BTU to w, watts to btu/hr and btu/hr to kw Conversion: The Most Practical Guide
BTU and watts find mention plenty in heating and cooling issues or even in the energy usage by an appliance. Consequently, if you are an HVAC professional, DIYer, or a simple user who intends to know the energy consumption rate of an air conditioner, one must know the BTU-to-watt conversions (and vice versa). This article will cover BTU and watt relationships, conversion formulas, and a calculator for some popular conversions like 12000 BTU to watts or 7000 BTU to watts and so on.
Power Conversion Calculator
Understanding the Link Between Watts and BTUs
Watts and BTUs go together like peanut butter and jelly. The cooling capacity is measured by BTU, but the energy consumption of your AC would be in watts. Here's the magic formula:
1 watt = 3.41 BTUs per hour
In practical terms, this means an AC with 1,000 watts of input providing about 3,410 watts worth of cooling power. This relationship is enough for you to estimate both your performance and power consumption, therefore it'll help you to find the suitable air conditioner for you.
The BTU/hour to Watts conversion formula is:
Conversely, to convert from watts to BTU/hour, simply use:
Watts = BTU/hour × 0.293071
Common BTU/hour-to-Watt Conversions:
BTU/hour = Watts × 3.41214
Here are few examples of BTU to watts conversion:
1. 12000 BTU to Watts:
12000BTU/hour×0.293071=3516.85watts
2. 7000 BTU to Watts:
7000BTU/hour×0.293071=2051.5watts
3. 30000 BTU to Watts:
30000BTU/hour×0.293071=8792.13watts
4. 4000 BTU to Watts:
4000BTU/hour×0.293071=1172.28watts
Here are few examples of watts to BTU conversion:
1. 1500 Watts to BTU:
1500watts×3.41214=5118.21BTU/hour
2. 4500 Watts to BTU
4500watts×3.41214=15354.63BTU/hour
3. 7500 Watts to BTU
7500watts×3.41214=25591.05BTU/hour
BTU to kWh Conversion:
kwh simply stands for Kilowatt-Hours, a measure of how much electricity is used by your AC. The electric consumption of an air conditioner can be calculated by converting BTUs into kWh.
1 BTU = 0.000293 kWh
Let us do the math for common air-conditioner sizes:
5,000 BTU: Uses about 1.465 kWh per hour.6,000 BTU: Uses about 1.758 kWh per hour.8,000 BTU: Uses about 2.344 kWh per hour.10,000 BTU: Uses about 2.93 kWh per hour.12,000 BTU: Uses about 3.516 kWh per hour.
Thus, with the increase in BTUs, there is greater electricity consumption. Hence, the importance of choosing just the right size-not too small for your space and not too big.
Example: 12000 BTU to kW
12000 X 0.293071 Divided by 1000= 3.51685 KW
BTU to Watts converters:
To make life easy for you here are online converters
BTU to Watts Converter: It converts BTU/hour to watts.
Watts to BTU Calculator: It converts Watts to BTU/hour.
calculate btu to kw: It converts BTU/hour to kilowatt.
Calculator kW to BTU: It converts kilowatt to BTU/hour.
Frequently Asked Questions (FAQs)
1. How many BTU is 1000 watts?
1000watts×3.41214=3412.14BTU/hour
2. How many BTU is 10000 watts?
10000watts×3.41214=34121.4BTU/hour
Conclusion:
Understanding conversion de BTU a kW (BTU to kW), BTU-to-watt and watt-to-BTU is vital in appliance selection, energy-consumption estimation, and energy efficiency. So whichever way you go, whether it is a 12000 BTU air conditioner or a 1500-watt heater, given formulas and calculators here will ensure accurate conversions.
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