Project

  • Objectives
  • Results
  • Result indicators

General objective

Promotion and implementation of innovative technologies and know-how transfer in the field of solar energy including that stemming from the private sector and especially from SMEs, and that may be implemented in particular in public facilities through public procurement processes.

Specific objectives

10_17To facilitate the adoption of CS small scale integrated systems in the Mediterranean basin, with a focus on the deployment of a flexible toolbox of CS applications by demonstrating their effectiveness in public building and premises

10_17To deploy technologies from RTD results through case studies analysis and impact assessment and through the creation of demonstration units

10_17To create new opportunities for the commercial and industrial sectors, notably by improving technical skills of professionals involved and enabling SMEs to set up a full supply chain in the solar energy sector

10_17Increased awareness of target groups and institutional actors, through a tailored project communication strategy, transnational comparison of experiences and standard procedures;

10_17Support to policy makers in the decision-making process concerning incentives for solar energy;

10_17Enhancement of existing networks and clusters to promote know-how and results transfer at Mediterranean Sea Basin level;

10_17Optimization studies, case studies in different local contexts and requisite analysis;

10_17Integration & adaptation of innovative small scale multi-generative CS units & applications in public buildings;

10_17Achievement of an industrial perspective for advanced multi-generative solar units;

10_17Development of technological and operational industrial;

10_17Expertise fostered growth of local districts and production chains with the creation of new qualified jobs on CS system production & installation.

10_17400 kW increase of solar energy consumption for multipurpose load (heating, cooling, lighting and electrical)

10_17Nr. 4 demonstrative plants implemented in 4 countries (Italy, Cyprus, Egypt, Jordan), in public buildings

10_17Nr. 20 Mediterranean local communities involved

10_17Nr. 20.000 end users experiencing the advantages of the multigenerative CS systems in the 4 demonstrative plants

10_17Nr. 30 public authorities for energy & industrial development taking part in the policy improvement process

10_17Nr. 1.000 energy professionals getting in touch with the advanced systems and know-how through hands-on activities hosted by the test units

10_17Nr. 200 public buildings owners/managers invited to visit the plants and experience advantages of the adopted technologies

10_17Nr. 60 companies investing in real estate/ renewable energies and venture capital operations, sensitized to capital investing into multigenerative CS technologies

10_17Nr. 30 cluster/districts and associations of SMEs involved in the awareness process and business networking activities

10_17Nr. 600 SMEs companies in all the participating regions involved in the development of the energy supply chain

10_17Nr. 40 SMEs selected through technology qualification audits to take part into the supply chains generated by the construction of the pilot plants

This website has been produced with the financial assistance of the European Union under the ENPI CBC Mediterranean Sea Basin Programme through the DG EuropeAid Development and Cooperation. The contents of this document are the sole responsibility of STS-Med Consortium and can under no circumstances be regarded as reflecting the position of the European Union or of the Programme’s management structures.

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