What temperature to set your heating in Atlanta today
Setting your thermostat to a fixed number doesn't guarantee the same comfort every day in Atlanta. When it's colder outside, the walls and windows of your home cool down and radiate cold, so you feel chilly even at a “normal” setting. SetMyTemp reads the live weather in Atlanta, United States — temperature, humidity and wind — and tells you the setting that actually feels right, right now.
Altitude 320 m · annual mean 16.8 °C · heating season: November → March, 5 months
Jan 6.1 °C · 136 mm
Feb 9.8 °C · 146 mm
Mar 12.6 °C · 126 mm
Apr 16.2 °C · 114 mm
May 20.8 °C · 133 mm
Jun 24.3 °C · 128 mm
Jul 25.9 °C · 177 mm
Aug 25.0 °C · 164 mm
Sep 23.0 °C · 119 mm
Oct 17.7 °C · 81 mm
Nov 11.7 °C · 72 mm
Dec 8.1 °C · 118 mm
29 frost nights per year · 60 days above 30 °C per year
2016–2025 averages, ERA5 (Copernicus) via Open-Meteo. Temperatures adjusted for the difference between the town's altitude and the altitude of the calculation grid cell.
How it works
SetMyTemp uses the recognised thermal-comfort model (PMV / ISO 7730). It estimates how cold your walls are given the outdoor temperature, factors in humidity and wind, and works back to the air temperature you should set to feel neutral — then runs that quietly in the background so you just get a clear number.
Frequently asked questions
What is the ideal heating temperature in Atlanta?
There is no single fixed number: the right setting depends on today's outdoor temperature, humidity and wind. On a cold, windy day you need a slightly higher setting than on a mild day to feel the same comfort. Use the live recommendation above.
Why do I feel cold even when my thermostat reads a normal temperature?
Because comfort depends on more than air temperature. Cold walls and windows pull heat from your body by radiation, so you feel cold even when the air is warm. SetMyTemp accounts for this.
Can I save energy with the right setting?
Yes. SetMyTemp also shows an “eco” setting — slightly cooler but still acceptable — so you don't overheat your home and waste energy.