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Heat pump technology has gained an incredible market in the domain of sanitary hot water production in Southern Africa. Air source heat pump water heater is an efficient and renewable energy device for hot water production. The device is capable of generating a heating energy output of 2 to 4 units by utilizing an electrical energy input of 1 unit. The additional output energy is extracted from the ambient as aero-thermal energy. The book deals with the performance monitoring and development of mathematical models to predict the coefficient of performance using different predictors. The…mehr

Produktbeschreibung
Heat pump technology has gained an incredible market in the domain of sanitary hot water production in Southern Africa. Air source heat pump water heater is an efficient and renewable energy device for hot water production. The device is capable of generating a heating energy output of 2 to 4 units by utilizing an electrical energy input of 1 unit. The additional output energy is extracted from the ambient as aero-thermal energy. The book deals with the performance monitoring and development of mathematical models to predict the coefficient of performance using different predictors. The different models can be utilized by the heat pump manufacturers and energy saving companies to derive the savings from this technology when used to retrofit geyser.
Autorenporträt
Stephen L. Tangwe holds B. ENG (Hons) and M.ENG in electrical engineering from AIU. He is a researcher in power generation both conventional and renewable. He is also an energy efficient researcher with over 9 publications in both international conferences and peer review journals. He is an IEEE and SAIEE member. He is a MATLAB application engineer