Page 46 - Risorse_Energetiche_Favignana_2005

Proposal APERTURES. PART B Priority6.1.3.1.1.2 - FP6-2005-TREN-4 p 39 of 49

6.4 Detailed work description

6.4.1 Workpackage list

Work- Workpackage title Lead Person- Start End Deliv-
package contractor months month month erable
No No No

Site Specifications & Benchmarking
1 3 ISSI 41 0 11 D1.xx
/Islanded Power Needs Analysis &
Characterisation
Innovative Choice, Design,
2
Implementation and Optimal Control of 2 UTBM
RES Generation Units and Interface to 149 0 35 D2.xx
the Local Distribution Grid in Embedded
Generation
Research In Innovative Applicable Grid
3 4 NOTT 121 0 35 D3.xx
Control Models & Strategy Optimisation/
Development Of The Control Strategy

4 Research & Development Of An 1 CIRT 80 0 35 D4.xx
Innovative Multi-Source Energy
Converter (Msc)

5 Real-Scale Plug-Play Green Grid System SEA 50 23 35 D5.xx
Implantation & Tests FAVIGNANA

5B Real-Scale Plug-Play Green Grid System TCPE 36 23 35 D5B.xx
Implantation & Tests MARIBOR
Dissemination Of Results &
6 5 MARI 25 11 35 D6.xx
Technology Upscale Perspectives
7 Project Promotion, Management & 1 CIRT 18 0 35 D7.xx
Sustainable Exploitation Plan

TOTAL 520

6.4.2 Deliverables list

Deliver Delivery Dissemi
Nat
able Deliverable title date ure nation
No (Month) level
D1.1 Analysis and description of renewable sources available in the Favignana site: assessment of
wind map of the island (speed and direction of the wind), assessment of the solar radiation in 12 R CO+P
the island. The analysis will be performed monthly during the year under observation.
D1.2 Identification of the ideal location for photovoltaic modules and wind towers and related 12 R CO+P
installed power on the basis of the analyses of D1.1 deliverables;
D1.3 Project of the real location for photovoltaic modules and wind tower and related installed 12 R CO+P
power on the bases of the constraints due to the landscape environment and local laws;
D1.4 Electrical model of the grid (topology, impedance and installed protections) and current 12 R CO+PP
traditional generation system;
D1.5 Definition of the load diagram during the year of observation; definition of the relative 12 R CO+PP
cycles summer-winter;
D1.6 Toolbox for the numerical dynamical simulation of the electrical grid of Favignana, its
12 O CO+PP
traditional generation system and the existing protection system;
D1.7 Toolbox for correlating the choice of the RES plant’s location with the resource availability; 12 O CO+PP
D1.8 Design criteria of the RES components in order to choose low impact project’s solutions. 12 R CO+PP
D1.9 Definition of microgrids in Favignana and the PCC points with DG generetators; 12 R CO+PP
D2.1. Development of a toolbox for the simulation of RES generators and their control. 17 O CO+PP
D2.2 Development of a toolbox for the simulation of on line maximum power point
23 O CO+PP
tracking (MPPT) in photovoltaic and wind generation systems and Fuel cells.
D2.3 Development of a toolbox for the simulation control algorithm which guarantees minimum 23 O CO+PP
cost operation of each generation unit and of the overall co-ordinated multi RES system.