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Proposal APERTURES.  PART      B        Priority6.1.3.1.1.2    -  FP6-2005-TREN-4                                                  p 13 of 49
          B.3 Potential impact

          Strategic impact  “the island and Alpine models”
          The EU sustainable energy strategy aims to become progressively less dependent on fossil fuels, reduce greenhouse
          gas and pollutant emissions and increase the contribution of renewable energy sources providing small scale power
          at sites close to users. Distributed Generation will play a key role in this strategy.
          APERTURES  aims  to  have  a  major  impact  on  enriching  the  research  environment  using  Renewable  Energy
          Sources and DG, and thus will help to reduce pollution and save energy.
          The Distributed Generation model will create a new era where millions of users will become both producers
          and  consumers  of  electricity.  All  these  generators  will  be  connected  through  a  fully  interactive  intelligent
          electrical network. This new system will require sophisticated control, innovative communication technologies, and
          new power electronics systems to control the routing of electricity and to provide flexible DG interfaces to the
          network (and loads), and high levels of power quality. APERTURES will investigate all of these important areas
          using  a  systematic  and  structured  set  of  tasks  and  workpackages  to  integrate  the  different  expertise  and  each
          partner.  The  ultimate  aim  is  the  development  of  co-ordinated  control  and  power  electronic  technologies  for
          intelligent, rational and efficient conversion and distribution of renewable power.2 case studies in a sample island
          (Favignana)  and  Alpine  resort  (Maribor  region)  will  be  examined  to  assess  the  impact  of  RES  into  an  already
          existing grids. The choice of the experimental showcase locations was made so as to give an opportunity to learn
          and achieve results in places that are not conventional with regard to the huge urban life models , and imposing the
          constraint of success with a high level of ecological performance.
          Although  in  their  topology  and  typology  both  networks  operators  are  different  ,  offering  a  high  contrast  for
          experimental purposes, they are similar in the way they want to serve ecologically highly demanding communities

          Added Value at European Level : “Green on Grid”.
          The European Directive n°2001/77/CE explicitly promotes renewable energy sources, because they contribute to
          the protection of the environment and to the sustainable development, and help to achieve more easily the targets of
          the protocol of Kyoto on the climatic changes in the framework of the United Nations.
          APERTURES  is  within  the  policy  lines  of  the  European  Community,  which  include  substantial  policies  on
          renewables  with  a  view  to  achieving  the  12%  renewables  target  set  for  2010  and  strenghten  the  enhanced
          penetration of renewables for contributing both to better energy security and reduced CO 2 emissions and therefore
          help to meet the EU’s international obligations, as explicitly recalled by the “Action Plan to Improve Energy
          Efficiency in the European Community”.
          APERTURES therefore proposes the implementation of a strategy called “Green on Grid”.
          It aims to improve the electric energy management of tourist islands in the Mediterranean area by means of green
          sources,  that  is  sources  which  are  non-pollutant  and  inexhaustible.  Its  main  aim  fits  therefore  into  the
          recommendation  of  the  SUSTDEV  1.2.2  for  substantially  improving  ”the  performance  of  energy  systems  for
          existing  communities,  aiming  to  improve  the  sustainability  of  their  systems”.  From  the  energy  standpoint,  this
          situation is common in most Mediterranean tourist islands. On average these islands present a mean number of
          inhabitants of xx with average electric energy consumptions ranging from xx kW in summer and xx kW in winter,
          with significant seasonal variations. In addition all of these islands are regulated by strict rules about environment
          and pollution. They provide a harsh test (politically speaking) for the inclusion of any new technologies.

          APERTURES aims to find criteria, as well as theoretical and practical methodologies, for ensuring the optimal
          management  of  the  electrical  energy  from  renewable  sources  in  Favignana.  For  this  reason  it  addresses  three
          aspects of the management of the renewable energy: its conversion, its distribution and its quality. These three
          aspects  of  energy  management  fall  within  the  framework  of  global  European  energy  saving  and  reduction  of
          pollution.
          To meet all the challenges of the project , only an European R&D consortium could join together different
          expertise,  distributed  in  various  institutes  in  the  different  countries,  coming  from  the  domains  in  the  fields  of
          electrical machines and drives, electrical power plants, power electronics, automatic control, artificial intelligence,
          data processing and signal processing.
          Links with national or international research activities:
          APERTURES  is  a  follow-up  of  other  European  projects  of  the  5th  European  Project  :Program  EESD:  energy,
          environment  and  sustainable  development  (1999-2002),  Key  Action  5,  Cleaner  Energy  Systems  including
          renewable  energies.  It  explicitly  recalls  the  Project  ENIRDG  NET  “European  Network  for  Integration  of
          Renewable Sources and Distributed Generation (ENK5-CT-2001-20528), and the project MED2010 “Large scale
          integration of PV and wind power in Mediterranean countries”, (ENK5-CT-2000-00307).
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