groups covering all regions for

the sake of sustainable energy management of the country.

For proper and efficient energy management according

to the Energy Conservation Promotion Act B.E. 2535 (1992)

(Additional Amendment B.E. 2550 (2007)), and Ministerial

Regulations on Specification of Standards, Criteria, and Energy

Management Methods in Designated Buildings and Factories,

B.E. 2552 (2009), the training courses were developed with the

training manuals, conforming to the requirement for use in

accordance with the duties and responsibilities of each category

of agencies to enable the trainees to learn and understand the

energy management system, and take the knowledge for

.

practicing in their work. The training also provided

the opportunity for the trainees to exchange the

ideas and experiences on energy conservation.

- Project of Personnel Development

on Energy Conservation Technology

of Main Equipment System Regularly

Used in the Buildings and Factories Performance: The training courses

were organized and the total of 1,936 trainees

have passed the training, consisting 462 trainees

of energy conservation technology in the air

conditioning system; 438 trainees of energy

conservation technology in the lighting system;

419 trainees of energy conservation technology

in the boiler and air compression system; 312

trainees of energy conservation technology in

the steam trapping system; and 305 trainees

of energy conservation technology in the water

pumping and fan system.

The Project of Personnel Development

on Energy Conservation Technology of Main

Equipment System Regularly Used in the Buildings

and Factories was made available because

DEDE is well aware of the importance of energy

utilization reduction and sustainable energy

conservation in both industrial and business

sectors. Consequently, the organized training

course would enable the officials involved to gain

the knowledge and understanding of both

theoretical and practical aspects of the energy

conservation technology of equipment and

machinery for proper and efficient use, reduce

the energy loss for concrete energy saving, and

develop the personnel working in the industrial

factories and business buildings so that they

could take part in the energy management.

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- Thailand Energy Awards

Project

Performance: In Thailand Energy

Awards 2009, there were totally 219 contestants,

comprising 14 contestants for alternative energy;

85 contestants for energy conservation; 16

contestants for energy personnel; 5 contestants

for creative energy projects; and 99 contestants

for alternative energy and energy conservation

promoters.

This project is established aiming to

promote and express the appreciation and

praise for those who have outstanding work of

alternative energy and energy conservation to

be a good sample to stimulate the continuous

alternative energy and energy conservation.

- Energy Conservation with Participation in

SME Industries and Enterprises Project

Performance: 136 enterprises participated in the project

and more than 410 personnel could get the knowledge and

increasing their skills to be able to proceed on energy conservation

on their own. As a result, the energy saving is totally 1.5 ktoe/

year or equivalent to 40.46 MB/year, with the investment cost

of 13.57 Baht and averagely 0.34 year of payback period. This

also helps reduce the global warming or carbon dioxide of 3,400

tons/year.

The objective of the Energy Conservation with Participation

in SME Industries and Enterprises is to encourage the industrial

factories and building of SME to successfully proceed on energy

conservation for concrete energy saving, learn about the energy

conservation management standards for its efficiency and

sustainability, and publicize the actual outcomes of energy

conservation as a guideline for further energy conservation.

32

Section: 2


Thailand Energy Awards 2009

A decade anniversary of Thailand Energy Awards in 2009 is regarded as a great honour

of Thailand’s energy success. It is a valuable award praising the organizations and personnel that

are outstanding in the area of alternative energy and energy conservation. In 2009, a total of 42

contestants were rewarded and divided the following areas.

Alternative Energy – 11 contestants were rewarded as follows:

On-Grid Renewable Energy Project: Renewable Energy Power Plant Project (Advance Agro (Public)

Co., Ltd.); Renewable Energy Gas Station Project (PTT (Public) Co., Ltd.); Clean Energy Housing Project (Khun

Mantana Niamkongkit’s house); and Solar Cell Power Generating System (Chitralada School (Vocational)).

