Our energy calculator allows you to calculate the running cost of any electrical items using a range of electricity tariffs. Simply enter the amount of electricity the appliance uses (in Watts or KiloWatts) and the length of time it is used (in Hours or Minutes), then instantly see the cost. UK: Average - September 2015 UK (Midlands): EDF - Standard UK (Midlands): npower - Standard UK (Midlands): e-on - E.ON EnergyPlan (Paper Billing) UK (Midlands): British Gas - Standard UK (Midlands): Scottish and Southern Energy (SSE) - Standard UK (Midlands): ecotricity - Green Energy & Green Gas UK (Midlands): Scottish Power - Standard UK (Midlands): Co-operative Energy - Pioneer Variable UK (Midlands): Ovo Energy - Simpler Energy UK: Average Economy 7 Electricity - November 2013 USA: Average Electricity - 2015 Austria: Average Electricity - Dec 2014 Belgium: Average Electricity - Dec 2014 Bulgaria: Average Electricity - Dec 2014

Cyprus: Average Electricity - Dec 2014 Czech Republic: Average Electricity - Dec 2014 Denmark: Average Electricity - Dec 2014 Estonia: Average Electricity - Dec 2014 Finland: Average Electricity - Dec 2014ac unit window unit France: Average Electricity - Dec 2014home ac unit service Germany: Average Electricity - Dec 2014cost of home ac unit Greece: Average Electricity - Dec 2014 Hungary: Average Electricity - Dec 2014 Ireland: Average Electricity - Dec 2014 Italy: Average Electricity - Dec 2014 Latvia: Average Electricity - Dec 2014 Lithuania: Average Electricity - Dec 2014 Luxembourg: Average Electricity - Dec 2014 Malta: Average Electricity - Dec 2014 Netherlands: Average Electricity - Dec 2014

Poland: Average Electricity - Dec 2014 Portugal: Average Electricity - Dec 2014 Romania: Average Electricity - Dec 2014 Slovakia: Average Electricity - Dec 2014 Slovenia: Average Electricity - Dec 2014 Spain: Average Electricity - Dec 2014 Sweden: Average Electricity - Dec 2014 United Kingdom: Average Electricity - Dec 2014 India: Average Electricity - February 2013 *Calculated using the UK Average rate of 15.5p/kWh (September 2015 tariff) You can compare the running costs and prices of thousands of electrical products with Sust-it, simply choose from the options below: WASHING & DRYING  · Upright Fridges - SmallUpright Fridges - MediumUpright Fridges - LargeLarder Fridges - SmallLarder Fridges - MediumLarder Fridges - LargeUpright Freezers - SmallUpright Freezers - MediumUpright Freezers - LargeChest Freezers - SmallChest Freezers - MediumChest Freezers - LargeFridge Freezers - SmallFridge Freezers - Medium

Fridge Freezers - LargeAmerican Style Fridge Freezers PRINTERS & COPIERS  · Home & Business Projectors Low Energy LED Bulb Prices Bayonet Fitting / BC / B22 LED Bulb Golf Ball LED Bulb L1 Dedicated Low Energy Bulb Screw Fitting / ES / E27 LED Bulb Small Bayonet Fitting / SBC / B15 LED Bulb Small Screw Fitting / SES / E14 LED Bulb Wet and Dry Vacuum Cleaners Air Conditioning Units are listed under Heating & Cooling - click here to view their power consumption. Please sign up to our FREE quarterly Newsletter – Watts News in the world of energy efficient products and reducing your energy bills. Don’t forget you can Switch Energy with us! Acceptable Use Policy | Privacy & Cookies | © 2006-2016 Sust-it (TurnRound Ltd) Enter your own tariff details Refer to your electricity bill or your energy suppliers published tariffs (usually found on their website) to obtain the information required below. Unit price per KWh

Pounds & Pence (£ p) Euros & Eurocents (€ c) Dollars & Cents ($ ¢)Once you have decided on the air conditioning system for your home you will probably be interested to know how much it will cost to run. Actual running costs depend on the size of the unit and how much time it is operating at full load and your local electricity cost. The examples below will give you an idea of the maximum cost per hour for heating and cooling. In the product information you have received there will be several numbers that will help you understand how much it will be to run the system for both heating and cooling. If the data sheet has Power Input figure in kW (not the heating or cooling capacity of the unit) you simply multiply this number by your local energy cost in kWh (kilowatt hours) to give you a running cost in cents. If the input power figure is not given you will need to divide the Cooling Capacity figure by the EER figure and then multiply this by your local energy cost.

e.g. 1 Input power rating for a 6.0kW wall hung split system is 1.84kW. Multiply this by your local electricity cost (varies quite bit within Australia so check your latest electricity bill.) say 25* cents per kilowatt hour. e.g.2 Running cost = 1.84 X 25 = 46 cents per hour For the same unit the Cooling Capacity is 6.0 divided by EER of 3.26 = 1.84 1.84 X 25* cents = 46 cents per hour. For heating use the heating capacity and the COP figures instead of cooling capacity and EER. e.g. 3 For this unit the Heating capacity is 7.0 and the COP is 3.41 7.0 divided by 3.41= 2.05 multiply this by your energy cost (25c*) and you get a heating mode running cost of 51.25 cents per hour. * Please note the 25 cents per kilowatt hour amount is used purely to show you how the calculation works. Actual rates vary considerably both above and below 25cents and you should consult your most recent electricity bill or your electricity supplier for your actual electricity tariff.