Solar energy and hot water production - Lanzilotta, Cristian; Masini, Omar; Carletto, Javier
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Each Earth receives an amount of energy from the sun that is equivalent to five thousand times the energy consumption of the entire population of the planet. Based on this first step and considering the advanced climate change experienced today, humanity could benefit from this energy to achieve a considerable decrease in the consumption of non-renewable energy.Addressing this book will allow the reader to understand the mechanisms of heat transfer and how they can be used to capture solar radiation and raise the temperature of a given amount of water for sanitary use through natural…mehr

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Produktbeschreibung
Each Earth receives an amount of energy from the sun that is equivalent to five thousand times the energy consumption of the entire population of the planet. Based on this first step and considering the advanced climate change experienced today, humanity could benefit from this energy to achieve a considerable decrease in the consumption of non-renewable energy.Addressing this book will allow the reader to understand the mechanisms of heat transfer and how they can be used to capture solar radiation and raise the temperature of a given amount of water for sanitary use through natural convection circulation.The reader will be able to observe the theoretical development carried out on an experimental prototype of a flat solar-thermal collector with an extended surface area and will learn how to carry out a thermal balance that will allow him/her to calculate the necessary collection area according to the demand for hot water. You will understand that for a typical family an estimated collection surface of 6.25 (m2) is necessary.Finally, the reader will enter into a brief economic-environmental study that warns about the reduction of CO2 emissions.
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Autorenporträt
Cristian Lanzilotta (25), Bs.As. (Arg) - Electromechanical Engineer (UNSL, San Luis, Arg). Stäysta, a nast¿pnie stypendysta w Laboratorium Energii Odnawialnej. Uko¿czy¿ studia w 2018 roku, a w 2019 roku otrzymä nagrod¿ "Ing. Isidoro Marín" przyznawan¿ przez ACADNING. Obecnie nadzorca w spó¿ce dystrybucji energii elektrycznej Capital Federal.