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Solar Energy Development Association
SEDA
Enhancing The Role
of
Solar Energy in Egypt
SWH History in Egypt
Do You Know!
First solar energy station in the world was built in
Maadi  Cairo on (1911-1913) by Frank Shuman
But why stopped!
3
Solar Thermal  Cost / Performance Comparison with PV
ST (FP-Collector, standard type)
Output/day1: 22.7 kWhth
Area: 7.8 m族 (84 ft2)
Installed cost:
PV (Module, SQ 165-PC)
Output/day2: 22.3 kWh
Area: 39 m族 (420 ft2)
Installed cost:
=
1 to 5
1: Peak output based on SRCC Category C Clear Sky for ST
2: Manufacturers spec sheet for PV at standard test conditions
1 to 3
Solar Thermal is the most effective Solution now !!!
SWH World Installations
Where is Egypt!
Solar Energy Development Association
SEDA  Why does it exist?
 To become the market point of
reference when it comes to solar
energy solutions
 A Platform representing ALL Solar
Industry stakeholders under ONE
ROOF
(traders, academics, government, cu
stomers, manufacturers, NGOs, dev
elopment agencies, international
energy associations, etc)
Solar Energy Development Association
SEDA Timeline
2007
GIZ  SWH
Entrepreneur
Network
establishment
2008-2010
Studying & Learning
of Local and
International solar
situation ,
(challenges &
obstacles)
2011
SEDA
Establishment
2012
- 1st contribution
in Intersolar
- Initiative with
Ministry of
Tourism to shift
100,000 rooms to
solar energy
2013
Remarkable
contribution in
Intersolar &
integration with
green star
initiative in
tourism
Solar Energy Development Association
SEDA  what is it ?
 Non-profit Association, developed
in coordination with the GIZ PSDP
for the promotion of solar energy
in Egypt
 Actively engaged in
researching, developing, training,
and promoting programs with
economic, environmental, and
social benefits for the country as
a whole
Solar Energy Development Association
SEDAs Focus
1.Political
Lobbying
2.Capacity
Building
3.Awareness
& Social Impact
1. To have step forward towards
sustainable development.
Matching with the global effort
to save our earth.
2. Save the government
considerable costs associated
with supplying increasing
energy demands - (it is
cheaper to consume less rather
than build more)
3. Create jobs
4. Profitable solution for
investors.
Making solar energy the standard for water
heating
Market Potential in Egypt
Business Opportunity
Council of Ministers - EEU
Housing
Industry
Government Focus:
 Energy Efficiency Unit
Ministry of Tourism:
 Green Tourism Unit
 Switch of 100,000 rooms to green energy in 5 years
Ministry of Housing:
 Urban Development Organization
 1-million flat to be SWH over 10 years to come
Ministry of Industry:
 Standardization Organization
 Establishment of nationwide quality standard
 Local Manufacturing
The Numbers.
National Mechanism for the Tourism Sector
Everybody is a Winner
National Economic & Social
Development
Reclaiming Lost Potential
How important is Hot water
6/13/2013 息2011 SEDA, all rights 13
PROGRAMS FOR CARBON EMISSION REDUCTION
The energy used for producing hot water in
buildings accounts for 6000Gwh (6% of
electricity consumption) ; about 2 to 3 standard
thermal power plants
 More than 6 million heaters are used in
Residential. Half of them are used electric
heaters . If Egypt satisfies its need for hot water
in buildings 100% by Solar energy it would save
4.5 Million tons of CO2 emission per year
We have less than 5,000 m2 of installation per
year compared to Tunisia, which exceeded
80,000m2 of installations per annum
43%
33%
15%
9%
Hospitality Energy Consumption
Space Heating/Cooling Lighting& Other Water Heating Kitchen
Perspective of Ministry of Finance
Government Economic Gains
6/13/2013 息2011 SEDA, all rights 14
Hotels connected to Grid $USD LE
Subsidy Per GWH Produced 20,571.43 123,428.57
Avoided Subsidy per Room /year (cost supply) 9.6 57.6
Avoided Subsidy per Room /year (opportunity cost) 53 320
** saved fuel can be sold - plus as we move toward becoming a net Importer, this
slowly becoming our REAL cost
*** this is based on $100 per BBl
PAYBACK OF 25% SUBSIDY GRANT TO THE
GOVERNMENT 2.73
Hotels Using Diesel Generators to produce own electricity OR local Grid
connected $/Toe LE
International Price Diesel 720.00 4,320.00
Local Price Diesel 213 1278
Diesel Subsidy 507 3042
Program Financials
6/13/2013 息2011 SEDA, all rights 15
The Program Duration (100,000 Sq meters) Million (LE)
Total investment 400
Hotels contribution 156
Subsidy 100
Loan 144
Financing (MEGP) 40 60 80 100 120 400
Hotels contribution 16 23 31 39 47 156
Subsidy 10 15 20 25 30 100
Loan 14 22 29 36 43 144
year 1 year 2 year 3 year 4 year 5 Total
Annual installed m族 10,000 15,000 20,000 25,000 30,000 100,000
Cumulated Intsalled m族 10,000 25,000 45,000 70,000 100,000
The leading Beneficiary
Ministry of Finance and the State
6/13/2013 息2011 SEDA, all rights 16
TOTAL Program Savings
Final electricity saving (MWh) 116,666.7
Primary saving (toe) 26,016.7
CO2 reduction (TCO2e) 80,094.9
ProgramReturn for Ministry of Finance (on Subsidy) Million (LE) ROI on Program
over 5 years Over 10 yrs
Investment in Subsidy Grant 100
Real current cost subsidy saving for the state 69 274.3 174%
Opportunity cost based subsidy Saving 146 585.6 486%
Assuming 10 year lifetime for SWH
Assuming $100 bbl
Thank you
www.seda-eg.com

