Analysis of an energy- and eco-efficient design concept of two-storey residential house in Shiryaevo village
Tcelikova, Tatiana (2016)
Kaakkois-Suomen ammattikorkeakoulu
2016
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-201702021940
https://urn.fi/URN:NBN:fi:amk-201702021940
Tiivistelmä
The aim of the thesis is to find an affordable option of energy consumption for the environmentally friendly two-storey residential house in climate conditions of Samara region (in Shiryaevo village).
The Shiryaevo village is located in the eco-friendly region. This position requires a «green» and passive construction. But not all the technological solutions may be suitable because the Samara Region has extremes weather conditions that the winter is very cold and very hot in summer. In addition to this, not all solutions are available for sale in the region.
With the help of literature materials, searching for similar climatic conditions and calculations, technological solutions that are suited to achieve this goal were selected. After comparing the materials were chosen the most environmentally friendly, thus meeting the requirements of high-quality thermal insulation. By the combination of a geothermal heat pump, solar panels, underfloor heating and ventilation with the heat recovery energy balance of the building is achieved. Small carbon dioxide emittions and eco-friendly materials allow the house placement in the selected ecological region.
For maintaining the ecology of the region in the perspective, precisely this type of houses should be built in the entire village.
The Shiryaevo village is located in the eco-friendly region. This position requires a «green» and passive construction. But not all the technological solutions may be suitable because the Samara Region has extremes weather conditions that the winter is very cold and very hot in summer. In addition to this, not all solutions are available for sale in the region.
With the help of literature materials, searching for similar climatic conditions and calculations, technological solutions that are suited to achieve this goal were selected. After comparing the materials were chosen the most environmentally friendly, thus meeting the requirements of high-quality thermal insulation. By the combination of a geothermal heat pump, solar panels, underfloor heating and ventilation with the heat recovery energy balance of the building is achieved. Small carbon dioxide emittions and eco-friendly materials allow the house placement in the selected ecological region.
For maintaining the ecology of the region in the perspective, precisely this type of houses should be built in the entire village.