Cost to Own
United States › Connecticut › Western Connecticut Planning Region › Climate Station DANBURY MUNI AP, CT US Distance 6.7 mi Normals 1991 to 2020
This weather has a price Keeping the median Western Connecticut Planning Region home comfortable runs roughly $674 a year in heating and cooling alone. See where it lands in the monthly bill

30-year climate normals

Western Connecticut Planning Region Climate and Weather Averages

Hottest month: July

82.4°

average daily high. The coldest month is January, averaging a low of 18.1°F.

Western Connecticut Planning Region gets 48.03" of precipitation a year, and 29% of it falls in Aug, Sep, Oct.

Temperature through the year

Each bar spans the average daily low to the average daily high for that month.

20° 40° 60° 80° JanFebMarAprMayJunJulAugSepOctNovDec
MonthAvg highAvg low Precip
January 35.9° 18.1° 3.06"
February 38.7° 19.7° 2.69"
March 46.7° 27.2° 3.89"
April 58.7° 36.6° 3.74"
May 69.1° 46.4° 3.78"
June 77.7° 56.1° 4.48"
July 82.4° 61.6° 4.46"
August 80.4° 60.0° 4.62"
September 73.6° 52.3° 4.81"
October 62.3° 40.8° 4.48"
November 51.1° 31.3° 3.78"
December 40.8° 23.9° 4.24"

Rainfall by month

Precipitation is spread fairly evenly through the year here, with 29% falling in the wettest three months (Aug, Sep, Oct).

January 3.06"
February 2.69"
March 3.89"
April 3.74"
May 3.78"
June 4.48"
July 4.46"
August 4.62"
September 4.81"
October 4.48"
November 3.78"
December 4.24"
Annual total 48.03"

What this climate costs you

Degree days measure how hard a building has to work to stay comfortable. They are the reason two identical houses have very different power bills, and they are the link between the weather here and what you pay every month.

Cooling degree days How much air conditioning the climate demands 594
Heating degree days How much heating the climate demands 6,158
Approximate annual cooling cost At 24.51¢/kWh, Connecticut average $146
Approximate annual electric heating cost Lower where heating is gas rather than electric $528

These are rough planning figures from degree days and the state electricity price, not a bill estimate. House size, insulation and fuel type move them a lot. See the full cost of owning a home in Western Connecticut Planning Region, where electricity is one line of eight.

Common questions

What is the weather like in Western Connecticut Planning Region?

Western Connecticut Planning Region averages a high of 82.4°F in July and a low of 18.1°F in January. Annual precipitation is 48.03 inches, with essentially no snow.

When is the rainy season in Western Connecticut Planning Region?

The wettest stretch is Aug, Sep, Oct, which accounts for 29% of the year's precipitation. Precipitation is relatively evenly distributed across the year.

How hot does it get in Western Connecticut Planning Region?

The average daily high in July, the hottest month, is 82.4°F. That drives 594 cooling degree days a year, which is what your air conditioning has to work against.

Does it snow in Western Connecticut Planning Region?

The weather station used for Western Connecticut Planning Region, DANBURY MUNI AP, CT US, reports temperature and precipitation but not snowfall, so there is no snow normal to quote here. Precipitation that falls as snow is still counted in the 48.03 inches above, measured as melted water.

Sources

  • Temperature, precipitation and snowfall normals: NOAA National Centers for Environmental Information, 1991 to 2020 Monthly Climate Normals, station DANBURY MUNI AP, CT US (USW00054734), 6.7 miles from the county centroid.
  • Heating and cooling degree days: NOAA, same station and period.
  • Annual figures on this page are the sum of that station's twelve monthly normals. NOAA also publishes a separately-computed annual normal, which can differ from the monthly sum by a few percent; we use the monthly series because the month-by-month breakdown above has to come from it.
  • Electricity price: US Energy Information Administration, Electric Power Monthly Table 5.6.A, Connecticut residential average.
  • Wet-season share is the wettest three consecutive months as a percentage of annual precipitation, calculated from the monthly normals.