Optimisation of solid biofuel operated Stirling CHP units by means of nano technological coatings
(NANOSTIR)
Date du début: 15 janv. 2008,
Date de fin: 14 janv. 2010
PROJET
TERMINÉ
NANOSTIR represents a completely new and highly innovative, alternative polygeneration energy system. It does combine a solid biofuel boiler, a small power range Stirling engine (generating approx. 1 kW electrical power and approx. 10 kW thermal energy) and an absorption cooling machine (generating approx. 15 - 20 kW cooling energy) to a concise and highly potential energy provision system.NANOSTIR significantly reduces former problems of Stirling engines with soiling and slagging of the primary heat exchanger and the resulting performance inefficiencies by using solid biofuels by means of the applied nanotechnological coating material and does so represent a further, energy saving step in the development and application of this technology. NANOSTIR provides a new and highly promising solution attempt for an optimisation of small scale CHP Stirling units and does not only consolidate regional economical cycles and added value in the related regions by boosting forestry, agriculture, transport- and trade.
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Coordinateur
- Altenkesseler Strasse 17 (Gebäude A1) SAARBRUECKEN (Germany)
Details
- 45.9% € 298 269,00
-
FP6-SUSTDEV
- Projet sur CORDIS platform
5 Participants partenaires
- Frauentorgasse 72 - 74 TULLN (Austria)
- Froschau 79 WALDHAUSEN (Austria)
- Untertuerkheimer Strasse 25 SAARBRUECKEN (Germany)
- Avenue de la Fauconnerie 73 BRUSSELS (Belgium)
- Oberes Tor 106 WESTENFELD (Germany)