Convert 2 Kilovolt-Ampere to Kilojoule per hour - Power

A list of units symbol and data.
From kVA	To kJ/h	All conversion
1 kVA	3599.999712000023 kJ/h
2 kVA	7199.999424000046 kJ/h
3 kVA	10799.999136000068 kJ/h
4 kVA	14399.998848000092 kJ/h
5 kVA	17999.998560000113 kJ/h
6 kVA	21599.998272000135 kJ/h
7 kVA	25199.997984000158 kJ/h
8 kVA	28799.997696000184 kJ/h
9 kVA	32399.997408000207 kJ/h
10 kVA	35999.997120000226 kJ/h

A list of units symbol and data.

From kVA

To kJ/h

All conversion

1 kVA

3599.999712000023 kJ/h

2 kVA

7199.999424000046 kJ/h

3 kVA

10799.999136000068 kJ/h

4 kVA

14399.998848000092 kJ/h

5 kVA

17999.998560000113 kJ/h

6 kVA

21599.998272000135 kJ/h

7 kVA

25199.997984000158 kJ/h

8 kVA

28799.997696000184 kJ/h

9 kVA

32399.997408000207 kJ/h

10 kVA

35999.997120000226 kJ/h

Understanding Kilovolt-Ampere (kVA)

The kilovolt-ampere (kVA) is a unit of apparent power equal to 1,000 volt-amperes. It is commonly used to express the capacity of large electrical equipment like generators, transformers, and UPS systems.

In AC circuits, especially those with reactive components, the kVA rating indicates the total power the equipment can handle, including both real power (watts) and reactive power (VARs). This is crucial for ensuring that electrical systems are designed with components that can manage the total expected load.

For example, a transformer rated at 100 kVA can handle a combination of voltage and current that multiplies to 100,000, but the actual usable power (in kilowatts) will depend on the power factor of the load.

Professionals use kVA ratings to ensure that electrical infrastructure is adequately sized, preventing issues like overheating, inefficiency, or equipment failure due to underestimation of power requirements.

Kilojoule per Hour (kJ/h): A Practical Metric for Long-Term Energy Consumption

The kilojoule per hour (kJ/h) is a unit of power representing the transfer or use of one kilojoule of energy per hour. While it measures a much slower rate of energy flow compared to kJ/s or kJ/min, it’s particularly useful in evaluating systems with continuous, long-term energy consumption, such as climate control systems, residential energy use, and even basal metabolic rates in humans.

With 1 kJ/h being equal to approximately 0.2778 watts, this unit allows for granular insights into low-energy systems, offering accuracy in scenarios where slight variations in energy use have significant implications over time.

Engineers, energy auditors, and environmental scientists use kilojoule per hour to calculate and track energy efficiency, especially when implementing strategies for cost savings, carbon footprint reduction, and regulatory compliance.

1 Kilovolt-Ampere = 1000 Watt

Convert 2 kVA → W

1 Kilovolt-Ampere = 1 Kilowatt

Convert 2 kVA → kW

1 Kilovolt-Ampere = 0.001 Megawatt

Convert 2 kVA → MW

1 Kilovolt-Ampere = 0.000001 Gigawatt

Convert 2 kVA → GW

1 Kilovolt-Ampere = 1e-9 Terawatt

Convert 2 kVA → TW

1 Kilovolt-Ampere = 1e-12 Petawatt

Convert 2 kVA → PW