i had the same question
40 watts/sq ft for 1700 sq ft = 68,000 watts or 68 kw. If you are going to keep this on 24/7, then the number of hours is 31 x 24 =744 (I have assumed 31 days in the month), so the usage is simply 68 x 744 = 50592 kwh
To convert pounds per square foot to metric tons per square meter, you would use the following conversions: 1 pound per square foot is approximately 0.0479 metric tons per square meter. Therefore, 350 pounds per square foot is approximately 16.765 metric tons per square meter.
For a 600 square foot room, you would typically need around 18,000 BTUs of cooling capacity to effectively cool the space. This estimate is based on the general guideline of 30 BTUs per square foot for cooling larger rooms.
The weight of SA 516-70 steel plate per square foot varies depending on the thickness of the plate. As a general estimation, the weight of SA 516-70 steel plate is approximately 41.82 pounds per square foot for a 1-inch thick plate. You can calculate the weight for different thicknesses using this basic weight per square foot.
To calculate the BTUs needed to cool a room, multiply the square footage of the room by 20 (which is the recommended cooling capacity in BTUs per square foot). In this case, for a 20x12 room (240 square feet), you would need approximately 4,800 BTUs to effectively cool the space.
You need to mention the voltage and wattage of the device to get the right answer
A micathermic heater is used where there is not much space to place a conventional heater. They can be mounted on a wall like a picture which saves foot space.
To calculate how many feet of electric baseboard heat you need, you can use the formula: Total heat output (in watts) divided by the wattage per linear foot of the baseboard heater. This will give you the total length of baseboard heater required in feet for your specific heating needs.
A base board heater could be rated at any amount of watts. Their physical size usually has no bearing on the wattage but that being said usually the smaller the physical size the lower the wattage. A three foot unit at 240 volts could be 500 watts or .5 kW. The rating of the heaters is on the back of the heater. If the heater is mounted and you want to know how many watts it is, you will have to remove the heater away from the wall to get to the nameplate. If you have access to a clamp on amp meter, the amperage reading can be multiplied by the voltage of the heater. This will give you the wattage of the device. To find kW divide the wattage of the heater by 1000. The amount that the heater uses in kW s depends on its off and on time cycle. This is referred to as kWh. This is the figure that the utility company uses, times how much they charge for a kWh, to calculate the charge to you for the power that you have used.
In order to find the correct size space heater, first you need to find the AREA of the room, which is 10 x 12 = 120 square feet. Then you multiply this by 3.41 BTU's = 4092 BTU's. A STANDARD SPACE HEATER will be appropriate (a standard space heater is appropriate for up to 5100 BTUs or 1500 watts). If there are a lot of windows or the ceilings are higher than normal (normal is from 8 ft to 10 ft tall ceilings), than you may need a larger space heater, but in this case, a standard sized space heater will do.
Square foot or cubic foot.
120ft2
20 btu per square foot
The ideal mini split BTU per square foot for efficient cooling in a residential space is around 20-30 BTUs per square foot.
what size water heater for 3000 sq ft 4 bathroom house
2 square feet
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