The size of the kW panel heater you need depends on the room's dimensions and insulation. A general guideline is to allocate about 100 watts per square meter of space for standard insulation. For example, a 12 square meter room would require a 1.2 kW heater. Additionally, consider factors like ceiling height, the number of windows, and local climate when selecting the appropriate wattage.
A 5kw heater draws just that, 5kw or 5000 w. If you have that switched on high, well I do not know what your supplier charges per kw hour, I am glad its not me paying.
That is 50,000 BTU per hour.
Not enough information. You didn't specify the amount of kW - and you really can't calculate that, just from the volts. Once you know the amount of kW (which is a unit of power), you still need to multiply by time to get energy. Then you can do the appropriate conversion to BTU, which is also an energy unit.
To calculate a cost in kW/h a time interval has to be stated. How long is the 400 watt heater going to be on in a 24 hour period. You also have to state what you are being charged from the utility power company per kW/h.
To convert the output of an electric heater from kilowatts to BTU per hour, you can use the conversion factor where 1 kilowatt is approximately equal to 3,412 BTU/hour. Therefore, a 15-kilowatt electric heater would produce about 51,180 BTU/hour (15 kW × 3,412 BTU/kW).
To convert 5 kW to BTU/hr, multiply by 3412 (1 kW = 3412 BTU/hr). Therefore, a 5 kW heater will produce 17,060 BTUs (5 kW * 3412 BTU/hr) if operated for 1 hour.
To convert kilowatts (kW) to British Thermal Units (BTU), you can use the conversion factor 1 kW = 3412 BTU/hr. Therefore, a 5 kW heater would produce 5 kW * 3412 BTU/hr = 17060 BTU per hour.
You can replace the balls in the heater control panel on an XS ARA Picasso by removing the front cover of the heater control panel. The panel lights will then be visible.
Well it depends on the power efficient of each solar panel and how much light they get. If you got panels that, in normal sunlight put out 100 watts; then for 1,500,000 watts you would need: 15 thousand panels. Now lets say you use two mirrors on each panel; then you would have about three times the light/power in normal light, so 1,500,000 divided by 300: so you would need 5000 panels and 10,000 mirrors.
You need to say what voltage the heater is running on (it's different in different countries).
just jok......
A 5kw heater draws just that, 5kw or 5000 w. If you have that switched on high, well I do not know what your supplier charges per kw hour, I am glad its not me paying.
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KW is a measure of real power (kilo watts) used. Real power is the power disippated / transformed into heat (in your instance). KVA (kilo volt amperes) is a measure of the vector total of real power and reactive power used. Reactive power is power that is stored and released be certain electrical elements such as capacitors and inductors. A heater inherently has a certain amount of inductance due to the heating wire used, which appears as an inductor to the 60Hz AC voltage applied to it. KW is a useful term because this is how much power you are using. KVA is useful, because this defines the total current draw your heater will have, so wiring and fusing need to be sized accordingly.
If your heater control is manual you probably have a cable that has become disconnected at the heater control valve or on the back of the panel. If you have an automatic temp control system you probably need a new temp control panel.
heater fan blower motor is burn up not working need to replace it could also be a heater relay typically located on the fuse panel that needs replacing could also be the switch on the switch panel
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