More Related Content

SEDA Solar Energy Development in Egypt, Khaled Gasser 20130611

  • 1. Solar Energy Development Association SEDA Enhancing The Role of Solar Energy in Egypt
  • 2. SWH History in Egypt Do You Know! First solar energy station in the world was built in Maadi Cairo on (1911-1913) by Frank Shuman But why stopped!
  • 3. 3
  • 4. Solar Thermal Cost / Performance Comparison with PV ST (FP-Collector, standard type) Output/day1: 22.7 kWhth Area: 7.8 m族 (84 ft2) Installed cost: PV (Module, SQ 165-PC) Output/day2: 22.3 kWh Area: 39 m族 (420 ft2) Installed cost: = 1 to 5 1: Peak output based on SRCC Category C Clear Sky for ST 2: Manufacturers spec sheet for PV at standard test conditions 1 to 3 Solar Thermal is the most effective Solution now !!!
  • 6. Solar Energy Development Association SEDA Why does it exist? To become the market point of reference when it comes to solar energy solutions A Platform representing ALL Solar Industry stakeholders under ONE ROOF (traders, academics, government, cu stomers, manufacturers, NGOs, dev elopment agencies, international energy associations, etc)
  • 7. Solar Energy Development Association SEDA Timeline 2007 GIZ SWH Entrepreneur Network establishment 2008-2010 Studying & Learning of Local and International solar situation , (challenges & obstacles) 2011 SEDA Establishment 2012 - 1st contribution in Intersolar - Initiative with Ministry of Tourism to shift 100,000 rooms to solar energy 2013 Remarkable contribution in Intersolar & integration with green star initiative in tourism
  • 8. Solar Energy Development Association SEDA what is it ? Non-profit Association, developed in coordination with the GIZ PSDP for the promotion of solar energy in Egypt Actively engaged in researching, developing, training, and promoting programs with economic, environmental, and social benefits for the country as a whole
  • 9. Solar Energy Development Association SEDAs Focus 1.Political Lobbying 2.Capacity Building 3.Awareness & Social Impact
  • 10. 1. To have step forward towards sustainable development. Matching with the global effort to save our earth. 2. Save the government considerable costs associated with supplying increasing energy demands - (it is cheaper to consume less rather than build more) 3. Create jobs 4. Profitable solution for investors. Making solar energy the standard for water heating
  • 11. Market Potential in Egypt Business Opportunity Council of Ministers - EEU Housing Industry Government Focus: Energy Efficiency Unit Ministry of Tourism: Green Tourism Unit Switch of 100,000 rooms to green energy in 5 years Ministry of Housing: Urban Development Organization 1-million flat to be SWH over 10 years to come Ministry of Industry: Standardization Organization Establishment of nationwide quality standard Local Manufacturing
  • 12. The Numbers. National Mechanism for the Tourism Sector Everybody is a Winner National Economic & Social Development
  • 13. Reclaiming Lost Potential How important is Hot water 6/13/2013 息2011 SEDA, all rights 13 PROGRAMS FOR CARBON EMISSION REDUCTION The energy used for producing hot water in buildings accounts for 6000Gwh (6% of electricity consumption) ; about 2 to 3 standard thermal power plants More than 6 million heaters are used in Residential. Half of them are used electric heaters . If Egypt satisfies its need for hot water in buildings 100% by Solar energy it would save 4.5 Million tons of CO2 emission per year We have less than 5,000 m2 of installation per year compared to Tunisia, which exceeded 80,000m2 of installations per annum 43% 33% 15% 9% Hospitality Energy Consumption Space Heating/Cooling Lighting& Other Water Heating Kitchen
  • 14. Perspective of Ministry of Finance Government Economic Gains 6/13/2013 息2011 SEDA, all rights 14 Hotels connected to Grid $USD LE Subsidy Per GWH Produced 20,571.43 123,428.57 Avoided Subsidy per Room /year (cost supply) 9.6 57.6 Avoided Subsidy per Room /year (opportunity cost) 53 320 ** saved fuel can be sold - plus as we move toward becoming a net Importer, this slowly becoming our REAL cost *** this is based on $100 per BBl PAYBACK OF 25% SUBSIDY GRANT TO THE GOVERNMENT 2.73 Hotels Using Diesel Generators to produce own electricity OR local Grid connected $/Toe LE International Price Diesel 720.00 4,320.00 Local Price Diesel 213 1278 Diesel Subsidy 507 3042
  • 15. Program Financials 6/13/2013 息2011 SEDA, all rights 15 The Program Duration (100,000 Sq meters) Million (LE) Total investment 400 Hotels contribution 156 Subsidy 100 Loan 144 Financing (MEGP) 40 60 80 100 120 400 Hotels contribution 16 23 31 39 47 156 Subsidy 10 15 20 25 30 100 Loan 14 22 29 36 43 144 year 1 year 2 year 3 year 4 year 5 Total Annual installed m族 10,000 15,000 20,000 25,000 30,000 100,000 Cumulated Intsalled m族 10,000 25,000 45,000 70,000 100,000
  • 16. The leading Beneficiary Ministry of Finance and the State 6/13/2013 息2011 SEDA, all rights 16 TOTAL Program Savings Final electricity saving (MWh) 116,666.7 Primary saving (toe) 26,016.7 CO2 reduction (TCO2e) 80,094.9 ProgramReturn for Ministry of Finance (on Subsidy) Million (LE) ROI on Program over 5 years Over 10 yrs Investment in Subsidy Grant 100 Real current cost subsidy saving for the state 69 274.3 174% Opportunity cost based subsidy Saving 146 585.6 486% Assuming 10 year lifetime for SWH Assuming $100 bbl