Introduction to R-D-SBES-R

The main aims of the R & D exchange programme are to develop sustainable long-term partnership between European and Chinese organisations by joint researches into the development of zero (low) carbon cooling, heating and power generation technologies for buildings, and to promote best practice and strategy for retrofitting existing buildings and researchers mobility between Europe and China. Our main objectives, in terms of the Marie Curie 2010 IRESS programme, are:

  • To build and strengthen research partnership through staff exchanges and networking activities between European research organisations and research organisations from China
  • To provide support to these research organisations to establish and reinforce long-term research cooperation through a coordinated joint programme of exchange of researchers
  • To assist in attracting to Europe the best researchers from China and to establish a balanced “brain circulation” between the EU and China
  • To enhance the training, mobility and career development of EU and Chinese researchers
  • To promote inter-sectoral mobility between academia and industry in both Europe and China
  • To enable the wider skills and career development of EU researchers

The programme is well established on existing research projects run by the participant organisations. Its technical objectives are:

  • To develop a novel dew point air cooler
  • To develop a solar driven ejector cooling system
  • To develop a solar driven desiccant cooling system
  • To develop a solar PV heat/power system using direct expansion evaporator/heat pipes
  • To develop a solar balcony hot water heating system
  • To develop a hybrid solar/biomass CHP system
  • To develop micro-channel heat exchangers for building air conditioning
  • To develop retrofitting strategies utilising the above addressed technologies.

Successful completion of the research will lead to the generation of several commercially viable, cost effective technologies able to save energy in buildings in the range from 20 to 95%, depending upon the individual technologies applied. A multi/inter- disciplinary team consisting of specialists in the areas of thermo-fluid, heat transfer, mechanical/electrical/material engineering, building services, refrigeration, architecture, energy, construction, computing, and industry practice has been structured to work together on the specifically designed Work Packages, through a dedicated staff exchange scheme. This scheme will communicate the knowledge/expertise of the various zero (low) carbon cooling and heat/power technologies between the EU and Chinese partners, and formulate technology transfer between academia and industrial bodies, thus enhancing the financial profits of the participant organisations. Dissemination and deployment of the results of the proposed programme will contribute to achieving energy saving targets for buildings and cutting carbon emissions in both the EU and China.

The R-D-SBES-R consortium will include twelve partners, six being universities from European Member States and six being universities from the People’s Republic of China - an ICPC country which has signed a S&T Agreement with the EU. Eight industrial organisations from the EU, USA and China are also involved in the project. Strong participation by enterprises (all SMEs) will enhance industry-academia cooperation in terms of research training, career development, knowledge sharing and technology transfer. It will also result in fertilisation of a number of young researchers and PhD students through the joint supervision between the partners. Moreover, the programme will help identify more research initiatives that will formulate future cooperation between the EU and China partners. This four-year project was launched on 27 September, 2011.

introduction.txt · Last modified: 2012/03/29 10:54 by Ramona Mihailescu
CC Attribution-Noncommercial 3.0 Unported Valid CSS Driven by DokuWiki do yourself a favour and use a real browser - get firefox!! Recent changes RSS feed Valid XHTML 1.0