WSHPDR_2013_Final_Report-updated_version
WSHPDR_2013_Final_Report-updated_version
WSHPDR_2013_Final_Report-updated_version
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Table 1<br />
Installed small hydropower capacity up to 10 MW in<br />
Lebanon<br />
River Plant Year Capacity<br />
(MW)<br />
Storage<br />
Annual<br />
generation<br />
up to 1975<br />
(GWh)<br />
Kadisha Blaouza 1961 8.4 Daily 31<br />
Abu Ali 1933 7.4 Daily 22<br />
Mar 1952 3.1 None 10<br />
Lichaa<br />
Bcharre 1929 1.6 None 6<br />
Ibrahim Ibrahim 1950 5 None 22<br />
3<br />
Bared 2 a 1962 3.7 None 14<br />
Jaouz Chekka 1950 5.3 None 17<br />
Kalb Hraiche a 1953 1.9 None ..<br />
Bardouni Wadi el 1923 1.1 None ..<br />
Arayech a<br />
Source: Green Line Association 10<br />
Note: a. Power plants are either partially or fully out of service.<br />
Table 2<br />
Planned small hydropower plants up to 10 MW in<br />
Lebanon<br />
River SHP Plant Capacity<br />
(MW)<br />
Litani Bisri 6.0<br />
Safa Rchmaya 4.5<br />
Assi Yammouneh a 10.0<br />
Bared Ksaim 5.0<br />
Abou Ali Bchenine 4.0<br />
Total 29.5<br />
Source: Green Line Association 10<br />
Note: a. Construction about to start<br />
Renewable energy policy<br />
Currently, only hydropower is being used to produce<br />
clean energy in Lebanon. From 2010, a policy paper<br />
contains plans to introduce wind power through the<br />
private sector. The estimated production within three<br />
years is 60 MW to 100 MW with an estimated cost of<br />
US$115-US$195 million. The goal of the Ministry of<br />
Energy and Water (MEW) has set a target to achieve a<br />
12-per cent production of renewable energy by 2020. 9<br />
11 12<br />
Barriers<br />
The policy paper recommends the start of a prefeasibility<br />
study on photovoltaic farms in Lebanon,<br />
which is now underway. These studies helped the<br />
MEW to launch a tender for building photovoltaic<br />
farms in Lebanon by February <strong>2013</strong>. The MEW plans<br />
to advocate the use of solar water heaters by<br />
establishing an innovative financing scheme in<br />
collaboration with the banking sector. The policy<br />
paper encourages both the public and the private<br />
sectors to adopt incineration technologies to produce<br />
electricity from waste. This sector requires three to<br />
four years to be implemented and would produce 15<br />
MW to 20 MW with an estimated budget of US$30-<br />
13 14<br />
US$50 million.<br />
to small hydropower development<br />
With regard to uses of the water resource, there is a<br />
need to evaluate several factors including energy<br />
needs, irrigation and domestic water demand. The<br />
average rainfall in the 1996‐2000 period is between 9<br />
per cent and 14 per cent lower than the average.<br />
More water is diverted for irrigation purposes and<br />
therefore not available for other uses. This has<br />
resulted in a significant decrease in hydropower<br />
generation. 10<br />
References<br />
1. Central Intelligence Agency (2012). The World<br />
Factbook. Washington, D.C. Available from<br />
www.cia.gov/library/publications/the-worldfactbook/.<br />
2. Arkadan, A.R.M. (2009). Climatic Changes in<br />
Lebanon, Predicting Uncertain Precipitation Events.<br />
Do climatic cycles exist? Geophysical Research<br />
Abstracts, Vol 11.<br />
3. Fardoun, Farouk, Oussama Ibrahim, Hasna Louahlia-<br />
Gualous and Rafic Younes (<strong>2013</strong>). Energy status in<br />
Lebanon and electricity generation reform plan based<br />
on cost and pollution optimization. Renewable and<br />
Sustainable Energy Reviews, Vol. 20, pp. 255–278.<br />
4. Houri, A. (2006). Prospects and challenges of using<br />
hydropower for electricity generation in Lebanon.<br />
Renewable Energy, Vol. 31, pp. 1686–1697.<br />
5. El-Fadel, R., G. Hammond, H. Harajli, C. Jones, Y.<br />
Kabakian and A. Winnett(2010). The Lebanese<br />
electricity system in the context of sustainable<br />
development. Energy Policy, Vol. 38, No. 2 (February),<br />
pp. 751–761.<br />
6. Abi Said, C. (2005). Electric Energy and Energy Policy<br />
in Lebanon. Beirut.<br />
7. International Institute for Energy Conservation<br />
(2008). Approach to green-house gas emission<br />
reduction analysis. Project 0013385. Bangkok.<br />
8. Habib, Osama (2011). Electricity plan: First ray of<br />
hope for Lebanese? 9 September. Available from<br />
www.dailystar.com.lb/Business/Lebanon/2011/Sep-<br />
09/148306-electricity-plan-first-ray-of-hope-forlebanese.ashx#axzz2H0npVBbG.<br />
9. Lebanon, Ministry of Energy and Water (2010). The<br />
Minister: Jebran Bassil Policy Paper for the Electricity<br />
Sector. Beirut.<br />
10. Green Line Association (2007). Status and<br />
Potentials of Renewable Energy Technologies in<br />
Lebanon and the Region. Beirut. Available from<br />
http://greenline.org.lb/new/pdf_files/document_1_fi<br />
nal_re_study.pdf.<br />
11. Companies Hope to Build Wind Farms in Lebanon<br />
(2012). The Daily Star, 17 October. Available from<br />
www.dailystar.com.lb/Business/Lebanon/2012/Oct-<br />
17/191684-companies-hope-to-build-wind-farms-inlebanon.ashx#axzz2H0npVBbG.<br />
Access January <strong>2013</strong>.<br />
12. Hassan, Garrad (2011). The National Wind Atlas of<br />
Lebanon. United Nation Development Programme.<br />
310