How do you convert gas units to kWh?

Metric gas meters

Take a meter reading.
Subtract the new meter reading from the previous reading to work out the volume of gas used.
Multiply by the volume correction factor (1.02264).
Multiply by calorific value (40.0).
Divide by kWh conversion factor (3.6).

How many kWh is a unit of gas?

The correction factor converts gas units into kWh by working out the volume of gas based on temperature and pressure. It can vary slightly, but all suppliers use a standard factor of 1.02264. This makes sure we all get the same number of kWh for each cubic metre of gas.

How do you convert British gas units to kWh?

Used to convert gas units into kilowatt-hours (kWh). The formula is as follows: gas units used x correction factor (1.02264) x imperial to metric conversion factor (2.83) x calorific value (38.9) divided by kilowatt-hour conversion factor (3.6) = kWh in cubic feet.

Are gas meters in kWh?

Although gas meters measure the amount of gas used in hundreds of cubic feet or cubic metres, gas bills display your use in kilowatt hours (kWh). If your measure is in cubic feet, multiply by 2.83 to convert to meters.

How many kWh is 1m3 of gas?

Alternatively, convert cubic metres (m3) to kWh gas units. 482 unit used X 1.02264 X 39.2 calorific value divided by 3.6 provides 5367.27 kWh.

How many kWh are in a m3?

Metric Calculation Alternatively, convert cubic metres (m3) to kWh gas units. 482 unit used X 1.02264 X 39.2 calorific value divided by 3.6 provides 5367.27 kWh.

How many kWh is a m3 of gas?

How many kWh in a gallon of gasoline?

Verified by Expert. The approximate energy content of gasoline in kwh per gallon is 33.4 kwh. Gasoline is a mixture of the lighter liquid hydrocarbons that are used chiefly as a fuel for internal-combustion engines.

How do you convert joules to kWh?

How to convert joules to kWh. One joule is equal to 2.777778⋅10 -7 kilowatt-hours: 1J = 2.777778⋅10 -7kWh = (1/3600000)kWh. So the energy in kilowatt-hour E (kWh) is equal to the energy in joules E (J) divided by 3600000: E ( kWh) = E (J) / 3600000 = E (J) ⋅ 2.777778⋅10 -7.

How many kWh per mile?

Your electric car requires 30 kWhs to go 100 miles on a fully charged battery. That would mean it costs $3.60 to charge a depleted battery, which works out to be $0.036 per mile or roughly 1/3 kilowatt-hour per mile (3.3 miles per kWh). But that’s not the end of the calculation. Now that you know the miles per kilowatt-hour you can determine how much electricity will be used in a month.