Participants:Repsol YPF (E); Acciona Solar (E) (CIEMAT-PSA as subcontracted); Ulma Agrícola (E); Ulma Packaging (E); Acciona Agua (E); Ulma Handling Systems (E); Fundación Cajamar (E); Agrobio (E); Biomiva (E); Grupo AN (E); Ingeteam (E). Contact:Julián Blanco,...
Content
PRODES – Promotion of Renewable Energy for Water Production Through Desalination
Participants:WIP (D); Centre for Renewable Energy Sources (CRES) (GR); Univ. Palermo (I); INETI (P); Ao Sol (P); Fraunhofer Gesellschaft ISE (D); Befesa (E); AquaMarine Power (UK); Hellas Energy (GR); European Desalination Society (EDS) (I); CIEMAT-PSA (E); Tinox (D);...
POWERSOL – Mechanical Power Generation Based on Solar Thermodynamic Engines
Participants:CIEMAT-PSA (E); Univ. La Laguna (E); Instituto de Engenharia Mecanica (P); Ao Sol (P); ETH (CH); Ecosystem Environmental Services (E); INETI (P); École Nationale d’Ingénieurs de Tunis (TUN); Ain Shams University (EGY); LOTUS Solar Technologies (EGY);...
MEDESOL – Seawater Desalination by Innovative Solar-Powered Membrane-Distillation System
Participants: CIEMAT-PSA (E); Univ. La Laguna (E); Acciona Infraestructuras (E); ACUAMED (E); AO SOL (P); Univ. Stuttgart (DE); Tinep (MEX); National Autonomous Univ. Mexico (MEX); Royal Institute of Technology (S); Scarab AB (S); Iberinsa (E). Contact: Julián Blanco,...
CONSOLI+DA – Consortium of Solar Research and Development
Participants: 20 Spanish Companies and 18 subcontracted Spanish Research Institutions. Contact: Julián Blanco, PSA-CIEMAT, julian.blanco@psa.es Funding: Spanish Ministry of Industry, Commerce and Tourism (CENIT project on the INGENIO programme); 24 M€. Duration:...
CSPD-COMISJO – Concentrating Solar Power and Desalination for Communities in Israel and Jordan
Participants: Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR) (D), Ben Gurion Univ. of the Negev (BGU) (IL), National Energy Research Center (NERC) (JOR), Univ. Bremen (UB) (D) Contact: Ralf Olwig, DLR, ralf.olwig@dlr.de Funding: German Federal Ministry for the...
Solar Water Detoxification and Disinfection Systems
The objectives of this Subtask are: To provide a comprehensive description of the state-of-the-art and potential applications of solar water detoxification and disinfection systems. This includes evaluating completed research programs and projects and ongoing...
Concentrating Solar Power for the Mediterranean Region (2005)
Concentrating Solar Power for the Mediterranean Region (2005-04-16) by: German Aerospace Center (DLR) Institute of Technical Thermodynamics Section Systems Analysis and Technology Assessment http://www.dlr.de/tt/desktopdefault.aspx/tabid-2885/4422_read-6575/
Contact SolarPACES
General enquires Website and social media enquires E-mail: solarpaces@solarpaces.org E-mail: webmaster@solarpaces.org Phone: +34 950 857 071 Information Website: www.solarpaces.org Address Apartado 39 04200 Tabernas, Almería...
Contact
General enquiries E-mail: solarpaces@solarpaces.org Website: webmaster@solarpaces.org Social Media: socialmedia@solarpaces.org, Media Contact: susan.kraemer@gmail.com Conference information www. solarpaces-conference.org Address Apartado 39 04200 Tabernas, Almería...
SolarPACES Annual Reports
SolarPACES Annual Report 2011 Click here to download the PDF Version (8MB) of the SolarPACES Annual Report 2011 SolarPACES Annual Report 2010 Click here to download the PDF Version (15MB) of the SolarPACES Annual Report 2010 SolarPACES Annual Report 2009...
14th SolarPACES Conference, 4. – 7. March 2008, Las Vegas, USA
Post conference information (Las Vegas, March 2008)
16th SolarPACES Conference, 21. – 24. September 2010, Perpignan, France
Overview important dates for the upcoming conference SolarPACES 2010 For more info: www.solarpaces2010.org Where: Perpignan, France When: 21. - 24. September, 2010 Venue: Perpignan Congress Palace Important Dates: Abstract due 20.04.2010 Acceptance notification...
17th SolarPACES Conference, 20. – 23. September 2011, Granada, Spain
Overview Data SolarPACES 2011 Views of Granada (Albaycin, Alhambra interior and exterior) Where: Granada, Spain When: 20. - 23. September, 2011 Venue: Granada Congress Centre Important Dates: Abstract due 14 March, 2011 Acceptance notification 16 May, 2011 Early...
18th SolarPACES Conference, 11. – 14. September 2012, Marrakech, Morocco
Marrakech Impressions Overview Data SolarPACES 2012 Where:Marrakech, Morocco When:11. - 14. September, 2012 Venue:Mansour Eddhabi Congress Palace Important Dates: Abstract due 10 April, 2012 (extended!) Acceptance notification 01 June, 2012 Early...
19th SolarPACES Conference, 17. – 20. September 2013, Las Vegas, USA
Overview Data SolarPACES 2013 19th SolarPACES Conference, 17. - 20. September 2013, Las Vegas, USA Where:Las Vegas, Nevada, USA When:17. - 20. September, 2013 Venue:South Point Hotel Important Dates: Abstract due 22 March, 2013 Acceptance notification 22 April, 2013...
Modeling Guidelines
Project Logo (Later) Logos of Sponsors guiSmo Guidelines CSP Performance Modeling Project Description Administration FAQ Sponsoring Wiki System (members area) Latest news WP 1 WP 2 WP 3 WP 4 WP 5 WP 6 WP 7 WP 8 WP 9 WP 10 The International working...
SolarPACES Technology Innovation Award
Applicants for the SolarPACES 2015 Technology Innovation Award are now invited to submit their applications! Criteria: Technological Innovations relevant to a more rapid deployment of CSP technology through: performance/cost ratio increase improved manufacturing...
TASK IV: Solar Heat Integration in Industrial Processes
Operating Agent: Tobias Hirsch, DLR, Germany (tobias.hirsch@dlr.de) Subtasks and Working Groups Main activities are carried out in a joint task between SolarPACES and IEA Solar Heating & Cooling Program (SHC). The joint task has been started in April 2020 with...
![Potential for Solar Thermal Energy By Country](https://www.solarpaces.org/wp-content/uploads/2023/08/CSPMap.png)
Potential for Solar Thermal Energy By Country
CSP is best suited to the regions with the optimal Direct Normal Irradiance (DNI) for CSP. The best DNI is found in high-insolation regions with clear air, free of particulates, that receive this solar irradiance at or above about 1800 kilowatt-hours per square...
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