Off-Grid Renewable Energy Project: Biogas Production from Wastewater for Use as Alternative Energy

Project (Eiamheng Tapioca Starch Industry Co, Ltd.); Biomass Utilization as Alternative Fuel Project (Siam Cement

(Tungsong) Co., Ltd.); Biogas Production from Wastewater Production Process Project (Thai Beverage (1991)

(Public) Co., Ltd.); Biogas Production from Wastewater Treatment Anaerobic System Project for use as the boiler

fuel in substitution of fuel oil (Beer Thip Brewery (1991) Co., Ltd.); Biogas Production from Municipal Solid Waste

Project (Samchuk Sub-district Municipality, Supanburi Province); Electricity Generating System Mixed with Clean

Energy for Rural Villages (Koh Jik Village) (Pilot Plant Development and Training Institute, King Mongkut’s

University of Technology Thonburi).

Biomass Co-Generation Project: Electricity Generation from Bagasse Project (Thai Identity Sugar

Co., Ltd.)

Energy Conservation – 31 contestants were rewarded as follows:

Factory: Thailand Ceramic Industry Co., Ltd.; Thai Cold Rolled Sheet (Public) Co., Ltd.; Pokaphan

Aquatech Co., Ltd.; The Siam Ceramic Group Industries Co., Ltd.; Useful Food Co., Ltd.; Daikin Compressor

Industries Co., Ltd.; Greenspot Co., Ltd.; C.B. Tact (Thailand) Co., Ltd. (Factory 1).

Building: Grand Mercure Fortune Bangkok; Head Office Building (EGAT Tor 102), Electricity Generating

Authority of Thailand.

Personnel: Mr. Vittaya Osotsilp, Factory Director, Quality Coffee Products Co., Ltd.; Mr. Sorat Wanitwarakit,

Managing Director, Pan Asia Industries Co., Ltd.; Mr. Win Wiriyaprapaikit, Managing Director, Saha Viriya Steel

Industry (Public) Co., Ltd.; Ms. Maliwan Ratanajitbanjong, Managing Director, Banjong Industrial Co., Ltd.;

Mr. Attakorn Khorcharoen, Engineer 4, CPF Food Products Co., Ltd.; Mr. Vorawut Pim-aran, Engineer of

Maintenance and Utility Section, Toyota Motor Thailand Co., Ltd.; Mr. Panu Phuttawong, Supervisor TQA, Pan

Asia Industry Co., Ltd.; Mr. Chairit Pan-uthai, Engineering Manager, C.P. Plaza Co., Ltd.; Mr. Amnuay Changkaew,

Professional Techician, Hat Yai Hospital.

Special Submission: Palm oil extraction system without sterilizaation by 1 ton of palm tree per hour,

National Metal and Material Technology Center (MTEC), air conditioner and cooling machine with 5 plus technology,

Thaikoon Research and Development Part., Ltd.

Alternative Energy and Energy Conservation Promoter: Maejo University; Office of Basic Education

Commission; Thai Television Channel 3, MCOT; TV Thunder Co., Ltd.; Public Relations Department (Radio

Broadcast); GMM Media (Public) Co., Ltd.; Green Wave Radio Program FM 106.5, Dailynews Newspaper; Than

Settakit Newspaper; Engineering Today Magazine; and Sarakadee Magazine.

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3. Information Dissemination and Public Services

1. Energy Village in Rural Area Project Performance: In 2009, the project was implemented in

10 villages, and the household’s energy expenses could be saved

up to 3 MB/year or equivalent to 3.89%.

This project has been implemented from 2004 to 2009

for totally 73 villages, building up the knowledge and understanding

on how to utilize the energy economically and efficiently, and

the energy saving awareness to the rural communities by taking

the alternative energy and energy conservation technologies for

use to reduce the energy expenses for their better quality of life.

Moreover, the project’s villagers could learn the energy utilization

problem on their own, and participate in analyzing and solving

the problems.

Remarks: The Energy Village in Rural Area Project in

the fiscal year 2010 will be transferred to the Provincial Energy

Office, Office of the Permanent Secretary, Ministry of Energy for

further implementation.

2. House Security on Energy Project Performance: In 2009, the project was implemented in

10 communities, and the household’s energy expenses could be

saved up to 2.02 MB/year or equivalent to 3.93%.


for totally 66 communities, building up the knowledge and

understanding on how to utilize the energy economically and

efficiently, and supporting the use of alternative energy and energy

conservation technologies for energy efficiency and energy

expense reduction for the sake of their better quality of life. Also,

the project bui l t up the energy saving awareness to the

communities.

