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  • SHC system (solární chladicí system) volá po řešení a aplikacích jako velmi aktuální téma. Pro chlazení u zařízení klimatizace lze využít úspěšně energii slunce. Především jsou předurčeny země pro užití jako je Turecko a ostatní země středomoří. Je zde významná synergie mezi slunečním zářením a potřebou chlazení. Specifické aspekty jsou rozpracovány jako modely SHC v prostředí Matlab-Simulink a MS Excel. Uživatel si definuje velikost slunečního kolektoru, objem akumulace, příkon chlazení, příkon chladicího výměníku klimatizace. Modelování je pro statický I dynamický stav. V modelu jsou také uplatněny údaje geografické a rotace země. (cs)
  • SHC system (Solar-Heating-Cooling) was already published at TMT conference. The problems with energy situation and environment protection call for solving and they are more actual today. For cooling of air condition in summer the sun can cooled itself of own energy. Prime field of application of SHC is in Turkey and next states in Mediterranean. There is good synergy between son radiation and air condition with cooling. The specific aspects of SHC are visible in mathematical model in Matlab-Simulink and or MS Excel. The user can define a dimension of sun collectors, volume of accumulation tank, power of absorption cooling equipment and power of cooling exchanger of air condition system. The model is projected for static and dynamic states. In the model there are practicable a calculation according to geographic position and its impact. The results are outputted for concrete place of the Earth. In the TMT08 conference there will showed which situation is in Turkey, Italy, Egypt, Tunisian etc. Th
  • SHC system (Solar-Heating-Cooling) was already published at TMT conference. The problems with energy situation and environment protection call for solving and they are more actual today. For cooling of air condition in summer the sun can cooled itself of own energy. Prime field of application of SHC is in Turkey and next states in Mediterranean. There is good synergy between son radiation and air condition with cooling. The specific aspects of SHC are visible in mathematical model in Matlab-Simulink and or MS Excel. The user can define a dimension of sun collectors, volume of accumulation tank, power of absorption cooling equipment and power of cooling exchanger of air condition system. The model is projected for static and dynamic states. In the model there are practicable a calculation according to geographic position and its impact. The results are outputted for concrete place of the Earth. In the TMT08 conference there will showed which situation is in Turkey, Italy, Egypt, Tunisian etc. Th (en)
Title
  • Specific Aspects of Solar heating Cooling System
  • Specifické aspekty solárního chladicího systému (cs)
  • Specific Aspects of Solar heating Cooling System (en)
skos:prefLabel
  • Specific Aspects of Solar heating Cooling System
  • Specifické aspekty solárního chladicího systému (cs)
  • Specific Aspects of Solar heating Cooling System (en)
skos:notation
  • RIV/70883521:28140/08:63507067!RIV09-GA0-28140___
http://linked.open...avai/riv/aktivita
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  • P(GA101/06/0920)
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  • 396361
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  • RIV/70883521:28140/08:63507067
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  • solar energy; solar heating; solar cooling; automation (en)
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  • [16EB4D03EDFB]
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  • Istanbul, Turkey
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  • Zenica
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  • TMT 2008 Proceedings 12th International Research/Expert Conference %22Trends in the Development of Machinery and Associated Technology%22
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http://linked.open...vavai/riv/projekt
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  • Hruška, František
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number of pages
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  • Faculty of Mechanical Engineering in Zenica
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  • 978-9958-617-41-6
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  • 28140
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