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A tie-line can withstand 115% overload for 10 minutes without exceeding design temperature [32].
The design load was calculated by outdoor design temperature.
Based on the results of the whole set of tests, an appropriate temperature Td (design temperature) is determined.
In the usual range of 20 27 °C indoor design temperature and 50% relative humidity.
The maximum temperature recorded experimentally is 124 °C exceeding the design temperature of 120 °C.
The average area, A, heating degree days for each city, HDDs, and local 99% winter design temperature, WD, are used to complete the calculation [6].
The design temperature range goes from −40 °C to 85 °C.
The design temperature and humidity (DTH) was developed for the purpose of air-conditioning design.
This is important, because some standards require the design temperature to be lower than the actual ambient temperature for 20 °C or even 30 °C.
The natural eigen-modes of a combustion system are a strong function of its geometric design, temperature profile, and boundary conditions.
Results show that the cooling transmission load decreases16 27% with every 2 °C rise of indoor design temperature while the heating transmission load increases 18 30% for all wall orientations with every 2 °C rise of indoor design temperature.
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