Main research projects
Prof. Luca Ferrarini





EUROPEAN projects



CASSANDRA


MEDEIA


PABADIS’ PROMISE


VAN


TORERO


REGIONAL projects



UTILTEC
  • Acronym: Bringing efficiency with innovative ICT solutions for public utilities services
  • National Project, funded under ICT Meta-District programme, Lombardia Region
  • web-site: Click here
  • Duration: 2006-2007
  • Description: The aim is the design and development of an innovative ICT-based low-cost infrastructure for electrical energy management, monitoring and remote load control for public utilities, residential customers and tertiary field.



ENERTEC
  • Acronym: Integrated technologies for energy management
  • Regional Project, funded under ICT Meta-District programme, Lombardia Region
  • web-site: Evento finale
  • Duration: 2008-2009
  • Description: The aim is the design and development of a management system for any kind of energy sources and exploitations at customer side, including distributed generation, demande response, load control, and safety issues.



ENERGETICA MENTE
  • Acronym: Nuovi sistemi ICT per la gestione efficace dell’energia negli edifici
  • Regional Project, funded under ICT Meta-District programme, Lombardia Region (bando "Progetti e interventi innovativi sulle tematiche sicurezza sul lavoro ed energia e ambiente", Misura 1.2 “Interventi e progetti di innovazione per l’energia e l’ambiente”, ID 8562969
  • web-site: in Italian
  • Duration: 2009-2010
  • Description: The aim is the design and prototyping of a measurement, control and management system for mainly thermal energy in multi-residential buildings.



PowerCity
  • Acronym: Sistemi fotovoltaici integrati negli edifici
  • Regional Project, funded under ICT ATP programme, Lombardia Region (ID 13844784)
  • web-site: in English
  • Duration: 2011 – 2012
  • Description: Project PowerCity aims to the engineering of a new product which integrates photovoltaic, insulated glazing, window, electrical connection, monitoring and diagnosis systems. BiPV (Building Integrated PhotoVoltaics) modules are designed in standard formats to facilitate mounting, but are customizable in terms of shape, dimensions, color, transparency, typology and positioning of photovoltaic cells.



National projects

  • MOOM – Object Oriented Methods for Mechatronic system modelling, 2006-2007
  • OASYS – Open source software for distributed Automation SYStem, 2004-2005




      Luca.Ferrarini@polimi.it; may 2012