3. Energy Conservation in Temple Project Performance: In 2009, the project was implemented in

20 temples, and the temple’s energy expenses could be saved up

to 1.29 MB/year or equivalent to 3.93%.

This project has been implemented from 2005 to 2009 for

totally 105 temples, building up the knowledge and understanding

on how to utilize the energy economically and efficiently, and

supporting the use of alternative energy and energy conservation

technologies for energy efficiency and energy

expense reduction. The temples participating

in the project would obtain the guideline for

economical and efficient utilization of energy.

The communities and people living nearby the

temples would also get the knowledge on

alternative energy and energy conservation

technologies which they can take it for efficient

use.

Remarks: The Energy Conservation in

Temple Project in the fiscal year 2010 will be

transferred to the Provincial Energy Office, Office

of the Permanent Secretary, Ministry of Energy

for further implementation.

4. Energy Utilization Awareness

Building up for Youth in School Project

Performance: In 2009, the project was

implemented in 400 schools and 400 projects

of alternative energy and energy conservation

activities have already been carried out. The

schools’ personnel and youth have participated

efficiently in energy conservation and utilization.

This project has been implemented

from 2005 to 2009 for totally 1,893 schools,

building up the awareness and encouraging the

schools’ personnel and youth to participate in

energy conservation and energy efficiency. The

34

Section: 2


project helped the schools participating in the project to reduce

the energy expenses and find out the ways to solve the energy-

related problems by campaigning, publicizing, and transferring the

use of alternative energy and energy conservation technologies.

Remarks: The building up of energy utilization awareness

for youth in school project in the fiscal year 2010 will be transferred

to the Provincial Energy Office, Office of the Permanent Secretary,

Ministry of Energy for further implementation.

5. Promotion of Alternative Energy Utilization

and Energy Conservation for Camp Force Project Performance: In 2009, the project was implemented in

10 camps, and the energy expenses in the camps could be saved

up to 850,000 Baht/year or equivalent to 7.28%.


for totally 35 camps, building up the knowledge and understanding

on how to utilize the energy properly and efficiently to the camp

forces and personnel, and campaigning for the awareness of

energy saving to the forces. The project also promoted the use

of alternative energy and energy conservation technologies for

energy efficiency and energy expense reduction, which will enable

the learning and imitation of energy saving within the military

organization. And this action will also be practiced in the family

and communities of the forces participating in the project.

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1. ASEAN Renewable Energy Sub-sector

Network (RE-SSN) Performance: Participation in the activities of RE-SSN

in various important occasions.

DEDE, as the main coordination center of Thailand, has

assigned the representatives to participate in the activities of

RE-SSN in various important occasions, for example, the selection

and judgement of 2009 Thailand Renewable Energy Project,

Board of Judge for ASEAN Renewable Energy Project Competition,

the 5th New and Renewable Energy Sub-Sector and the 9th EAS

Energy Cooperation Task Force on 22nd-24 th March, 2009,

Malaysia; the 16th ASEAN Renewable Energy Sub-Sector Network

and the 8th Board of Judges (BOJ) for ASEAN Renewable Energy

Project Competition on 27th-29th May, 2009, Vientiane, Laos

PDR; the 27th ASEAN Ministers on Energy Meeting, and other

related meetings on 26th-31st July, 2009, Mandalay, Union of

Myanmar, etc. to promote renewable energy production, utilization

and technology among ASEAN member countries.

4. Foreign Affairs 2. ASEAN Energy Efficiency

and Conservation Sub-sector Network

(EE&C-SSN)

Performance: Participat ion in the

activities of EE&C-SSN

DEDE, as the main coordination center

of Thailand and members, has extended the

cooperation to participate in various activities of

EE&C-SSN, for example, the selection and

judgement of 2009 Energy Management in

Building and Factory Project and Thailand

Energy Conservation Building Competition, the

appointment of representatives in the board of

judges for ASEAN Energy Awards 2009, the

assignment of representatives to attend the

Summary and Post Workshop for PROMEEC

on 25th-28th February, 2009, Philippines; the 5th

New and Renewable Energy Sub-sector Network

and Energy Efficiency and Conservation Sub-

sector Network, and the 9 th EAS Energy

Cooperation Task Force, on 22nd-24th 2009,

Malaysia; the 15th Board of Judge (BOJ) for

ASEAN EE&C Best Practices Competition for

Energy Efficient Buildings, on 9th-13th June,

2009, Union of Myanmar; Inception Workshop

for PROMEEC on 14th-16th July, 2009, Malaysia;

