Towards the Use of Renewable Energy Sources in the Home
The paper presents the results of the European EIE
project “Realising the potential for small scale renewable energy
sources in the home – Kyotointhehome". The project's global aim is
to inform and educate teachers, students and their families so that
they can realise the need and can assess the potential for energy
efficiency (EE) measures and renewable energy sources (RES) in
their homes. The project resources were translated and trialled by 16
partners in 10 European countries.
A web-based methodology which will enable families to assess
how RES can be incorporated into energy efficient homes was
accomplished. The web application “KYOTOINHOME" will help
the citizens to identify what they can do to help their community
meet the Kyoto target for greenhouse gas reductions and prevent
global warming. This application provides useful information on how
the citizens can use renewable energy sources in their home to
provide space heating and cooling, hot water and electricity. A
methodology for assessing heat loss in a dwelling and application of
heat pump system was elaborated and will be implemented this year.
For schools, we developed a set of practical activities concerned with
preventing climate change through using renewable energy sources.
Complementary resources will also developed in the Romanian
research project “Romania Contribution to the European Targets
Regarding the Development of Renewable Energy Sources" -
PROMES.
[1] International Energy Agency: "Renewables in Global Energy Supply.
An IEA Fact Sheet", January, 2007, Available:
http://www.iea.org/textbase/papers/2006/renewable factsheet.pdf
[2] A. Piebalgs, "Preface to the European Renewable Energy Policy
Conference", Brussels 29 - 31 January 2007, Available:
http://www.bmu.de/files/pdfs/allgemein/application/pdf/reconference_
programm.pdf
[3] A. Alexandru, G. Gorghiu, Elena Jitaru, Monica Pârvan, "Energy
Efficiency in the Frame of Kyoto-s Targets", Volumul Conferinţei
Naţionale de Surse Noi ┼ƒi Regenerabile de Energie, Secţiunea IX:
ÔÇ×Calitatea Energiei ┼ƒi Ecologie", Editura Bibliotheca, T├órgovi┼ƒte, 2003,
ISBN 973-712-011-6, pg. 410 - 413.
[4] B. Hadzi-Kostova, Z.A. Straczynski, "Teaching renewable energy using
multimedia", Power Systems Conference and Exposition, 2004. IEEE
PES, Volume, Issue, 10-13 Oct. 2004 Page(s): 843 - 847, vol.2.
[5] Oral LaFleur, "Exploring Renewable Energy Education", Proceedings of
the 2002 ASEE Gulf-Southwest Annual Conference, The University of
Louisiana at Lafayette, March 20 - 22, 2002.
[6] DotNetNuke Open Source project, Available:
http://www.dotnetnuke.com/
[1] International Energy Agency: "Renewables in Global Energy Supply.
An IEA Fact Sheet", January, 2007, Available:
http://www.iea.org/textbase/papers/2006/renewable factsheet.pdf
[2] A. Piebalgs, "Preface to the European Renewable Energy Policy
Conference", Brussels 29 - 31 January 2007, Available:
http://www.bmu.de/files/pdfs/allgemein/application/pdf/reconference_
programm.pdf
[3] A. Alexandru, G. Gorghiu, Elena Jitaru, Monica Pârvan, "Energy
Efficiency in the Frame of Kyoto-s Targets", Volumul Conferinţei
Naţionale de Surse Noi ┼ƒi Regenerabile de Energie, Secţiunea IX:
ÔÇ×Calitatea Energiei ┼ƒi Ecologie", Editura Bibliotheca, T├órgovi┼ƒte, 2003,
ISBN 973-712-011-6, pg. 410 - 413.
[4] B. Hadzi-Kostova, Z.A. Straczynski, "Teaching renewable energy using
multimedia", Power Systems Conference and Exposition, 2004. IEEE
PES, Volume, Issue, 10-13 Oct. 2004 Page(s): 843 - 847, vol.2.
[5] Oral LaFleur, "Exploring Renewable Energy Education", Proceedings of
the 2002 ASEE Gulf-Southwest Annual Conference, The University of
Louisiana at Lafayette, March 20 - 22, 2002.
[6] DotNetNuke Open Source project, Available:
http://www.dotnetnuke.com/
@article{"International Journal of Business, Human and Social Sciences:52095", author = "Adriana Alexandru and Elena Jitaru and Rayner Mayer", title = "Towards the Use of Renewable Energy Sources in the Home", abstract = "The paper presents the results of the European EIE
project “Realising the potential for small scale renewable energy
sources in the home – Kyotointhehome". The project's global aim is
to inform and educate teachers, students and their families so that
they can realise the need and can assess the potential for energy
efficiency (EE) measures and renewable energy sources (RES) in
their homes. The project resources were translated and trialled by 16
partners in 10 European countries.
A web-based methodology which will enable families to assess
how RES can be incorporated into energy efficient homes was
accomplished. The web application “KYOTOINHOME" will help
the citizens to identify what they can do to help their community
meet the Kyoto target for greenhouse gas reductions and prevent
global warming. This application provides useful information on how
the citizens can use renewable energy sources in their home to
provide space heating and cooling, hot water and electricity. A
methodology for assessing heat loss in a dwelling and application of
heat pump system was elaborated and will be implemented this year.
For schools, we developed a set of practical activities concerned with
preventing climate change through using renewable energy sources.
Complementary resources will also developed in the Romanian
research project “Romania Contribution to the European Targets
Regarding the Development of Renewable Energy Sources" -
PROMES.", keywords = "Education, energy policy, Internet, renewable
energy sources.", volume = "2", number = "7", pages = "721-5", }