WebJul 22, 2024 · 8,000 BTU = 2.4 kW 10,000 BTU = 3 kW 12,000 BTU = 3.5 kW 18,000 BTU = 5.4 kW Calculator 2: Air Conditioner kW to BTU Payment options Factoring Energy Efficiency Rating EER is the energy efficiency rating, a measurement of how efficiently an air conditioner converts electricity to cooling power. WebAccording to Energy Star, a 12×12′ or 144 sqft room requires 5,000 BTU of cooling capacity when occupied by two persons. If the room is heavily shaded, it only requires 4,500 BTU. If the room is very sunny, it requires 5,500 BTU. For each additional person, you need to add 600 BTU. In the case of a kitchen, an additional 4,000 BTU is required.
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WebMar 13, 2016 · I’m struggling to calculate how many BTUs that is per hour. I’ve come up with two separate answers: 41,000 BTUs/Hour and 298,800 BTUs/Hour. ... I have 8Kw of solar panels and only need 3.5kw in the summer months. the other 4.5kw are needed during the rainy season to run a splitpack to dry out the cabin and during the winter due to lower ... WebApr 5, 2024 · 2024 GUARDIAN 18KW GENERATOR FEATURES AND BENEFITS. Provides essential circuit power protection for your home, ensuring the necessities remain powered during an outage or up to whole house coverage when paired with one of Generac’s load- shedding switches. Capable of backing up a five ton air conditioner. hikvision learning
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Web58,000 BTU's required - 32,000 BTU's produced 26,000 BTU's shortfall (This is the BTU's required from our supplemental heating element.) Using our heating element capacity chart we determine that an 8Kw heating element most closely matches our requirement of 26,000 BTU's. In reality, many people will select a 10 Kw as a small "fudge factor". WebAug 8, 2024 · First, we need to calculate how much horsepower we’re using: Horsepower = (watts / 1000) x 2 For example, if you had a 3000-watt base load, you would need 6 horsepower. Step 2 Next, we need to know how that relates to BTU. BTU = horsepower x 10,000 In our example, the 3000-watt load would consume fuel which produces 60,000 … WebIn warmer climates, multiply this number by 10 - 15. In more moderate climates, multiply by 20 - 30. And in cold climates multiply the square foot number by 30 - 40. For example, if you’re trying to heat 1000 square feet in a cold climate, 30,000 - 40,000 BTU’s will add significant warm air to your home. small wood projects to sell