| 
           
            | 
                 
                  | VIBRATING MICROENGINES FOR POWER GENERATION AND 
                    MICROSYSTEMS ACTUATION |   | home |  |   
            |     |   
            | 
                 
                  |   |  
                      
                    |  
                     |  |  |   
            | 
                 
                  |   
                    |  | |  |  |   
            | 
                 
                  |  |  |  |  |  |   
                  |  |  |  | 
                       
                        | Welcome to the 
                          VIMPA (Vibrating Microengines for 
                          Power Generation and Microsystem Actuation) 
                          website 
 Here you can find information on an innovative Project 
                          in the field of portable energy. Three top level universities, 
                          funded by the European Commission in the framework of 
                          a special program, are involved in the development of 
                          a small, high performance power generator exploiting 
                          clean fuels.
 
 VIMPA has the potential to really astonish the 
                          scientific, technological and industrial international 
                          community with a truly effective microgenerator. It 
                          consequently aims at assessing the leadership of European 
                          technology concerning power generation, as it was when 
                          combustion engines were invented and as it is now thanks 
                          to state of the art products in the automotive domain. 
                          The enabling factor for this is to focus, from the very 
                          beginning of the project, on microengineering issues 
                          and methods, where new and interdisciplinary paradigms 
                          are being developed by the partners.
 |   
                        |  |  |  |  |  |  |   
            | 
                 
                  |  | Project 
                    funded by the European Commission under the NEST (New and 
                    Emerging Science and Technology) activity of the Sixth Framework Programme 
                    (FP6), contract No. 511889
 www.cordis.lu/nest
 |  |  |  |