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Arab Republic of Egypt
Egyptian Environmental Affairs Agency
Climate Change Central Department
Mitigation& CDM General Department
NAMA Proposal
Program of Energy Efficiency
in street lighting & Building
UNFCCC Regional
Workshop on NAMAs
TAREK SHALABY
MITIGATION DIRECTOR, EEAA
Kigali, 17-19 Aug.,2015
A.R.E - EEAA - CCCD
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Eng. TAREK SHALABY
Motivation
 Increased demand for energy to meet the
requirements of development.
 Need huge investments to meet this increase.
 The start of the depletion of fossil sources of energy
 Environmental impacts resulting from the
consumption of these sources, is the most important
global warming.
Energy Sold by Purpose of usage (GWh)
Type of Usage
Industries
Agriculture
Utilities
Public
Lighting
Governmental
residential
Commercial
Other
06-07
34569
3789
4228
6653
07-08
37045
4209
4380
6759
08-09
37273
4617
4714
6982
09-10
38916
4834
5555
7050
10-11
40702
4927
5759
6186
5562
36596
7046
98443
5691
40271
8240
106595
5563
43811
8754
111714
5443
47431
9674
118903
5977
51370
10238
125159
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Vision
 Supplying electrical energy to all consumer in all sectors in sustainable
basis according to the international standards.
 Providing consumers with high quality services on economic basis.
 Taking into account the environmental and social aspects through three
axis:secure electrical energy supply through several
resources and increasing generated electricity
from RE resources
saving fossil fuel to secure energy
for the coming generations
elaborate and protect the environment
and reduce global warming
A.R.E - EEAA - CCCD
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A.R.E - EEAA - CCCD
National Strategy for Energy Sector
The Supreme Energy Council in Egypt adapted a
resolution on an ambitious plan aiming to
increasing the contribution of renewable energy
to reach 20% of total energy generated in 2020,
where hydro power represents 5.8%, Wind 12%,
and 2.2% from other renewable energy resources
especially solar energy, The target will be met by
scaling up Wind energy capacities to reach
7200Mw in year 2020.
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A.R.E - EEAA - CCCD
 About 41% of the electricity used in
residential and, 35% of consumption
used in lighting.
 Energy consumption of street lighting
reached 6.2 TWh , representing 4.9%
of electricity consumed with a cost
about 700 Million $ .
Decrease of CFL (23 Watts) Price
Light intensity in Egypt compared to Int. Standards
light
Type of
intensity on
Street
int. Standard
(Lux)
High Way
22
Major
15
Streets
Minor
10
Streets
Level of light intensity
as measured in Egypt
(%)int.
(Lux)
Standards
54
245
73
486
139
1390
(L.E.)
Numbers of bulbs for Public
lighting
Sodium 400 W
Sodium 250 W
Bulb 200 W
Bulb 150 W
Bulb 100 W
Total
800,000
2,250,000
785,000
369,000
863,000
5,067,000
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Program of Energy
Efficiency
in street lighting &
Building
in Egypt
A.R.E - EEAA - CCCD
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A.R.E - EEAA - CCCD
Title of Activity
Implementing &
Coordinating
Entities
Activities
Objective
Objective
Measures
Start Date
GHG Covered
Improving EE in street lighting & Building
Ministry of Electricity and Renewable Energy - Ministry of Local
Development - Ministry of Environment.
Decrease electricity consumption by 50% through implementing
EE program in Governmental Building and street lighting of the
total energy consumption by Dec., 2016.
EE (2012 - 2017) plan :
 Improve electrical EE in (household - public facilities and
government agencies )
 Improve energy conservation in the electrical grid.
 Reduce loss in the electrical during distribution in network.
 Installing of solar energy photovoltaic cells for efficient
lighting.
January 2014
CO2
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A.R.E - EEAA - CCCD
 Using the efficient lighting in the household sector
 Energy saving in street lighting (solar panel, EE bulbs).
 Rationalization of energy use in Governmental buildings.
boundaries
All over the Egyptian Geographical boundary
Environmental Benefits:
 Reduction of GHGs especially CO2.
 Air quality improvement.
Economic Benefits:
 Conventional fuel consumed in Electricity generation.
contribution to  Reduced electricity bills.
Sustainable
 Open new market for manufacturing.
Development  Reduce the cost of daily operation and maintenance.
 Invest one time and earn return lifetime.
Social Benefits:
 Expand the local manufacture.
 Provide training and Job opportunities.
 No impact of power outages on the street lighting.

