More heat load means more BTUs are required. In conditions such as these, you need to add 10% more BTUs to your actual choice. There are two ways your home naturally heats: direct sunlight inside your house or if you’re living on the hotter second story of a building. In short, the size of your air conditioner depends greatly on how warm your region is. In that case, you’ll need an air conditioner with a high BTU rating as there will be a significant difference in your preferred temperature and ambient air. Suppose you’re living in a relatively warmer climate. assume the standard 8-foot ceilings however, if the ceiling height is bigger, you’ll need a greater amount of air and an AC unit with a high BTU rating. Technically, ceiling height provides you a figure regarding the total air space that needs cooling.īTU recommendations based on sq. Therefore, you should consider the room’s length, width, and height to find the space’s correct square footage. It tells you how much indoor air you need to cool down a place. The size of the area is the primary factor when determining the adequate BTU rating for your appliance. It’s easy to use: input the kilowatts, and you’ll have your required BTUs!įactors To Consider That Determine The Correct BTU Rating Size Of The Space Use it to convert kilowatts to BTUs within no time. The third and the easiest method among all is through the online calculator. Here’s a kW to BTU conversion chart: Power (kW) The second method is comparatively more straightforward than the equation method and is preferred by most as it avoids the added annoyance of calculations and computations. Also, explore many other unit converters or learn more about temperature unit conversions. P (BTU/hr) = 3412.142 x 5 = 17060.71 BTU/hr Watts to Amps Table Free online temperature converter - converts between 6 units of temperature, including kelvin K, Celsius C, Fahrenheit F, Rankine R, etc. Note: Before jumping to the formula, you should know that 1 kW is equivalent to 3412.12 BTU/hr.Hence, the conversion formula of kW to BTU IT/hr is:įor example, let’s suppose you have a 5 kW AC unit. It’s the most basic method used by HVAC users worldwide. The First method to convert kW to BTU is through an equation. Luckily, you can convert kilowatts to BTUs using three easy, helpful ways: Manual Conversion Knowing how to convert kW to BTUs/hr is highly beneficial for many homeowners in the US and the world over. Suppose you have a 5 kW air conditioner do you know how many BTUs of power it amounts to? The answer is 17,060.71 BTU/hr! Take a look at the BTU chart to know what size of an AC unit you need: Room/Area Size You also don’t want to choose too small, like 6000BTU AC unit for 1000 sq. Having appropriate BTUs is essential: you don’t want a 14,000BTU AC unit for the 12×12 small room as it may boost your utility bills. Remember that determining the right BTUs depends on several factors: room size, heat load, ceiling height, etc. Related Article – How To Determine The Size Of Air Conditioner You Need BTU Recommendations Based On Cooling NeedsĪt this point, you’re probably wondering how many BTUs are enough to cool down the particular square footage of a room.
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