“Energy Conservation Workshop
under ASEAN-Japan Energy Efficiency Partnership(ECAP 20)”
Country Report
Aye Kay Khaing Soe
Deputy Director
Energy Efficiency and Conservation Department
Directorate of Industrial Collaboration
Ministry of Planning, Finance and Industry
2nd .Dec.2019

Tokyo, Japan

Contents▪ Current status of development and implementation of BEC/GBC▪ Proposals to refine the ASEAN Energy Award

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Current status of development and implementation of BEC/GBC

3

Overview of Energy Consumption
Electricity Consumption by sector

Final Energy Consumption by sector

1,400

18000

16000

1,20014000
Transport

1,00012000
IndustryIndustryktoe

Residential
Commercial

600

10000

ktoe

800

8000

Non-Specified
Total400

Resdential
Commercial & Public

6000

Non-Specified

4000

Total Final Energy
Consumption

2000

20002011

2012

2013

2014

2015

2016

Source: Myanmar Energy Statistic 2019(EIRA)

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EE Policy Targets (baseline demand in 2012)

Sector

Weighted
Average Saving
Potential (%)

Achievable
Target by
2020(%)

EE Policy
Target –2020 (%)

Achievable
Target by
2025(%)

EE Policy
Target –2025 (%)

Achievable
Target by
2030(%)

EE Policy
Target –2030 (%)

Industry

8.84%

40

3.54

60

5.31756.63

Commercial / Public

4.97%

40

1.99

60

2.98

80

3.98

Residential

9.70%

55

5.36

70

6.82

80

7.80

Other

1.7%

40

0.68

60

1.0280

1.36

Total

25.26%EE Policy Targets

11.7

16.1

Building Sector
12 to reduce about 1216%
by 2030

19.77

205

Development EE&C Legal Framework
Energy Efficiency and Conservation Law
Regulation on Enforcement of Energy Efficiency and Conservation Law
EC Guideline
for factories and Buildings

Notification on Annual reportand Mid-Long term plan
Standard and Labeling System

Preparation of the Energy Conservation Handbook
Bi lateral Cooperation between Japan and Myanmar(Japanese Side)(Myanmar Side)

METI

MOI

ECCJ

EECD.
Working Group for EE&C Law
Taskforce Teams for EC Guideline

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Contents of Energy Efficiency &Conservation (EE&C)Law
Chapter I:
Title and Definition
Chapter II:
Objectives
Chapter III:
Formation of National Energy Efficiency and Conservation Committee
Chapter IV: Duties and Power of the Ministry
Chapter V:
Formation of a Directorate for Energy Efficiency and Conservation
Chapter VI: Energy Efficiency and Conservation in Factories
Chapter VII: Energy Efficiency and Conservation in buildings
Chapter VIII: Energy Efficiency and Conservation in Transportation
Chapter IX: Standardization and Labeling on Energy Performance for Machinery and ElectricalHome Appliances
Chapter X:
Establishment of Energy Manager and Auditor System
Chapter XI: Establishment of Energy Efficiency and Conservation Promotion Fund
Chapter XII : Prohibitions
Chapter XIII: Administrative Penalties
Chapter XIV: Offences and Penalties
Chapter XV: Miscellaneous7

Scope of Energy Efficiency &Conservation (EE&C)Law8

Obligation of Designated Business Operator
Description items
Definition of DesignatedBusiness Operators ( DBO)

Business operator that use energy more than thresholds level
3million kWh ~ 5 million kWh to cover 200~300 no. of DBO
Business operator :a person who is responsible for operation of an industry or commercial
building such as an owner, operator, industrial producer, manufacturer orprocessor of products and goods

Obligation of DBO▪ Appoint energy manager▪ Report annually on current status of energy use including mid-long term planfor energy efficiency improvements▪ Follow EC Guidelines▪ Notify the appointment or dismissal of energy managers

Requirement number of Energy
Manger in each DBO

one energy Manager (At least )Requirements of Energy Auditfor DBO

one time per three years

9Contents of Energy Conservation (EC) Guideline
for Factories and Buildings
Part IGeneral Requirements(1.1) General Requirements for all business operators(1.2) Fundamental Requirements applicable to factories and buildings
Part II

Rational Use of Energy in Electrical Equipment(2.1) Transformer(2.2) Lighting(2.3) Air Compressor(2.4) Air Conditioner and Chiller(2.5) Motor

x.x2.1. Selection of Equipment(2.6) Pump

x.x2.2. System Design(2.7) Fan & Blower
Part IIIEC Guideline Index By Equipment
x.x.1. Introduction
x.x.2. Measures for New Installation

Rational Use of Energy in Thermal Equipment(3.1) Boiler(3.2) Industrial Furnace

x.x.3. Energy Management
x.x.3.1. Management and Control
x.x.3.2.Measurement and Recording

x.x. 3.3 Inspection and Maintenancex.x.4. Further Improvement

10Contents of Energy Conservation(EC) Handbook
for Factories and Buildings
1.
1.1

1.2
2.
2.1
2.2
2.3
2.4
2.5
2.6
2.7

EC Handbook Index by Equipment

General Information

1. Introduction
Overview of 2.
theMeasures
Energy Conservation
Handbook
for New Installation
2.1. Selection of Equipment
Energy Management
2.2. System Design
3.
Thermal Energy Use Equipment
Electrical Energy
UseManagement
Equipment
3. Energy
3.1. Management and Control
3.1
BoilerTransformer 3.2. Measurement and Recording
3.2
Industrial Furnace
3.3 Inspection and MaintenanceLighting

