280218_Luxor-Egypt SECAP Final_revised
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Developing Solar PV power generation<br />
Having 150,700 square meters of roofs available from Governorate’s buildings in the City of <strong>Luxor</strong> and<br />
assuming 60% of these roofs can be used, we would have 90,500 square meters for Solar PV installation,<br />
meaning a capacity to install 12,500 kWp – a global investment of 16 million € for a potential production of<br />
22,500 MWh/y.<br />
The priority action #5 recommends a staged approach with a first round tapping on 50% of the entire<br />
potential, meaning installing 7,500 kWp: for example, 50 units of 100 kWp and 10 units of 250 kWp.<br />
Nb. of 1 kWp unit Investment Prod in kWh Revenues EGP/y Revenues Euro/y RoI<br />
7 500 10 000 000 14 238 560 15 450 261 751 838 13,30<br />
Developing Solar Water Heating systems<br />
Such systems can be used to cover hot water needs in any buildings. There use is even more interesting in<br />
schools, mosques, and hospitals with higher requirements for hot water.<br />
One Governorate building with 100 municipal staff and 25 visitors on average (125 persons) would need 1,250<br />
litres per day (10 litres each). This need will be easily covered with 14 collectors of 1 square meter each. Kits<br />
available on the market are composed of a 300 litres tank and 3 collectors. 5 units of this type will be sufficient<br />
to cover the needs of such a building. Each unit costs EGP 12,000 (€ 584) all-inclusive (2017 prices).<br />
The installation will cost 2,920 € and produce 13,800 kWh/y avoiding electricity expenses of 497 €/y, hence<br />
offering a payback period of 6 years maximum. In the meantime it will reduce GHG emission by 7,500<br />
KCO 2eq/y.<br />
The priority action #5 propose to equip develop 100 buildings with 5 SWH units of 3 collectors.<br />
Cost in € for 100 x 5 units Production in KWh Avoided costs in € Avoided GHG tCO2eq/y<br />
292 000 1 380 000 49 693 27.3<br />
Note that elementary school would require more water per user, hence the ration of Units / user might<br />
change, but the overall economy of this component of the project remains the same, with the same payback<br />
period of maximum 6 years.<br />
3. Organization and procedures<br />
Formal approval<br />
Staff allocated to prepare, implement, monitor<br />
action # 5<br />
182