Air Conditioning & Split Systems - Boolarra South, VIC 3870
Welcome to the air conditioning guide for Boolarra South, located in postcode 3870. Using the nearest weather station data from OLSENS BRIDGE (MORWELL RIVER PRISON) at an elevation of 183 metres above sea level, which commenced operations in 1951 and the latest recorded data in 2002, we can measure the temperature fluctuations that will affect the heating and cooling requirements of your home.
Boolarra South experiences summers that have reached up to 42 degrees C and winters that have been as cold as -7 degrees C, showcasing the need for versatile HVAC systems. In January, temperatures often there are on average 4.8 days over 30 degrees C, while July sees an average of 15.6 days less than 2 degrees C. These fluctuations underscore the importance of a reliable air conditioning service that can handle both extremes.
In the hotter months, we notice an average humidity level around 78% at 9am and 56% at 3pm, which can significantly impact home comfort on hot days. So a well-rounded Aircon system won't just keep your home cool, it will also help manage these humidity levels. Additionally, Boolarra South experiences wind speeds of up to 6.5 km/h, making a smart HVAC system, Split System Air Conditioner, Evaporative Cooler, or Ducted Air Conditioning that can adjust to external factors an excellent investment.
Temperature & Weather in Boolarra South
Featured Air Conditioning Installers Servicing Boolarra South
Air Conditioners 'R'Us
25 Wagner Street, 3831Stay comfortable all year round with Air Conditioners 'R'Us
Air Conditioning & Solar Production
* Data from The Bureau of Meteorology (BOM). Closest weather station to Boolarra South: Olsens Bridge (morwell River Prison) - approx. 3 km
Featured Solar Installers Servicing Boolarra South
LV Solar & Renewable Energy
12-13 Nefertiti Ct, 3844Solar & electrical expertise for home & business.
Community Air Conditioning Statistics - Boolarra South, 3870
Demographics
Boolarra South and the postcode of 3870 has a total 511 occupied dwellings. Of these dwellings in Boolarra South 506 are houses, 0 are semi-detached or townhouses, and 0 are flats or apartments. We see that homes of 4 or more bedrooms in size are 33% of all dwellings, while 3 bedroom homes are 48%, and 2 or fewer bedroom dwellings are 16%. According to the Australian Bureau of Statistics 2% of census results did not specify the number of bedrooms
Typically we see that the bigger the home, then the more it costs to heat and cool, and with 2.3 number of people per household and with 88% of properties mortgaged or owned outright in 3870, investing in energy-efficient air conditioning will make a significant difference to energy savings here.
* Based on Australian Bureau of Statistics 2021 Data
About Boolarra South
Boolarra South, located in VIC 3870, experiences a temperate climate with mild summers and cool winters. The average annual temperature in Boolarra South is around 14 degrees Celsius. The hottest month is typically January, with an average maximum temperature of 26 degrees Celsius, while the coldest month is July, with an average maximum temperature of 12 degrees Celsius.
With the warmest month reaching up to 26 degrees Celsius, the cooling requirements in Boolarra South are essential for maintaining a comfortable indoor environment. One popular cooling solution for households in Boolarra South is split system air conditioning. Split systems provide efficient cooling and heating options, making them suitable for year-round use. They offer individual temperature control for different rooms, ensuring personalized comfort for every member of the household.
When it comes to powering the split system air conditioning unit in Boolarra South, considering solar power is a sustainable and cost-effective option. By harnessing the abundant sunlight in the region, homeowners can reduce their reliance on the grid and lower their energy bills. Local air conditioning service and installation businesses in Boolarra South can provide expert advice on choosing the right split system unit and integrating solar power for optimal energy efficiency.