the 27th ASEAN Ministers on Energy Meeting

and other related meetings on 26th-31st July,

2009, Union of Myanmar; and the 4th Research

Forum on 16th-18th February, 2009, Tokyo, Japan

to promote the cooperation on energy efficiency

and energy conservation by encouraging people

36

Section: 2


to recognize and understand these matters, and establishing the

trading market for energy efficient products that are produced in

the ASEAN member countries.

3. ASEAN Forum on Coal (AFOC) Performance: Participation in the activities of AFOC.

DEDE, as the main coordination center of Thailand,

extended the cooperation to participate in the activities of AFOC

by assigning the representatives to attend the 7th ASEAN Forum

on Coal (AFOC), on 24th-25th June, 2009, Bali, Indonesia, to promote

the development of coal production and utilization among ASEAN

member countries by taking into account the environmental impact.

4. World Energy Council (WEC) Performance: Participation in WEC activities and

dissemination of useful information, research outcome, energy-

related report and papers, and the information on meetings and

seminars organized by WEC.

DEDE, as the Secretary of Thai Member Committee of

WEC, has disseminated useful information, research outcome,

energy-related report and papers, and the information on meetings

and seminars organized by WEC to the members for participation,

for example, Executive Assembly 2008, on 31st October-10th

November, 2008, in Mexico City, Mexico; and Executive Assembly

2009, on 16th-19th September, 2009, in Reykjavik, Iceland. In addition,

DEDE has provided the information for the Survey on Energy

Efficiency Policy Measures, and the questionnaires of WEC

Assessment of Energy Policy and Practices.

5. Conseil International des

Grands Reseaux Electriques (CIGRE)

– International Council on Large Electric

Systems Performance: Dissemination of useful

information, electricity-related report and papers.

DEDE, as the Secretary of Thai National

Committee of CIGRE, has disseminated useful

information, electricity-related report and papers,

and the information on meetings and seminars

organized by CIGRE to the members for

participation and submission of papers. DEDE

has also coordinated the papers submission of

the members to CIGRE for presentation in the

meetings, for example, CIGRE Canada Conference

on Power Systems, which was held on 19th- 21st

October, 2008, in Winnipeg, Canada, etc.

6. International Commission on

Large Dams (ICOLD)) Performance: Participation in the

activities of ICOLD, and dissemination of the

information, and energy-related report and papers.

DEDE, as the Secretary of Thai National

Commission on Large Dams, has circulated and

disseminated useful information, energy-related

report and papers, and the information on

meetings and seminars organized by ICOLD to

the members for participation. In 2009, DEDE

has assigned the representatives to attend the

77th Annual Meet ing of ICOLD and the

23 rd International Congress on Large Dams on

27th May - 7th June, 2009, in Brasilia, Brazil.

7. International Energy Agency

(IEA)

Performance: A meeting was organized

for the discussion with the executives of IEA-

Implementing Agreement on Photovoltaic Power

Systems (IEA PVPS).

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DEDE has organized the meeting for the discussion

between the executives of IEA PVPS and DEDE’s executives in

May 2009. IEA PVPS has invited Thailand (DEDE) to apply for

the member of IEA PVPS from which Thailand will benefit from

the information exchange, guidelines for solar energy production

development by modern technologies, and other related researches.

8. Cooperation with Japan Performance: The Memorandum of Understanding (MOU)

of the Promotion and Demonstration of Clathrate Hydrate Slurry

Thermal Energy Storage Air Conditioning System (CHS) Project

was drafted to submit to the Cabinet for approving DEDE to sign

the MOU with NEDO. The project will enable the energy efficiency

and environmental protection in Thailand by promoting and

demonstrating the clathrate hydrate slurry thermal energy storage

air conditioning system (CHS) which can save the energy

consumption in the air conditioning system 30% at the maximum

depending on the building, original air conditioning system, and

the use of air conditioning system. This project requires the

implementation period of 5 years.

