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Each laboratory contributes to the STREP with following resources (human and material) and coordinated activities. About people, 5 laboratories all over Europe will be devoted to this
Activities and/or involvement in this STREP Control of multisource converter Power electronic design and implementation- Realisation of the Multi Source Converter Renewables and energy storage fuel cell, Electrolyser +reformer, supercaps Novel Models & optimisation of single RES sources and together +EMC testing of the equipments ·Investigation of improved impedance and state estimation ·Enhanced grid connection
Proposal APERTURES. PART B Priority6.1.3.1.1.2 - FP6-2005-TREN-4 p 23 of 49
STREP during 3 years, which ensures a critical mass of personnel and resources for the success of the STREP.
Material resources premises 750 m² including 500 m² of laboratoiry (170 kVA), 22 PCs in network, electronic CAD PROTEL, simulations et calculations : PSPICE, SUCCESS, POST,MATCAD, measuring instruments : 8 oscilloscopes, 1 logic analyser, development workshop for µC : Motorola 68HC16 et MPC555,PIC software development tools for PC : Windows, Fortran, C, C++,Labview. · Fuel Cell Laboratory PàC Test Set-up of a Fuel cell of 500 W, 5kW as far
Key person Dr SAUBION Prof Cirrincione Dr Pucci Dr Mark Sumner
Roles-Skills - Resources & their successful deployment
man-month
18 of involvement electrical drives and their control , identification development and application of neural networks
Human Resources and Skills · 20 high-level engineers and technicians, including 6 doctors of engineering . Skills : structure of electric power static converters, high frequency static commutation (hard or soft commutation),integration technique (hybrids, IMS, mechatronics, etc.), winding and filtering, control (digital, analog), method of design, modelling and simulation, thermic (air and water cooling), electromagnetic compatibility, perm
Part ner P1 Cirt the LEEI - P2 Utb m P3 Issi P4 Nott