Market Assessment Report and Solar Thermal Action Plan for the Mediterranean Region
 Market Assessment Report and Solar Thermal Action Plan for the Mediterranean Region

Market Assessment Report and Solar Thermal Action Plan for the Mediterranean Region

“The Mediterranean region is endowed with a significant market potential and could become a frontrunner in the development of solar water heating and cooling technologies in several application areas.” This is one conclusion of the study “Solar Thermal in the Mediterranean Region – Market Assessment Report” published in September 2012. The association Observatoire Méditerranéen de l’Energie (OME) worked on both the report and a “Solar Thermal Action Plan” for the Mediterranean Region, which was published in December 2012, on behalf of the Global Environment Facility (GEF), the United Nations Development Programme (UNDP) and the United Nations Environment Programme (UNEP) (see the attached documents).

The Market Assessment Report is 98 pages long and presents updated information on the development of the SWH market in the Mediterranean region as a whole and in 12 selected countries in particular (see the table below). It is already the second report for the Mediterranean region and much more in depth than the former one. This time, OME had developed a factsheet to collect the same kind of data from each participating country.

The report draws the following conclusions:

  • Experiences in the solar thermal market date back to the early 1980s and most Mediterranean countries have built up enough capacities, both under a technical point of view and with respect to the institutional, regulatory and market frameworks.
  • Despite significant progress in some countries, the solar thermal market is still facing many challenges, which prevent a development beyond current growth rates. The barriers include: high investment costs compared to conventional energy technologies, a lack of harmonised standards and certification schemes to ensure product quality, unclear assignment of roles and responsibilities among different agencies at the institutional level and low public awareness.
  • A particularly relevant obstacle in many Mediterranean countries can be found in the subsidies for fossil fuels, which distort the market and decrease the competitiveness of renewable energy technologies. Another significant drawback is the lack of systematically gathered statistics on the solar thermal market and industry, as well as the very limited feedback.
  • Even in those countries in which a well-developed market and industry infrastructure are in place (e.g., Jordan, Syria, Turkey), access to data is difficult and experiences are not sufficiently documented.

The Solar Thermal Action Plan – which covers the Southeast Mediterranean Countries (SEMCs) – gives an overview of the status of solar heating and cooling (SHC) technology and its applications, potential benefits, critical factors for a thorough market penetration and recommendations to policy makers, in order to take concrete steps to put in place and / or realise national plans for investments in SWH systems.

According to the report, the installed solar thermal capacity in the SEMCs was around 18.7 GWth in 2010, representing more than 9% of the globally installed solar thermal capacity (see the following table). With 67%, Turkey had by far the largest share (12.5 GWth) of installed capacity in the SEMCs, followed by Israel and Palestine. Together, these three countries accounted for around 88% of the solar thermal capacity in operation in the Mediterranean region.

Country

Total collector
area [m2]

Total capacity
[MWth]

Share in the total
installed capacity

Turkey (2011)

17,880,000

12,516

67%

Israel

41,68,245

2,918

16%

Palestine (2007)

1,500,000

1,050

6%

Jordan (2011)

1,066,122

746

4%

Egypt

650,000

455

2%

Tunisia (2011)

561,690

393

2%

Morocco (2011)

340,000

238

1%

Lebanon (2011)

311,205

218

1%

Syria (2008)

300,000

210

1%

Algeria

3,000

2

0%

Total

26,780,262

18,746

Key solar thermal market figures for the selected countries. There were 6,000 solar heaters in Libya as of 2012, according to Abdulwahab Misherghi from the Ministry of Electricity and Renewable Energy, in: Renewable Energy in Libya – Potential, current situation and way forward, Berlin, 26 June 2012
Source: OME; Solar Thermal in the Mediterranean Region: Solar Thermal Action Plan, December 2012

“The objective of this action plan was to identify the enabling environment for boosting and investing in solar water heating in the SEMCs by showing the status of solar thermal technologies, their potential benefits and the prerequisites for an uptake in this market,” said Abdelghani El Gharras, Energy Analyst at the OME, in his presentation at the Regional Workshop in Tirana, Albania, at the end of March (see the attached document). “The action plan underlines some of the critical factors for a large-scale deployment, including a regulatory and policy framework, technological improvements, cost reductions and social acceptance.”

The GEF has mandated the UNDP and UNEP to run the Global Solar Water Heating (GSWH) Market Transformation and Strengthening Initiative programme. OME is a regional partner in this framework and coordinates the implementation of the Knowledge Management and Networking components in the Mediterranean area. OME is committed to creating knowledge products and services and facilitating knowledge sharing and the dissemination of best practices, both within and outside the Mediterranean borders.

More information:
http://www.ome.org/

Baerbel Epp

Bärbel Epp is Founder and Director of the German communication and market research agency solrico and editor-in-chief of solarthermalworld.org