Wyniki wyszukiwania - BazTech

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The cooling capacity of geothermal ventilation under the conditions of a temperate climate

Zhelykh Vasyl

Budownictwo o Zoptymalizowanym Potencjale Energetycznym

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2021

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Vol. 10 Nr 2

69--76

EN

The paper deals with innovative technologies for maintaining the microclimate in energyefficient buildings through ventilation systems. A detailed analysis of scientific publications on studies of soil heat exchangers, in particular their efficiency and features of application in microclimate systems, has been carried out. A schematic diagram of an air conditioning system with a soil heat exchanger has been given. Analytical and graphical dependences for determining the cooling efficiency of air supply in a heat exchanger for the warm period of the year in temperate climates have been presented.

2

Thermal efficiency of geothermal ventilation under conditions of temperature climate

Zhelykh Vasyl

Budownictwo o Zoptymalizowanym Potencjale Energetycznym

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2019

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Vol. 8 Nr 2

45--52

EN

The article deals with modern energy-efficient systems for providing the microclimate of energy-saving buildings, consisting of geothermal ventilation with ground heat exchangers. The results of modern scientific research in this field are described. A schematic diagram of a geothermal ventilation system based on Rehau equipment is presented and a system of balance equations for the heat exchanger process in a ground heat exchanger is made, as well as analytical and graphical dependencies for determining the heat exchanger thermal efficiency for temperate climate conditions.

PL

Artykuł dotyczy nowoczesnych energooszczędnych systemów zapewniających właściwe warunki mikroklimatu budynków energooszczędnych, składających się z wentylacji geotermalnej z gruntowymi wymiennikami ciepła. Opisano wyniki współczesnych badań naukowych w tej dziedzinie. Przedstawiono schemat ideowy geotermicznego systemu wentylacji opartego na sprzęcie Rehau oraz układ równań bilansowych dla procesu wymiany ciepła w gruntowym wymienniku ciepła, a także zależności analityczne i graficzne do wyznaczania wydajności termicznego wymiennika ciepła w umiarkowanych warunkach klimatycznych.

3

Application of alternative energy sources for heat supply of poultry houses

Spodyniuk N., Horbachenko L.

Fizyka Budowli w Teorii i Praktyce

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2017

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T. 9, nr 4

31--34

EN

There is a need for using an energy efficient infrared heating system in places where poultry are placed. Infrared heating systems, unlike other systems of providing microclimate in poultry houses, carry out local heating. In addition, infrared radiation positively affects on the body of the bird, especially on young animals. Due to the ever-increasing price of energy in the whole world, alternative energy is intensively developing: wind, solar, biogas, geothermal, etc., which indicates the relevance of developments in this direction. The article presents the developed system of heat supply for the poultry house with the integrated application of a soil heat exchanger for heating the tidal air and an infra-red heater for local heating of the bird's stay. The results of research of rational structural sizes of the module for poultry growing are obtained.