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Page 1: Previous Efforts in the Electricity Sector to Improve Energy Efficiency On Supply Side  Maximum use of natural gas.  Increase of generation efficiency
Page 2: Previous Efforts in the Electricity Sector to Improve Energy Efficiency On Supply Side  Maximum use of natural gas.  Increase of generation efficiency

Previous Efforts in the Electricity Sector to

Improve Energy Efficiency O

n S

upp

ly S

ide

On

Su

pply

Sid

e Maximum use of natural gas.

Increase of generation efficiency through rehabilitation, conversion to

combined cycle, and selection of large sizes for new units.

Reduction of transmission and distribution losses from 19% in 1981 to 13% in 1998, by rehabilitation of

networks and installation of shunt capacitors.

General Aspects

• Load Management Program with the support of the World Bank.

• Load Management strategy mainly for cement industry, and irrigation pumping.

• New Contracts for EHV & HV consumers based on 0.9 power factor instead of 0.8.

On

Dem

and

Sid

eO

n D

eman

d S

ide

Pilot Programs• 13 energy audits for different industries have been completed by EEA, Alexandria Electricity Company and OEP (sponsored by USAID).• Installation of Time of Use (TOU) meters on some sites of big consumers.• Pilot program for distribution of 1000 CFLs in Alexandria with the support of the European Commission.

Page 3: Previous Efforts in the Electricity Sector to Improve Energy Efficiency On Supply Side  Maximum use of natural gas.  Increase of generation efficiency

Duration of ExecutionDuration of Execution : Four years and six months

Total Budget Total Budget : 5.895 M US$

Financing of the ProjectFinancing of the Project : GEF 4.11 M US$ UNDP 0.8 M US$ (Cost Sharing) Gov. 0.985 M US$

Page 4: Previous Efforts in the Electricity Sector to Improve Energy Efficiency On Supply Side  Maximum use of natural gas.  Increase of generation efficiency

Energy Efficiency Energy Efficiency ImprovementImprovement

and Greenhouse Gas and Greenhouse Gas ReductionReduction

Overall Objective

The overall objective of this project is to assist Egypt to reduce the long term

growth of GHG emission from electric power generation and from

consumption of on-renewable fuel resources.

Page 5: Previous Efforts in the Electricity Sector to Improve Energy Efficiency On Supply Side  Maximum use of natural gas.  Increase of generation efficiency

Activities to fulfill this Objective:

1 Supporting efficiency improvement and loss reduction in electricity generation, transmission & distribution.

2 Enhancing EEA capabilities in integrated resource planning (IRP).

3 Stimulating customers demand and supporting market delivery for energy efficiency services and equipment.

4 Promoting private sector involvement for investing in energy efficiency projects.

5 Enhancing regional co-operation and exchange of experience in this field.

6 Development and implementation of energy conservation measures in residential, commercial and industrial sectors.

Page 6: Previous Efforts in the Electricity Sector to Improve Energy Efficiency On Supply Side  Maximum use of natural gas.  Increase of generation efficiency

High Level Coordinating Committee

Project Technical Director Advisory Council

Loss Reduction

Team

LoadShiftingTeam

Audit & Tech Services

Team

Cogeneration Team

Business&Finance

Codes &Standards

InfoPromotion

&

Component 1 Component 2 Component 3

Team

Teams Team

Page 7: Previous Efforts in the Electricity Sector to Improve Energy Efficiency On Supply Side  Maximum use of natural gas.  Increase of generation efficiency

- Egyptian Electricity Authority (EEA).- Organization For Energy Planning (OEP).

- UNDP - Cairo- UN Department of Economic &Social Affairs (DESA).- Building Research Institute (Egypt). - Egyptian Organization for Standards.

Page 8: Previous Efforts in the Electricity Sector to Improve Energy Efficiency On Supply Side  Maximum use of natural gas.  Increase of generation efficiency

CComponent 1omponent 1

CCom

pon

ent

1om

pon

ent

1LOSS REDUCTION, LOAD SHIFTING AND LOSS REDUCTION, LOAD SHIFTING AND LOAD MANAGEMENT IN THE UPSLOAD MANAGEMENT IN THE UPS

1) 1) Reduce Transmission Losses.Reduce Transmission Losses.2) Set Priorities for Dynamic Response.2) Set Priorities for Dynamic Response.3) Network Analysis and Control Strategies.3) Network Analysis and Control Strategies.4) Load Shifting Through Applying Time of Use4) Load Shifting Through Applying Time of Use (TOU) Tariff.(TOU) Tariff.

Activitiesctivities::

Page 9: Previous Efforts in the Electricity Sector to Improve Energy Efficiency On Supply Side  Maximum use of natural gas.  Increase of generation efficiency

ENERGY EFFICIENCY MARKET SUPPORT ENERGY EFFICIENCY MARKET SUPPORT

1) 1) Energy Efficiency Industry Support and Promotion.Energy Efficiency Industry Support and Promotion.2) Energy Standards and Labeling For New 2) Energy Standards and Labeling For New

Equipment.Equipment.3) Energy Efficiency Codes for the Design and 3) Energy Efficiency Codes for the Design and

Construction of New Buildings.Construction of New Buildings.4) Establishment of Energy Efficiency Center.4) Establishment of Energy Efficiency Center.

CComponent 2omponent 2

CCom

pon

ent

2om

pon

ent

2

Activitiesctivities::

Page 10: Previous Efforts in the Electricity Sector to Improve Energy Efficiency On Supply Side  Maximum use of natural gas.  Increase of generation efficiency

CogenerationCogeneration

CComponent 3omponent 3

CCom

pon

ent

3om

pon

ent

3

•Establish and train a small power group within EEA;Establish and train a small power group within EEA;•Establish safety and interconnection requirements forEstablish safety and interconnection requirements for parallel grid connections with small producers;parallel grid connections with small producers;•Create infrastructure for EEA to purchase electricity Create infrastructure for EEA to purchase electricity from small producers;from small producers;•Establish and develop materials for a customer-trainingEstablish and develop materials for a customer-training program.andprogram.and•Develop industrial cogeneration project.Develop industrial cogeneration project.

Activitiesctivities::

Page 11: Previous Efforts in the Electricity Sector to Improve Energy Efficiency On Supply Side  Maximum use of natural gas.  Increase of generation efficiency

Component 1Component 1

Component 2Component 2

Component 3Component 3

0.48 MTons

8.25 MTons

3.00 MTons

0.4 %

2.7 %

7.4 %

• After the adoption of the developed measures, the full impact of the project activities is expected to be achieved by the year 2010.

• Energy savings and CO2 emissions reduction by that year from the project components are expected to be as follows :

Page 12: Previous Efforts in the Electricity Sector to Improve Energy Efficiency On Supply Side  Maximum use of natural gas.  Increase of generation efficiency