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A platform for research: civil engineering, architecture and urbanism
Most up-to-date thermal load calculation methodology recommended by the ASHRAE Task Group on Energy Requirements is based upon an exact solution of the heat exchange equations among the room surfaces, room furnishings, lighting fixtures, equipment, occupants, and room air. Simplified calculation procedures are possible by the use of transfer functions or by a linear regression equation which could be derived from the rigorous calculation. Although the simplified solutions are entirely adequate for the energy calculation of conventional residential buildings or buildings which do not have the multiplicity of zones and complex air side systems, an exact and rigorous calculation method has a few advantages, some of which were discussed in the main text.
Most up-to-date thermal load calculation methodology recommended by the ASHRAE Task Group on Energy Requirements is based upon an exact solution of the heat exchange equations among the room surfaces, room furnishings, lighting fixtures, equipment, occupants, and room air. Simplified calculation procedures are possible by the use of transfer functions or by a linear regression equation which could be derived from the rigorous calculation. Although the simplified solutions are entirely adequate for the energy calculation of conventional residential buildings or buildings which do not have the multiplicity of zones and complex air side systems, an exact and rigorous calculation method has a few advantages, some of which were discussed in the main text.
Procedure Employed by the ASHRAE Task Group for the Determination of Heating and Cooling Loads for Building Energy Analysis
T. Kusuda (author)
1976
18 pages
Report
No indication
English
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