A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Although a seemingly unlikely technology, using solar heat for cooling provides an important possibility for renewable air conditioning, a critical application in hot climates. The principles of the absorption process are introduced as well as different technologies and applications. The chapter provides a detailed approach to the calculation of the efficiency and output of different configurations.
Although a seemingly unlikely technology, using solar heat for cooling provides an important possibility for renewable air conditioning, a critical application in hot climates. The principles of the absorption process are introduced as well as different technologies and applications. The chapter provides a detailed approach to the calculation of the efficiency and output of different configurations.
Solar Cooling
Eicker, Ursula (author)
2014-02-21
121 pages
Article/Chapter (Book)
Electronic Resource
English
rectification heat , annual electricity consumption , enthalpy lithium‐bromide solution , exergy , closed cycle adsorption cooling , auxiliary electricity consumption , Brunauer‐Emmett‐Teller theory , energy efficiency ratio , ideal gas equation , parameter identification , relative humidity , dehumidification , Nußelt correlation , desiccant cooling , evaporation enthalpy , recuperator , vapour pressure , sorption isothermal , ammonia‐water , cooling towers , water‐lithium bromide , primary energy ratio , Mollier diagram , control options heat rejection , binding enthalpy , humidification efficiency , wet cooling towers , Carnot efficiency , regenerative heat exchangers , water vapour content air , contact matrix , absorption heat , adsorption chiller , entropy , cross‐current plate heat exchanger , absorption cooling , isosteres , heat recovery , Clausius‐Clapeyron equation , Regula Falsi algorithm , solar cooling , counter‐current heat exchanger , solution concentration , static absorption cooling model , air ratio
Solar Cooling with Concentrators
| British Library Online Contents | 2010
| British Library Conference Proceedings | 2013