9. Cooperation with Federal Republic of Germany

Performance: Implementation Arrangement of Solar

Heat in Agro Industrial Process Project

DEDE has been supported by Deutsche Gesellschäft

für Technische Zusammenarbeit (GTZ) GmbH under the project

‘Thai-German Program for Enterprise Competitiveness’, and the

Implementation Arrangement of Solar Heat in Agro Industrial Process

Project was then prepared with the implementation period of 2

years. The Implementation Arrangement was signed in August

2009, enabling DEDE to benefit from the study on solar energy

business information, production technology,

market growth, business experience exchange,

training manuals of solar water heating system,

and personnel training.

10. Cooperation with Other Countries

Performance: Presentation and 2

technical visits were organized.

DEDE has organized the presentation

and technical visits on alternative energy and

energy conservation for the executives of Perak

State Agricultural Development, Malaysia, in

August 2009 for 2 days, and for the executives of

Energy Conservation Center, Pakistan, in October

2009 for 5 days.

38

Section: 2


Organization and Manpower Development - Manpower Management and Planning

Strategies of the Department of Alternative Energy

Development and Efficiency Performance: Manpower management plan of the


The manpower management and planning strategies of

the Department of Alternative Energy Development and Efficiency

has been made for DEDE to have the manpower strategic plan

conforming to the public sector management and responding to

the requirement of varied manpower, and the manpower can be

arranged suitably for the agency’s duties. It can also be used

as a guideline for clear and concrete manpower management by

establishing the core competency and functional competency to

specify the desired behaviour in compliance with the strategies,

major duties and responsibilities of the position and in compliance

with the compensation structure module of Civil Servant Act B.E.

2551 (2008). The management competency is also specified

to develop the personnel to have the desired behaviour which

can drive the strategies to success, analyze the capacity gap for

making the personnel development plan as the guideline to

develop the personnel to have the desired capacity by specifying

the capacity assessment method which will be applied to the human

resource management.

- Workshops for Personnel Development

through the Sharing, Exchange and Learning of the

Department of Alternative Energy Development and

Efficiency Performance: The Workshops for Personnel Development

of the Department of Alternative Energy Development and

Efficiency were organized for 520 officials.

The Department of Alternative Energy Development and

Efficiency organized the workshop for the government officials,

permanent employees, and government employee of DEDE to

enable the integrated official performance to be in accordance

with the function, obligation and performance agreement through

5. Organization and Human Resource Development

the processes of sharing, exchange and learning,

and to create the operating network.

- Workshops to Integrate Official

Performance in the Agency, Division,

Bureau and Center Performance: The Workshops to

Integrated Official Performance of the Department

of Alternative Energy Development and Efficiency

were organized for 1,066 officials.

The Department of Alternative Energy

Development and Efficiency organized the

workshop for its government officials, permanent

employee, and government employee to build

up their working strength and interaction in each

agency under the Department supervision, for

the integrated official performance according to

the function, obligation, performance agreement

in the level of division / bureau / center, and

strengthened networking of the level of group

/ section / work, and also individual.

- Personnel and Knowledge

Management Development Project Performance: The training courses were

organized to provide the knowledge to 558

officials in total.

he Department of Alternative Energy

Development and Efficiency has developed its

personnel capability and also developed knowledge

management in order that they can manage the

knowledge systematically and continuously. In

addition, the project has reinforced the personnel’s

knowledge and understanding on the ideas,

developed the knowledge management process

through the establ ishment of knowledge

management plan in compl iance with the

39

Sect

ion:

2


Department’s strategies, and proceeded on the personnel

development according to knowledge management system and

the prepared knowledge management plan.

- Study, Training, Seminar, and Study Visit

both inside and outside the Country

Performance: The personnel of the Department of

Alternative Energy Development and Efficiency were developed

by being dispatched to the study, training courses, and seminar

both inside and outside the country.

The Department of Alternative Energy Development and

Efficiency has dispatched the personnel to the study, training courses

and seminar both inside and outside the country in accordance with

the fund and budget quota allocated by the central office or other

offices involved, so as to develop the individual personnel as

appropriate with regard to the work under their duties and

responsibilities and in association with the study, training, seminar,

and study visit both inside and outside the country, including

1) 10 government officials were dispatched to further their

studies to Master Degree and Doctoral Degree inside the country

with the funds of the Department or from the outside agencies.

