Fan vs air conditioner cost

Compare the entered electricity costs of a fan and an air conditioner. Enter a daily schedule for each and the number of operating days per year. The two appliances can have different hours and operating shares. The result applies the same selected electricity price to both.

Find each appliance’s electrical input in watts. Use the maker’s figure for the setting you intend to use, or a suitable measurement. Air conditioner cooling capacity is heat moved, not electrical input. Do not put a cooling-capacity rating into the power field. Personal power and schedule fields start empty so example values never become your routine.

Annual input energy = electrical watts ÷ 1000 × hours per day × operating share × operating days. Multiply each appliance energy by the same selected electricity price.

Use a percentage as a fraction once: for example, 50% means 50 ÷ 100 = 0.5. Use 0.5 in the energy formula; do not divide it by 100 again.

The operating share is the part of the entered daily hours when the appliance draws the stated power. For the air conditioner, use a compressor-on share that matches its power figure. If a measurement already gives average power over those hours, do not apply the same reduction again.

Watts measure power at one moment. Divide by 1000 to get kilowatts, then multiply by hours to get kilowatt-hours, written kWh. Multiply by the share and operating days. Electricity prices in cents per kWh are divided by 100 to get Australian dollars. The yearly cost repeats that schedule rather than predicting local weather.

These illustrative inputs are separate from your saved answers. Prices, use and performance are held constant for this worked scenario; they are not personal defaults.

A fan and an air conditioner provide different cooling effects. The comparison does not assume equal cooling output or decide how much cooling the room needs. Lower entered cost does not show that a fan can replace air conditioning in every situation.

Use an electrical rating for the chosen setting and conditions. A maximum input, a measured average and an annual label energy figure are different quantities. The tool does not turn a cooling-capacity rating into electrical watts or supply a guessed efficiency. Each schedule and operating share must come from your own evidence.

The estimate holds the daily pattern and unit price constant across the entered days. It does not add a climate forecast, purchase price, installation, servicing or replacement. Existing supply charges are excluded from this extra-use comparison. Money is rounded for display. An invalid edit leaves the last valid estimate visible with a warning.

Australian published defaults use the stored AER or Victorian regulator record for the selected electricity network. These are dated reference prices and may differ from your contract. Use a tax-inclusive bill price where it better matches the appliance’s operating hours.

A flat price does not model different time-of-use windows. If your plan varies by time, check that the price used represents the schedule you are testing. Source dates identify the stored rate or method; they do not verify an equipment rating, room condition or personal schedule. No live price is fetched while using the page.

Ask the maker if you cannot identify the electrical input or the relevant operating setting. Take the model number and technical sheet, rather than relying only on a cooling-capacity label.

Ask a qualified installer about room cooling needs, equipment capacity and electrical work. Bring the entered schedules and cost breakdown. This comparison cannot assess installation safety or confirm that either option supplies the cooling your home needs. Follow each appliance’s instructions.