kWh stands for kiloWatthours, the amount of electrical energy an appliance uses or generates in one hour measured in kiloWatts. It has nothing to do with one cubic metre of water.
There are at least 5 different definitions for slightly different BTUs. One of them says that 1 kWh = 3412.14 BTUs. Let's use that one. 1 kWh = 3412.14 BTUs 12 kWh = 40,945.68 BTUs
Divide the dollars per kWh by 3,412.14163
If you mean dollars PER mwh and cents PER kwh, divide by 10.
KwH
You cannot. kWh is a measure of energy. There are lots of people in the world who use energy but have no use for a dollar. Kwh and dollars measure different things and, according to the basic principles of dimensional analysis, conversion from one to the other is not valid.
In the US Natural Gas output is measured in cubic feet, First you must convert feet to meters: 3.28084 fpm, then we must determine cubic feet per cubic meter, 3.28084 X 3.28084 X 3.28084 = 21.528 cubic ft in a cubic meter and since there are 1000 btu in a cubic foot of Natural Gas 21.528 x 1000 btu = 21,528 btu/cmtr. Then you must convert kWh to btu. 1kWh=3413 btu, so 21528 btu divided by 3413 btu = 6.307 kWh in a cubic meter of NG: so 1 cubic meter divided by 6.307= 0.1585 cubic meters of NG = 1 kWh. Of course these are output ratings not input. So depending on the efficiency rating of the NG furnace being used one would need to add the heat that is lost up the chimney or the inefficiency rating for an accurate answer. For example with an 80% efficient gas furnace one would need to add 20% or 0.032 to the 0.1585 cubic meter value we got earlier to allow for waste and the answer is actually 0.1905 cubic meters total input of NG needed per kWh produced. I hope this is right... End -H2045
To convert kilowatt-hours (kWh) to cubic meters (m³) of natural gas, you need to know the calorific value of the gas, which is typically around 9.5 to 11 kWh per cubic meter, depending on the gas composition. The conversion can be done using the formula: m³ of gas = kWh / calorific value (kWh/m³). For example, if the calorific value is 10 kWh/m³, then 100 kWh would equal 10 m³ of natural gas. Always check the specific calorific value for more accurate conversions.
The amount of water needed to generate 1 kWh of electricity depends on the efficiency of the system used to convert water energy into electricity, such as a hydroelectric generator. Generally, it takes about 0.5 to 1 cubic meter of water to produce 1 kWh, but this can vary based on factors such as the height of the water source and the specific technology employed. In practical terms, the efficiency of the turbine and generator system plays a crucial role in determining the exact water volume required.
One standard cubic meter (SCM) of natural gas typically contains about 9.97 kilowatt-hours (kWh) of energy. However, this value can vary slightly depending on the specific composition of the gas. In practical applications, it's common to use a range of around 9 to 11 kWh per SCM for calculations.
Converting kilowatt-hours (kWh) to cubic meters depends on the specific energy source being used. For natural gas, 1 kWh is approximately equal to 0.11 cubic meters. For liquid propane (LPG), 1 kWh is roughly equivalent to 0.07 cubic meters. It's important to consult the specific energy content and conversion factors for the particular fuel type to ensure accurate conversions.
These are incompatible measures. Cubic meters is a measure of volume, while kWh (Kilowatt-Hours) is a measure of electric energy.
it also depends on what meter you have, is it a KWH METER or a AH METER. IF ITS A KWH METER(KILO WATT HOUR) IT COUNTS IN WATTS (35w PER HOUR.)
KWH (kilowatt-hours) is an energy (Power in KW x time in Hours if steady power, or otherwise the integral of power with respect to time). KW per minute means a rate of increasing power, and the fact that it is inside a cubic metre doesn't alter the fact that there is no equivalence, and cannot be related.
The cost of electricity per square meter can vary significantly based on several factors, including location, energy source, and local utility rates. On average, residential electricity costs in many regions range from $0.10 to $0.30 per kilowatt-hour (kWh). To estimate costs per square meter, you would need to consider the energy consumption of the space, typically measured in kWh per square meter. For example, if a space uses 50 kWh per square meter per year and electricity costs $0.20 per kWh, it would amount to $10 per square meter annually.
for a disc type (electromechanical) meter the number of disc revolutions to indicate 1 kwh would be found by the formula 1000/ Kh, the watthour constant of the meter.
A power surge is unlikely to cause a significant increase in the kWh reading of a digital meter because the meter measures the amount of electricity consumed over time, not the voltage of the electrical supply. Power surges can cause damage to electronic devices but typically won't directly impact the kWh reading on a meter.
Electricity Meter. I've never heard that term. The other terms are also foreign to me and I have been using measuring equipment for over 40 years. I have never seen a meter that will actually show kWh. An electrical USE meter (like what is on your home) shows kWh used. More explanation in the question would help.