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InSun
Industrial Process Heat by Solar Collectors
Research Project funded from the European Union's Seventh Framework Prog...
InSun
Industrial Process Heat by Solar Collectors
Research Project funded from the European Union's Seventh Framework Prog...
InSun
Industrial Process Heat by Solar Collectors
Research Project funded from the European Union's Seventh Framework Prog...
InSun
Industrial Process Heat by Solar Collectors
Research Project funded from the European Union's Seventh Framework Prog...
InSun
Industrial Process Heat by Solar Collectors
Research Project funded from the European Union's Seventh Framework Prog...
InSun
Industrial Process Heat by Solar Collectors
Research Project funded from the European Union's Seventh Framework Prog...
InSun
Industrial Process Heat by Solar Collectors
Research Project funded from the European Union's Seventh Framework Prog...
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Steam generation by concentrating collectors: parametric studies - Marcus Brunnenstuhl

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L'intervento di Marcus Brunnenstuhl (ZAFH) in occasione dell'evento "Solare termodinamico di piccola taglia: impianti dimostrativi in Sardegna e calore di processo industriale" che si è tenuto a Pula (CA) il 25 settembre 2015.

Published in: Environment
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Steam generation by concentrating collectors: parametric studies - Marcus Brunnenstuhl

  1. 1. InSun Industrial Process Heat by Solar Collectors Research Project funded from the European Union's Seventh Framework Programme FP7 ENER/FP7/296009/InSun Industrial workshop on solar process heat, Sardegna 2015 Marcus Brennenstuhl M.Sc. Zafh.net
  2. 2. InSun Industrial Process Heat by Solar Collectors Research Project funded from the European Union's Seventh Framework Programme FP7 Same workpackage as previously mentioned at Berger site • This case: High temperature steam generation through concentrating collectors • three different collector types 1 x fresnel 2 x parabolic ENER/FP7/296009/InSun Industrial workshop on solar process heat, Sardegna 2015 Marcus Brennenstuhl M.Sc. Zafh.net 2 x parabolic • Wide variation of different locations and system sizes 12 locations collector size 200 – 2.200 m² pressure 3 – 30 bar 3.600 different results! Results will be available for free to the public via easy to use web-tool 2
  3. 3. InSun Industrial Process Heat by Solar Collectors Research Project funded from the European Union's Seventh Framework Programme FP7 Phoenix AZ, USA 33°27N 112°04W | Elevation: 331m Montego Bay, Jamaica Seville, Spain 37°22N 5°59W | Elevation: 7m Graz, Austria 47°4N 15°26E | Elevation: 353m Sidi Bouzid, Tunisia 35°02N 9°30E | Elevation: 313m Amman, Jordan 31°56N 35°55E | Elevation: 900m Mumbai, India 18°58N 72°49E | Elevation: 14m Dubai, UAE Marrakesh, Morocco 31°37N 8°0W | Elevation: 466m ENER/FP7/296009/InSun Industrial workshop on solar process heat, Sardegna 2015 Marcus Brennenstuhl M.Sc. Zafh.net 3 Montego Bay, Jamaica 18°28N 77°55W | Elevation: 1m Calama, Chile 22°28S 68°56W | Elevation: 2.260m Santiago, Chile 33°27S 70°40W | Elevation: 521m 35°02N 9°30E | Elevation: 313m 18°58N 72°49E | Elevation: 14m Dubai, UAE 24°57N 55°20E | Elevation: 11m Singapore 1°17N 103°50E | Elevation: 7m
  4. 4. InSun Industrial Process Heat by Solar Collectors Research Project funded from the European Union's Seventh Framework Programme FP7 System scheme (Soltigua, direct / indirect steam generation) direct ENER/FP7/296009/InSun Industrial workshop on solar process heat, Sardegna 2015 Marcus Brennenstuhl M.Sc. Zafh.net 4 indirect • System simulated including piping, thermal capacities and losses
  5. 5. InSun Industrial Process Heat by Solar Collectors Research Project funded from the European Union's Seventh Framework Programme FP7 150 Qprocess[kWh/m²a] • Comparison of location specific yield 1000 m² Acoll parabolic trough 10 bar 2.059 2.427 2.008 2.090 2.094 1.917 1.833 1.748 1.929 1.711 1.638 800 1000 1200 Qprocess[kWh/m²a] Qprocess 200m² Qprocess 1000m² Qprocess 2200m² Beam Radiation [kWh/m²a] ENER/FP7/296009/InSun Industrial workshop on solar process heat, Sardegna 2015 Marcus Brennenstuhl M.Sc. Zafh.net Graz Singapore Mumbai (Bombay) Montego Bay Sidi Bouzid Seville Dubai Marrakech Phoenix AZ Amman Santiago Calama 0 50 100 jan feb mar apr may jun jul aug sep oct nov dec Qprocess[kWh/m²a] 5 Coincidence of direct radiation, Tambient and yield Better specific yield at a larger system size 1.206 0 200 400 600 Qprocess[kWh/m²a]
  6. 6. InSun Industrial Process Heat by Solar Collectors Research Project funded from the European Union's Seventh Framework Programme FP7 The web design tool www.fp7-insun.eu ENER/FP7/296009/InSun Industrial workshop on solar process heat, Sardegna 2015 Marcus Brennenstuhl M.Sc. Zafh.net 6
  7. 7. InSun Industrial Process Heat by Solar Collectors Research Project funded from the European Union's Seventh Framework Programme FP7 Thank you!Thank you! ENER/FP7/296009/InSun Thank you!Thank you! Grazie!Grazie! 7

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