2) The government officials were dispatched to English

language training courses on general English and intensive English

in Australia and England

3) 25 government officials were dispatched to English

language training courses at the public agencies and other

institutes inside the country.

4) 5 government officials were dispatched to the training

courses, study visit, and seminar outside the country with the funds

of the foreign governments (Fund category 1 Khor) in Japan, India,

and Federal Republic of Germany.


courses, study visit, and seminar outside the country


courses, study visit, and seminar at the outside agencies.

- Information Technology

Personnel Development Project Performance: Organization of 8 training

courses for the information technology personnel

development

The Department of Alternative Energy

Development and Efficiency has implemented the

Information Technology Personnel Development

Project, enabling the personnel to gain knowledge,

capability, and skills of the information technology

to support the performance of the Department in

achieving its objectives. The 8 training courses

organized appropriately and accordingly with the

need of the trainees are as follows:

1. Document production and management

by Microsoft Word 2007 for 54 trainees.

2. Calculation work by Microsoft Excel

2007 for 54 trainees.

3. Primary PC hardware maintenance

for 79 trainees.

4. Database design and production by

Microsoft Access 2007 for 54 trainees.

5. Project management by Microsoft

Project 2007 for 28 trainees.

6. Microsoft Excel application development

by Visual Basic for Application for 27 trainees.

7. Website design by Joomia, Photoshop,

and Flash for 27 trainees.

8. Knowledge presentation and transfer

techniques by Microsoft PowerPoint for 29

trainees.


Activity Gallery


23rd February 2009

HRH Princess Maha Chakri Sirindhon proceeded to see solar drying

technology, and was welcomed and reported by Mr. Panich Pongpirodom, at the

Solar Drying Technology Demonstration Center, Sirindhorn International Environmental

Park, Suan Phueng District, Ratchaburi Province.

27th February 2009

HRH Princess Maha Chakri Sirindhorn proceeded to see the project of

biomass energy generation development and demonstration at the community

level, and was welcomed and reported by Mr. Panich Pongpirodom, at Baan Huai

Dur, Tha Wang Pha District, Nan Province.


17th October 2008

Mr. Wannarat Channukul, Minister of Energy, presided over the drilling connecting

diversion tunnel for the hydropower project at Klong Thung Plain, Chantaburi Province, and

was welcomed and reported by Mr. Panich Pongpirodom, Director-General.

27th October 2008

Mr. Wannarat Channukul, Minister of Energy, presided over the brainstorming

seminar on “Draft 15-Year Alternative Energy Developmentn Plan” at Conference Hall,

Nakhon Ratchasima Rajabhat University,.


5th November 2008

Mr. Wannarat Channukul, Minister of Energy, presided over the project of “Building

youth awareness on energy consumption in BMA’s schools” under collaboration between

DEDE and BMA at the Mall.

6th November 2008

Mr. Wannarat Channukul, Minister of Energy, led the executives and the press to

visit Biodiesel production project at Pathum Vegetable Oil Factory, Pathumthani Province.


25th November 2008

Mr. Wannarat Channukul, Minister of Energy, gave a press conference to launch of

“ESCO Fund for Thai Energy” at the Conference Room, Building 2, Department of Alternative

Energy Development and Efficiency.

1st December 2008

Mr. Wannarat Channukul, Minister of Energy, presided over the ceremony of taking

an oath of allegiance as good public servants and the power of the country, which were

attended by Mr. Panich Pongpirodom, Director- General, and DEDE officials in front of

Building 1, Ministry of Energy.


8th December 2008

Mr. Wannarat Channukul, Minister of Energy, presided over the announcing and

awarding ceremony of 2008 Outstanding Housing Development in Energy Conservation at

Prince Palace Hotel, Bangkok Metropolis.

16th December 2008

Mr. Wannarat Channukul, Minister of Energy, and Mr. Panich Pongpirodom, Director

-General, presided over the opening ceremony of Thailand ESCO Fair 2008 at Queen Sirikit

National Convention Center, Bangkok Metropolis.


22nd January 2009

Mr. Wannarat Channukul, Minister of Energy,

presided over the awarding ceremony of Outstanding

Schools for the project on “Building youth awareness

on energy consumption in BMA’s schools” at Sida

Resort Hotel, Nakhonnayok Province.

