Calculating of energy consumption of the sports hall
Suslov, Stasnislav (2011)
Suslov, Stasnislav
Mikkelin ammattikorkeakoulu
2011
All rights reserved
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-201202031904
https://urn.fi/URN:NBN:fi:amk-201202031904
Tiivistelmä
The subject of this thesis is energy consumption for the sports hall which is represented by air-supported structure. Such constructions are not common and have some features. In the thesis there is a description of the air dome especially such parameters as envelope, heating and cooling system.
One of the main points of the thesis is to compare energy consumption of the hall with different types of envelope. In this thesis there are calculations about heat losses and heat loads especially for air dome. As a result there is a table with energy consumption for different types of envelope and special settings for heating system. Finally, the most ener-gy efficient envelope is selected and justified.
Also description and choosing the parameters of indoor climate is included in the thesis. Three different standards are compared to select the good indoor conditions. Beside de-scription of the indoor climate there are recommendations for saving energy. These tips based on calculations and show the ways how to save energy in air supported structures. This information can be useful to both manufacturers and owners.
One of the main points of the thesis is to compare energy consumption of the hall with different types of envelope. In this thesis there are calculations about heat losses and heat loads especially for air dome. As a result there is a table with energy consumption for different types of envelope and special settings for heating system. Finally, the most ener-gy efficient envelope is selected and justified.
Also description and choosing the parameters of indoor climate is included in the thesis. Three different standards are compared to select the good indoor conditions. Beside de-scription of the indoor climate there are recommendations for saving energy. These tips based on calculations and show the ways how to save energy in air supported structures. This information can be useful to both manufacturers and owners.