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ProEcoPolyNet project publications |
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Fedarene
Info, a special issue on Renewable Energie - Heating and Cooling
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fr
Making use of renewable energy
sources to meet our heating and cooling energy needs has
enormous potential for reducing the environmental impact of
energy consumption and our energy dependency, through the
use of locally-produced energy. Examples of promising
technologies using solar and bio-mass are presented, as
results of the ProEcoPolyNet project.
Further, the new directive proposal on
Renewable Energies and the role of the regions in the promotion of
RES is further discussed in the interview of Christine Lins, EREC
Secretary-General, and the statements from Danita Hübner, EU
Commissioner for Regional Policy and Luc Van den Brande, President
of the Committee of the Regions |
magazine |
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Newsletter 4
The third issue of the ProEcoPolyNet Newletter presents the
activities of the workpackage 5 on Renewable Heating and Cooling. |
newsletter |
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Newsletter
3
The third issue of the ProEcoPolyNet Newletter presents the
activities of the workpackage 4 on Polygeneration. |
newsletter |
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Newsletter 2
The second issue of the ProEcoPolyNet Newletter presents the
activities of the workpackage 3 on Eco-Building. |
newsletter |
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Fedarene
Info, a special issue on
Ecobuilding
en -
fr
The aim of the Ecobuilding concept is
to provide comfortable life standards in buildings without heating.
Suitable and environmentally friendly technologies can be used to
provide low consumption buildings.
Many projects show that the passive
house construction standard can be achieved all over Europe. Fast
and O.Ö. Energiesparverband are leading such ecobuilding projects.
Bill Dunster, the architect who
designed the famous "Bedzed" project, one of the first
eco-communities, talks about his experience.
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magazine |
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Newsletter 1
The first issue of the ProEcoPolyNet
Newletter presents the project and some shining examples of
eco-buildings technologies. |
newsletter |
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Ecobuilding |
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Technical support audit of the A.E.A |
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Energy efficient private service buildings with ProEcoPolyNet |
Article |
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Dissemination of Eco Buildings technologies |
Article |
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Advanced glazing and windows |
Technology Profile |
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Wall temperisation |
Technology Profile |
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Low temperature heating systems |
Technology Profile |
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Pellet
storage |
Technology Profile |
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Sun
Shading Devices |
Technology Profile |
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Influence of windows size on the energy balance of a low energy |
Technology Profile |
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Non-massive structures for buildings |
Technology Profile |
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Glazed Double Skin Façade
en
de |
Technology Profile |
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Polygeneration |
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Brochure on polygeneration systems |
Brochure |
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CHP with internal and external combustion engines |
Data base |
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CHP with internal and external combustion engines |
Data base |
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Sewage Plant Hallerstaettersee (Micro CHP and PV-systems in the
sewage plant at the Hallsträttersee, in Austria) |
Best practices |
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Trigeneration and solar cooling (RES Heating and Colling system
in the the service center of the ÖÖ Ferngas service Building in
Upper Austria) |
Best practices |
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Trigeneration with a micro gas turbine (Tir-generation unit
located in the town of Steyr, Upper Austria) |
Best practices |
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Biogas CHP in Koessen (Biogas CHP plant built on a biomass
composting area in Tyrol, Austria) |
Best practices |
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European Virtual Fuel Cell Power Plant (Project with the aim to
develop, install, test and demonstrate a virtual power plant
consisting of 31 stand alone residential fuel cell systems) |
Best practices |
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40pc House (a project that has investigated how the UK
governement's commitment to a 60% cut in carbon emissions from 1997
levels by 2050 can be realised in the residential sector) |
Best practices |
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Fuel Cell CHP (Description and operating principles of Fuel Cell
CHP) |
Best practices |
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Stirling engine CHP (Description and operating principles of
Stirling Engines) |
Best practices |
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BIO-HYDROGEN (Development of a biogas reformer for production o
Hydrogen for PEM fuel cells) |
Best practices |
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3A Biogas (3 step fermentation of sold state biowast for biogas
production and sanitation) |
Best practices |
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heating and Cooling with biomass (Biomass boiler and absorption
chiller for small scale heating/cooling applications) |
Best practices |
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Market analysis micro CHP |
Best practices |
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PeStiS - Pellet-Stirling-Storage-CHP (storage-integrated micro
CHP (wood pellets as fuel) and components for installation in
smaller residential buildings) |
Best practices |
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SOCOOL
(Solid Sorption System for Cooling in Tri-generation) |
Best practices |
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Solo Stirling (Stirling engine with a 2 V-cylinder motor and
helium as operating gas) |
Best practices |
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Ecopower (Gas driven piston engine with 1 piston, 4 stroke.
Condensating flue gas / water heat exchanger.) |
Best practices |
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OMES Turbec 100 (The T100 unit is composed by one high-speed
generator and turbine wheels that are on the same rotating shaft,
the only moving part in the engine.) |
Best practices |
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Senertec Dachs RS (The first small rapeseed oildriven CHP which
is available from serial production) |
Best practices |
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SOFC Galileo 1000 N (Fuel cell system designed toreplace a gas
boiler in single family homes and small multi family homes.) |
Best practices |
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Different micro-CHPs (university Reutlingen) (Experimental
Examination of different micro-CHP’s) |
Best practices |
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Renewable Heating &
Cooling |
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Heat pumps |
Data base |
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Heat Storage |
Data base |
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Solarthermal energy for heating, hot water and cooling |
Data base |
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Heating and Cooling with renewables
(de) |
Article (German only) |
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Brochure on solar Cooling with general
information and papers/summaries of expert workshops |
Best practices |
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Brochure on Solar Cooling issues
it -
eng |
Best practices |
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Detached House Marek
(Innovative air source heat pump for heating and cooling) |
Best practices |
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The Gas-Fired Zeolite Heating Appliance
(Zeolit - water adsorption heatpump) |
Best practices |
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MINERGIE® Gelterkinden
(Calculation method for the seasonal performance factor of heat pump
compact units and validation) |
Best practices |
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Absorption Heat Pump utilizing waste
heat of a composting plant |
Best practices |
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Absorption chiller driven by bio-heat
(Biomass boiler and absorption chiller for small scale
heating/cooling applications) |
Best practices |
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Solar assisted cooling at buildings of the German government in
Berlin |
Best practices |
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Solar heating and cooling with compact absorption chiller and latent
heat storage |
Best practices |
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Solar district heating in the city of Speyer |
Best practices |