26th December 2008

Mr. Panich Pongpirodom, Director-General,

signed the cooperation agreement on “Small Hydropower

Development Project at Community Level” at the

Conference Room, Building 2, Department of Alternative

Energy Development and Efficiency.

6th January 2009


signed the cooperation agreement on “Research and

Development Project for Demonstration of Gas

Generation from Coal” at Boonrod-Nithipat Conference

Room, Building 7, Department of Alternative Energy

Development and Efficiency.


11th February 2009


and Mr. Panich Pongpirodom, Director-General, gave

a press conference on draft Ministerial Regulations

on specifications of building types or sizes and building

design standards, criteria, and methods for energy

conservation “Building Energy Code”, at the Conference

Room, Building 2, Department of Alternative Energy

Development and Efficiency.

12th March 2009


presided over the collaboration ceremony of energy

and vocational education to sustainably solve energy

crisis, and was reported by Mr. Panich Pongpirodom,

Director-General, at Miracle Grand Convention Hotel,

Bangkok Metropolis.

10th March 2009


together with the executives, and the press visited

Ethanol Production Project at Ratchaburi Ethanol Co.,

Ltd., Ratchaburi Province.


2nd April 2009


and Mr. Panich Pongpirodom, Director-General,

together with Mr. Prakob Jirakiti, BMA Deputy Governor;

Fig. Off. Irawas Patamasukhon, Director of Environmental

Office, opened the project of promoting the utilization

of biogas fermented tanks in BMA’s schools at BMA

City Hall.

24th March 2009


gave a press conference on “Thailand Energy Fair

2009” at the Conference Room, Building 2, Department

of Alternative Energy Development and Efficiency.

26th March 2009


signed a cooperation agreement for, development,

promotion, and transfer of Alternative Energy and

Energy Conservation between the Department of

Alternative Energy Development and Efficiency and

the Office of Permanent Secretary, Ministry of Education,

at the Conference Room, Ministry of Education.


30th April 2009


presided over the workshop on “Preparedness

Infrastructure for utilization of hydrogen and fuel cells

in transportation” at Prince Palace Hotel, Mahanark,

Bangkok Metropolis.

14th May 2009


presided over the seminar on “Energy Conservation

Promotion in Buildings through Labelling” and bestowed

Energy Conservation Building Labels at the Emerald

Hotel, Bangkok Metropolis.

20th May 2009


presided over the awarding ceremony for “Thailand

Energy Awards 2009”, and was reported by Mr. Panich

Pongpirodom, Director-General, at the Conference

Room, Chulabhorn Research Institute, Bangkok

Metropolis.


11th August 2009

Mr. Krairit Nilkuha, Director-General, together

with the executives and the press visited energy

operation at COTTO ceramic factory, at Thai Industrial

Ceramic Co., Ltd., Saraburi Province.

16th July 2009


presided over the ceremony of community biodiesel

production machinery handover to fishery community

at Baan Bor Muang, Sai Khao Sub-district, Klong

Thom District, Krabi Province.

28th September 2009


presided over the seminar on publicizing the performance

and bestowed energy conservation awards for technical

and vocational teams at Prince Palace Hotel, Mahanark,

Bangkok Metropolis.


Consultants

Mr. Krairit Nilkuha

Mr. Thammayot Srichuai

Mr. Suthep Liumsirijarern

Working Team

Mr. Twarath Sutabutr

Mr. Prasert Sinsukprasert

Mrs. Amaraporn Atchawangkul

Ms. Charasphan Phumpuang

Mrs. Wiramol Wongsumphan

Mr. Chalermchai Padunghus

Mr. Wirat Maneekaw

Mrs. Chareerat Satarawaha

Mrs. Chinthana Satawaranon

Mrs. Sukamol Prakobchat

Mr. Pongsak Phomkorn

Mr. Nawin Naknawa

Ms. Busarin Suwansree

Mrs. Somsuk Musiphol

Mrs. Chittima Sumpao

Mrs. Niramol Bubpasiri

Mr. Praphan Boonthanom

Mrs. Pornsom Rojanapradit

Mr. Mongkol Intra

Ms. Pennapa Charassangkulkij

Ms. Wallapa Yenrayub

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