That's right, RH is the water vapour partial pressure divided by the saturation VP at that temperature, or the mass of water vapour divided by the mass if it were saturated. Not clear what point you're making.
But the statement "In short, we feel that humid air is hotter than it really is. Reversely, we also feel that dry air is colder than it actually is." and the table in the link, imply that if heating the stat can be set lower if the RH is higher. Conversely, if cooling (with a heat pump) the setting would be lower at higher RH, to give same comfort.
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