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Proposal APERTURES.  PART      B        Priority6.1.3.1.1.2    -  FP6-2005-TREN-4                                                  p 37 of 49
             ·  Development and experimental implementation of techniques to design and operate microgrids to achieve
                 maximum power, minimum loss and lowest cost (monetary and environmental).
             ·  Research of new supervisory control techniques to allow small microgrids to operate with the power utility
                 so as to manage the power flows within each microgrid and with the main supply.
             ·  In each microgrid of those identified inside the electrical grid of Favignana in WP1, in the PCC
                 will be tested the correct behaviour of the MSC in terms of generated power, optimal exploitment
                 of the RES in input, power quality and EMC issues.
             ·  Research of autonomous control techniques to develop RES interface devices critical to the development of
                 stand alone power quality improvement units for stabilisation of the local grid supply

          During the third stage , (M25- M36) the following tasks will be deployed :
             ·  the verification of the correct behaviour of the MSC in terms of generated power, optimal exploitment of
                 the RES in input, power quality and EMC issues inside the electrical grid of Favignana.
             ·  the  testing  of  the  whole  electrical  grid  of  Favignana,  with  the  different  MSCs  connected  in  the
                 different microgrids, at a system level in terms of optimal dispatching of electric energy from both
                 diesel generators and RES according to the variation of load, management of energy flows inside
                 the grid in normal and faulty conditions.
             ·  verification  of  the  goodness  of  the  telecontrol  system  which  coordinates  the  behaviour  of  all
                 generators (diesel and RES) .

             This work will lead to :
             ·  Definition of criteria for the optimal integration of RES in weak electrical grids;
             ·  Evaluation  of  the  save  of  gasoline  not  emplyed  by  diesel  generators  thanks  to  the  RES  in
                 Favignana;
             ·  Evaluation of the reduction of CO 2 emissions thanks to the RES in Favignana;
             ·  Generalization of the obtained results in the case of bigger electrical grids.
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