Convert kilovolt ampere to Btu (IT)/second
Please provide values below to convert kilovolt ampere [kV*A] to Btu (IT)/second [Btu/s], or Convert Btu (IT)/second to kilovolt ampere.
1 kV*A = 0.947817122667 Btu/s. To convert kilovolt ampere to Btu (IT)/second, multiply the value by 0.947817122667; to go the other way, divide by it (1 Btu/s = 1.05505585 kV*A). Both units measure power and appear in everyday as well as technical calculations, so switching between them quickly is often useful.
Quick Reference
- 1 kV*A = 0.947817122667 Btu/s
- 1 Btu/s = 1.05505585 kV*A
- 10 kV*A = 9.47817122667 Btu/s
- 100 kV*A = 94.7817122667 Btu/s
How to Convert Kilovolt Ampere to Btu (It)/second
1 kV*A = 0.947817122667013 Btu/s
Example: convert 15 kV*A to Btu/s:
15 kV*A = 15 × 0.947817122667013 Btu/s = 14.2172568400052 Btu/s
Kilovolt Ampere to Btu (It)/second Conversion Table
| kilovolt ampere | Btu (IT)/second |
|---|---|
| 1 kV*A | 0.947817122667 Btu/s |
| 2 kV*A | 1.89563424533 Btu/s |
| 3 kV*A | 2.843451368 Btu/s |
| 5 kV*A | 4.73908561334 Btu/s |
| 10 kV*A | 9.47817122667 Btu/s |
| 20 kV*A | 18.9563424533 Btu/s |
| 50 kV*A | 47.3908561334 Btu/s |
| 100 kV*A | 94.7817122667 Btu/s |
| 500 kV*A | 473.908561334 Btu/s |
| 1000 kV*A | 947.817122667 Btu/s |
Kilovolt Ampere
A kilovolt ampere (kV·A) is a unit of apparent power in an electrical circuit, equal to 1,000 volt-amperes, representing the product of voltage in kilovolts and current in amperes.
History/Origin
The kilovolt ampere emerged as a standard unit for measuring apparent power in electrical engineering, especially with the adoption of the SI system, to quantify the capacity of electrical equipment such as transformers and generators.
Current Use
Today, the kilovolt ampere is widely used in power systems to specify the capacity of electrical devices, particularly in the context of transformers, generators, and power distribution systems, facilitating the design and analysis of electrical networks.
Btu (It)/second
Btu per second (Btu/s) is a unit of power representing the rate of energy transfer or conversion, where one British thermal unit (Btu) is transferred or converted every second.
History/Origin
The Btu (British thermal unit) has been used historically to measure energy, especially in heating and cooling industries. The use of Btu per second as a power unit emerged to quantify energy transfer rates in engineering and scientific contexts, aligning with the broader adoption of the Btu in energy measurement.
Current Use
Btu/s is used primarily in engineering and energy industries to specify power levels, such as in heating, cooling, and energy transfer systems, although it is less common than SI units like watts.
Frequently Asked Questions
What is 1 kilovolt ampere in Btu (IT)/second?
1 kilovolt ampere (kV*A) = 0.947817122667 Btu (IT)/second (Btu/s).
How do you convert kilovolt ampere to Btu (IT)/second?
Multiply the kilovolt ampere value by 0.947817122667. For example, 25 kV*A × 0.947817122667 = 23.6954280667 Btu/s.
What is 10 kilovolt ampere in Btu (IT)/second?
10 kV*A = 9.47817122667 Btu/s.
Which unit is larger, the kilovolt ampere or the Btu (IT)/second?
The Btu (IT)/second is the larger unit: 1 kV*A equals only 0.947817122667 Btu/s.