Page 47 - Risorse_Energetiche_Favignana_2005

Proposal APERTURES. PART B Priority6.1.3.1.1.2 - FP6-2005-TREN-4 p 40 of 49
Deliver Delivery Dissemi
Nat
able Deliverable title date ure nation
No (Month) level
D2.4 Experimental implementation on hardware of the techniques in D2.1, D2.2, D2.3. 23 R CO
D 2.5 Characterisation and design of the Fuel Cell System and its converter 23 R CO+PP
D 2.6 Characterisation and design of the Photovoltaic array System and its converter 23 R CO+PP
D 2.7 Characterisation and design of the Super-capacitors and its converter 23 R CO+PP
D 2.8 Characterisation and design of the electrolyser and reformer, the storage system and the 23 R CO+PP
supply system for H2 and O2
D2.9 Characterisation and design of the wind generation system and its converter 23 R CO+PP
D3.1 Use of impedance measurement in power quality equipment, to enhance operation and 23 R CO
reliability
D3.2 Techniques for local voltage control – both magnitude and quality – from embedded 23 R CO
generation with power electronic interface
D3.3 New on-line methodologies to discriminate between fault scenarios and determine suitable
23 O CO+PP
corrective action
D3.4 New methodologies for the control of islanded systems 23+34 O CO
D 3.5 Design of optimum power electronic equipment for RES and energy storage 23 R CO
D 3.6 Auto-tuning for power electronic interfaces 23+34 R+P CO
D 3.7 Plug-and-play operation of power electronic interfaces 23+34 P CO
D4.1 Analysis on different types of conversion topologies, filtering technologies and commands to 12+24 R CO+PP
make the best compromise between power efficiency and quality.
D4.2 Design of different power converter prototypes, taking into account results of the analysis 12+24 R CO
and future hardware needs for the implementation of the control strategies.
D4.3 Fabrication and tuning of the power converter prototypes. 24 P CO
D4.4 Implementation of the control strategies (software) for the plug and play ability. 24+34 O CO
D4.5 Installation on site tuning and testing of the different strategies. Validation. 24+34 R+P CO
D4.6 Interface with the toolbox. Configuration of the system controlled by the toolbox. 24+34 O CO
D5.1 Testing of the MSC connected to the electrical grid of Favignana 29 R RE +P
D5.2 Testing of the supervisory control system of the whole grid and its telecontrol system 33 R RE +P
D5.3 Testing of the whole electrical grid of Favignana with MSCs and supervisory control in 35 R RE +P
normal working conditions
D5.4 Testing of the whole electrical grid of Favignana with MSCs and supervisory control in 35 R RE +P
critical working conditions
D5.5 Evaluation of the save of gasoline not emplyed by diesel generators thanks to the RES in 35 R CO+P
Favignana
D5B.1 Testing of the MSC connected to the electrical grid of Maribor 29 R CO+P
D5B.2 Testing of the supervisory control system of the grid and its telecontrol system 33 R CO+P
D5B.3 Testing of the electrical grid of Maribor with MSCs and supervisory control in 35 R CO+P
normal working conditions
D5B.4 Testing of the electrical grid of Maribor with MSCs and supervisory control in
35 R CO+P
critical working conditions
D5B.5 Evaluation of the reduction of CO 2 emissions thanks to the RES in Maribor 35 R P
D5.6 Evaluation of the reduction of CO2 emissions thanks to the RES in Favignana 35 R P
D6.1 EPE-PEMC 2006 Conference in Portoroz, Slovenia • August 30 - September 1, 2006 0 O P
D6.2 Data-base of possibly interested SME’s • 33 O P
D6.3 Report of the Closing Meeting • 36 R CO
D6.4 Technology upscale report 35 R P
D6.5 Web page completion 36 O P
D7.1 Project Website for the public at large , surveys 0 O P
D7.2 Website for on-line management + project management platform 0 O P
D7.3 Market Assessment report and Exploitation plans 18+35 R PP+CO
D7.4 Regular progress reports and financial reports, as stated in the contract R CO
D7.5 Project assessment report at completion 35 R CO+P
6.4.3 Description of each workpackage

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