06.08.2013 Views

Mediterranean Action Plan

Mediterranean Action Plan

Mediterranean Action Plan

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

290<br />

ENERGY AND SUSTAINABLE DEVELOPMENT IN THE MEDITERRANEAN<br />

and rapidly changing environment, both technically and economically through action and<br />

monitoring plans.<br />

Almost all available RE resources in Egypt are under exploited at various degrees. Even for<br />

the relatively more developed, mainly wind electricity generation in view of their abundant<br />

resources and high potential of utilization. This is true and even more apparent for the other<br />

very promising resources; solar energy with its two forms or technologies of utilization; solar<br />

thermal for heating purposes as well as electricity generation; and solar photovoltaic for<br />

direct conversion to electricity.<br />

Even if this present study does not consider biomass in detail, none the less it is worthwhile<br />

pointing out its considerable potential Egypt is endowed with and amounting to 50 million ton<br />

of dry matter per year having total energy potential of 17 mtoe per year of which less than<br />

30% (i.e. about 5 mtoe/year) are currently utilized. Optimum use of biomass needs<br />

elaborated and integrated studies to avoid negative impacts on the environment. In spite of<br />

its high energy and economic value, agricultural residues in most cases are dealt with as<br />

undesirable matters and thus are being get red of by open direct burning which causes<br />

serious pollution problems like the one created from rice straw burning in the fall of each year<br />

causing black clouds over Cairo.<br />

The estimated installed domestic solar water heaters (DSWH) are 200,000 typical units (2<br />

sq. meters collector area and 150 liters storage capacity). This specific application<br />

represents a clear example of a significantly under exploited RE technology in Egypt (74<br />

million inhabitants) which have a market potential of almost 10 million typical units. This<br />

situation could be attributed to the general barrier of subsidized energy prices, in addition to<br />

other two main barriers, namely lack of manufacturing standards leading to poor<br />

performance and lack of after sales services.<br />

4.2 Proposals for a sus tainable energ y d e velopme nt<br />

4.2.1 Proposals for enhancing RUE within a national sustainable energy<br />

strategy<br />

Based on the worldwide, regional, and national increasing environmental concerns and<br />

growing gained momentum towards a global sustainable development, the need for creating<br />

regional and national ambitious but "achievable" Renewable Energy and Energy Efficiency<br />

Strategies (REEES) become of utmost importance. In the same time these strategies would<br />

have a greater chance than ever to take place because of the escalating international drive<br />

to support their development, implementation, and monitoring in order to achieve their preset<br />

quantifiable objectives. In order to benefit of this situation, each country is advised to adapt<br />

its own rational criteria in view of its local and regional context.<br />

In what concerns the proposals for enhancing RUE in both supply and demand sides within a<br />

national sustainable energy strategy and based on the past experience and lessons learned<br />

in Egypt, we are almost certain that any proposed separate future program will fail to have a<br />

landmark in the Egyptian energy scene and particularly in mobilizing the RUE market, unless<br />

it constitutes a given portion of a well defined National Energy Efficiency Strategy (NEES)<br />

that should be also a part of a more general REEES, which in turn should be an integral<br />

interactive segment or component of an Integrated National Sustainable Energy Strategy<br />

(INSES). This means that as a first step, required proposals should be directed towards the<br />

"macro" level like strategies, policies, and plans of action which should be followed by<br />

concrete actions on the "micro" level such as: energy prices, market mechanisms, availability<br />

of technologies, transfer of knowledge and skills to local ESCOs, awareness and information,<br />

financial structuring, institutional capacity building, and regulatory interventions.<br />

To start the whole process we suggest that a specialized detailed study based on a well<br />

elaborated terms of references (TOR) should be developed by an independent consulting<br />

team composed of Egyptian and international experts. The ultimate objective of this study is<br />

to develop a complete "roadmap" that draws an integral framework of necessary measures to<br />

place RUE (and possibly RE) as a cross-cutting aspect among the facets of Egypt's<br />

Sustainable Development Strategy "ESDS". This should lead to outlining the scope of work

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!