1 kilowatt-hour is 3412 British Thermal Units, so 4 kWh is 13648 BTU.
3,413 BTU's x 4 KW = 13,652 BTU's/H
One KW of electricity will give you 3,412 btu of heat.
Btu and cubic meter are two different measuring units. Btu is the unit for heat transmission, like in ac units 12000 btu/hr. It means this ac unit would remove 12000 btu of heat from the room in one hour. where as cubic meter is the unit for volume.
A BTU IS A BTU. (3413 BTU'S PER 1000 WATTS). ELECTRIC RESISTANCE HEAT IS 100% EFICIENT ( SPEAKING OF GETTING EVERY BTU YOU ARE PAYING FOR). A $30.00 MILK HOUSE HEATER WILL GIVE YOU THE SAME AMOUNT OF HEAT ( BTU'S) AS A $700.00 FANCY, QUIET ONE. LC
One. Any amount of heat added to any material will heat that material. Obviously, the amount of increase in heat is dependent upon the material's specific heat, its mass, and the amount of heat applied. **Using the assumption that you wish to heat a room of 43200 cu.ft. with 3 air exchanges per hour (average), from 40 degrees to 70 degrees fahrenheit (average for New England, in the fall), then the amount of btu's per hour required would be 311,040 btu/hr.* * {multiply volume x 0.24 btu/hr (specific heat of air) x 3 air exchanges/ hr x [temperature required - ambient temperature]}.
The BTU, or British Thermal Unit, is a unit of energy, worth about 1055 joules. BTUH is a non-systematic abbreviation standing for British Thermal Units per Hour. You could take a total amount of energy in BTU and divide it by the time over which it is produced (or used) to get BTUH. However, you are not converting one to another as BTU is a measure of energy and BTUH is a measure of power.
One KW of electricity will give you 3,412 btu of heat.
1 kilowatt-hour is 3412 British Thermal Units, so 4 kWh is 13648 BTU.
1 kilowatt-hour is 3412 British Thermal Units, so 4 kWh is 13648 BTU.
how many square feet does a 14,000 btu heater heat
51210 Btu's in 15kw heat strip. 3.414 * 15000= 51210
50,000 btu
36000 Btu
A 200,000 BTU wood burning stove will heat 1,000 square feet.
Burning Stove - 110,000 BTU How many square feet?
It depends on the type of energy:Foot-pound (torque)Newton-meter (torque)Joule (energy in general)Watt-second (electricity)Kilowatt-hour (electricity)BTU (heat)Calorie (heat)
It depends on your enviornment. A 36,000 BTU unit will probably work just fine. 36,000 btu's would heat a 1,000 square foot room. or more.
No it is not. To explain: Coal produces 6,150 kWh of heat per ton, and that heat only converts 40% of that into electricity - so pound per pound burning coal as a direct heat source produces less pollution and uses less coal than converting the coal into electricity and then back to heat (IE: a 40% loss). Heating Oil lowers the cost per kWh or BTU by around 40.6% (or about the same amount).To heat the average home, by fuel use & cost:Oil - $1,247 or 138,700 BTU per gallonNatural Gas - $1,463 or 100,000 BTU per ThermWood - $2,102 or 8,000 BTU per pound (High pollutant)Propane - $2,523 or 92,000 BTU per gallonElectric - $4,071 or 3,413 BTU per kWhSource: Energy Information Agency, U.S. Dept. of Energy 2007