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The result shows, under the partial-heating condition, the temperature in localized working region comes up to the indoor designed temperature; the partial-heating program achieves the effect of energy-conservation.
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My Museo, by Paolo Badesco, a new indoor design, was photographed on a set, not computer-generated.
There is an indoor design workshop space, an upper outdoor deck, and A/V room.
Overall, indoor temperatures are higher than the indoor design conditions recommended in Malaysian Standard; MS1525:2007.
The lower indoor design temperature and higher indoor design humidity ratio are in favor of the energy saving of HTHP&DW system.
The heating load increases by 70% as the indoor design temperature increases from 18 °C to 26 °C.
In the usual range of 20 27 °C indoor design temperature and 50% relative humidity.
The influence of indoor relative humidity on RES is much greater than the influence of the indoor design temperature.
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.
It is seen that as indoor design temperature increases, the heating transmission loads increase while the cooling transmission loads decrease.
Especially the energy consumption will decrease 20% when the indoor design humidity ratio increases 1.0 g/kg.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com