External Thermal Insulation Systems and Energy Efficiency
(The thermal comfort conditions in our living places directly affect our health and productivity. While ensuring the optimum thermal comfort conditions in the buildings, keeping heating and cooling costs at the minimum level will enable us to consume the energy resources less. Thus the release of CO2 emissions are minimized, likely the global warming is prevented. The energy efficiency problem shall be solved by installing convenient thermal insulating systems.
The proper thermal insulation minimizes the thermal differencÖes between inside and outside of the building and internal wall temperature is increased. The external thermal insulation offers a favourable temperature curve and enables rapid room heating and heat retention in addition.
Transfer of Thermal Energy
Heat transfer, also known as heat flow, heat exchange, or transfer of thermal energy is the movement of heat from one place to another. Heat transfer always occurs from a region of high temperature to another region of lower temperature. Because of this reason, during winter time warm air moves from indoor to cold outdoor and during summertime just the opposite happens, warm air moves from outdoor to cool indoor. Thermal energy loss of buildings is calculated with coefficients given below.