Other Recommendations
4. Further Improvement
Air Compressor
5. Key Note
3.3
Heat Pump
5.1.
TechnicalDescription
Air Conditioner and Chiller
3.4
Cogeneration
5.2. Energy Loss and Efficiency
Motor5.3. Explanation of ManagementandControl
3.5
ThermalInsulation for Buildings
5.4. Explanation of Measurement and Recording
Pump5.5. Explanation of Inspection and MaintenanceFan & Blower 5.6. Explanation of Example of EM Manual
6. Case Study
7. Appendix

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Development Energy Conservation(EC) Guideline
for Factories and Buildings

EC Guidelineand Handbook
Development

Introduction ofEC Guideline(Voluntary)

EE&C Law
Enact• 2020Introduction ofEC Guideline(Mandatory)• After enacted EE&C
Law

• 2019-2020• 2017-201912

Development Energy Conservation(EC) Guideline
for Factories and Buildings
EC Guideline Development
Initial Discussion

Introduction
on Drafted EC Guideline

Group Work Discussion
on Drafted EC Guideline

Introduction on Drafted EC Guideline
to factories and Buildings

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Myanmar National Building Code (MNBC)
Prepared todevelop MNBC
in 2011

MyanmarNational
Building Code –Provisional
2012• Technical Working Group• Ministry of Constriction (Leader)• Federation of Myanmar Engineering Society(Fed: MES) ,• Association of Myanmar Architects (AMA),• International experts and concerned
ministries and organizations

Myanmar National
Building Code –2016(Voluntary)

Revised Stage(to add HVACsystem)• It is established with 7 Sectors:
1. Planning, Environment, Administration andLegislation
2. Architecture and Urban Design(Architecture For Energy Efficiency And
Green-Optional)
3. Structural Design
4. Soil and Foundation
5. Building Services ( Lighting)
6. Building Materials
7. Construction Practices and Safety1414

Comparison/ difference between National Building Code and Energy
Conservation Building Guideline, Energy Efficient Building CodeNational Building CodeonArchitectures

Energy Conservation Building Guideline,
Energy Efficient Building Code1

More Focuses
Building Designand - Building Design for Energy Saving and NaturalCondition Usage (EEBC)

2

No regulation for Energy Consumption, - Regulation for Energy Consumption, energy
energy management (Operational Control)
management and Operational Control (ECGuideline)3

Apply only Safety standards

4

No
technicaldetails
forenergy - Technical guideline and calculation detail for theperformance level and calculation for theappliances (EC Guideline)
appliances

5

Renewable Energy Usage is Optional.

- Apply Energy Performance standard plus safety- Renewable or alternative energy or new energy
instead of fossil fuel usage must be necessary forgreen building code (EEBC)
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Development of Energy Efficient Building Code• The requirement of Energy Efficient Building Code• Design Aspect• Passive Design(building Orientation, shading, envelope, material and so on.,)• Active Design(selection and installation of equipment , and so on.,)• Operation Aspect ( Energy Management Control )EC Guideline IndexEquipment• Selection• System Design• Energy Management• Ministry of Constriction• YCDC, MCDC
• Federation of Myanmar Engineering Society (Fed: MES) ,• Association of Myanmar Architects (AMA),• Further Improvement(energy intensityimprovement)

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Proposals to refine the ASEAN Energy Award

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Proposals to refine the ASEAN Energy Award
 To discuss detailed criteria and scores and scoring system (Support to Malaysia ) To use excel sheet in scoring system Malaysia’s ranking system (discuss within AMS representatives)
 To review ZEB readyExample

No.

I

Criteria

Overall On-Site
NaturalEnvironment
Considerations

Use ofvegetation,
landscape and1 hardscapeThe use ofhardscape
2 materials

Effective application of ground covering plant and large
1 plant
2 The modification of landscape and topography
3 The use of hardscape materials

4 Effective application of water body: location, quantity,
Effective application of wind: natural ventilation, stack
3 The use of wind 5 ventilation, etc.
Other use of onsite natural
4 environment
6 The use of night sky radiation
57 Others (specify)%Weight2323311

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Proposals to refine the ASEAN Energy Award
Zero Energy Building Evaluation Criteria

 By Simulation (office) By Building Energy Code
 By Data Collection Method

Energy Efficiency Index of Occupied Air-conditioned Area:
Building Type: Office: 160 kWh/m2/yr

 Library: 160 kWh/ m2/yr

 By using the building energy consumption
data before
 Retail/ShoppingMalls retrofitting: 192 kWh/ m2/yr
 HotelsComparison with after and beforeretrofitted building forHospital: 216 kWh/ m2/yr: 288 kWh/ m2/yr

For new building Estimated Energy Consumption( Actual Energy Consumption – one year operation)
 Baseline Building Energy Consumption
 To consider Energy Efficiency index

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Your kind suggestions, comments and cooperation

are welcome.
Thank you!

Energy Efficiency and Conservation Department
Ministry of Planning, Finance and Industry
Ph no.: +95 67 3 405157, +95 673 405229
Email: eecd.moi@gmail.com

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