Energy savings: 1800 Million KWh
Expected

Load reduction: 450 M.W
program yearly

Decrease of the electricity : (600M L.E = 90 M$)
saving

Fuel saving: 390 MTOE
Activities
Measures
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A.R.E - EEAA - CCCD
3 years on 3 stages as follows:
Time frame for  1st Stage: 1 year (January 2014-December 2014)
Implementation  2nd Stage: 1 year (January 2015- December 2015)
 3rd Stage: 1 year (January 2016- December 2016)
The program cost is around 103 Million $, A national contribution
Estimated Cost of 42 Million $ has been allocated, Need for international
support and investment .
1st Stage: Replacement by 1 million efficient bulb lead to reduce:
Estimated
 around 450 GWh
Reduction
 Around 246.15 Kt CO2e.
(ktCO2eq/year)
2nd Stage & 3rd Stage : To be Calculated.
 Degree of coverage.
 Emission Reduction.
 Reduced Electricity demand.
MRV Plan
 Collection Percentage.
 Program Improvement opportunities.
 Number of manufacture.
 National Energy Policy.
National Policies  Renewable Energy Plan.
 Egypt’s Supreme Energy Council Decisions.
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Measures Description
A.R.E - EEAA - CCCD
The Egypt’s Supreme Energy Council decide to develop & Apply EE programs on
Street Lighting - Governmental buildings - Public utilities - Residential sector
The use of energy-saving bulbs and the gradual disposal of
24/7/2007
incandescent bulbs in the household sector.
Establishment of a unit to collect, review and coordinates various
11/03/2009
programs to rationalize energy.
25/5/2009 Recommending implementing EE improvement of street lighting
R No. (16)
09/03/2011
R No. (1)
30/6/2010
R No. (92)
14/8/2010
R No. (6)
29/2/2012
R No. (2)
20/9/2014
Activating the procedures of energy conservation in buildings and public
facilities .
Coordination between Ministries of (Electricity and Local Development)
to decrease Governorate electricity consumption by 50% through
implementing EE programs in Governmental Building and street lighting.
Implementing initiative of lighting efficiency improvement and energy
rationalization in government buildings.
The usage of energy-saving bulbs in all public buildings.
The feed in tariff of solar energy prices with 1.02 L.E for KWh, and Wind
energy with 0.82 L.E for residential sector.
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Employed Technology
methodology
A.R.E - EEAA - CCCD
AM0046:
AMS-II.C:
Distribution of efficient light bulbs to households.
Demand side energy efficiency activities for specific
technologies.
AMS-II.J:
Demand-side activities for efficient lighting technologies
AMS-III.AE: EE and RE measures in new residential buildings
- Selling 6.5 Million (CFLs23 W) for half prices (10
lamps per customer / Electricity bill) with guarantee 18
household
months.
sector
- providing 10 Million LEDs with discount (3-4 lamps
per customer) with guarantee 24 months.
- Placing 1 Million high EE saving lamps 85, 120 watts
street
or sodium lamps 100, 150 watts).
- Replacing sodium and mercury lamps by CFLs .
lighting
- Restriction of the use of mercury vapor lamps
substituting the lighting system with power saving
Public
lighting systems and installing condensers to improve
buildings
the power factor.
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A.R.E - EEAA - CCCD
Financing
The total cost of the program is around (720 Million L.E = 103 Million $)
1st Stage: An amount of (260 Million L.E = 42 Million $) has been allocated by
the Ministry of Finance to implement of energy efficiency program in street
lighting.
2nd Stage: divert the street lighting in the provinces, to be operated by solar
energy instead of conventional energy, through sale the right of Advertisements
on the lampposts for a year, advertisers will pay the lighting column and solar
energy cell price, this stage will provide 2000 watts per day for each column
converted to operate by solar energy .The cost of the column and solar energy
cell , and storage batteries around (10 thousand L.E = 1.3 thousand $), it can be
shortened to half using current columns and achieves column revenues through
Advertisements ( it considered a source of continuously income to the provinces
without expenses, just the periodically maintenance expenses for the columns).
3rd Stage: Seeking for International support (Technical and Financial).
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Thanks
A.R.E - EEAA - CCCD
trkshlby@hotmail.com
(+2)01060230727