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Single conversion
To convert from Kilovolt-Ampere (kVA) to Gigavolt-Ampere (GVA), use the following formula:
Let's convert 5 Kilovolt-Ampere (kVA) to Gigavolt-Ampere (GVA).
Using the formula:
Therefore, 5 Kilovolt-Ampere (kVA) is equal to Gigavolt-Ampere (GVA).
Here are some quick reference conversions from Kilovolt-Ampere (kVA) to Gigavolt-Ampere (GVA):
| Kilovolt-Amperes | Gigavolt-Amperes |
|---|---|
| 0.000001 kVA | GVA |
| 0.001 kVA | GVA |
| 0.1 kVA | GVA |
| 1 kVA | GVA |
| 2 kVA | GVA |
| 3 kVA | GVA |
| 4 kVA | GVA |
| 5 kVA | GVA |
| 6 kVA | GVA |
| 7 kVA | GVA |
| 8 kVA | GVA |
| 9 kVA | GVA |
| 10 kVA | GVA |
| 20 kVA | GVA |
| 30 kVA | GVA |
| 40 kVA | GVA |
| 50 kVA | GVA |
| 100 kVA | GVA |
| 1000 kVA | GVA |
| 10000 kVA | GVA |
For all Apparent Power converters, choose units using the From/To dropdowns above.
A Kilovolt-Ampere (kVA) is a unit of measurement for "apparent power."
Apparent power represents the total amount of power being used in an electrical circuit. One kVA is equal to 1,000 volt-amperes.
Think of it as the complete power load, which is why kVA is the most important measurement for correctly sizing heavy-duty electrical equipment.
Apparent power (kVA) is a combination of two distinct types of power:
You can calculate kVA using a simple formula.
For a single-phase circuit, which is common in most homes and small businesses, the kVA formula is:
kVA = (Voltage × Amperes) / 1000
For example, a 240-volt circuit drawing 50 amps would have an apparent power of 12 kVA.
(240 Volts × 50 Amps) / 1000 = 12 kVA
This is the most crucial part: Key equipment like generators, transformers, and Uninterruptible Power Supplies (UPS) are all rated in kVA.
This kVA rating tells you the true maximum load the equipment can safely handle.
If you only look at the real power (kW) when sizing a generator or UPS, you risk choosing a unit that is too small.
An undersized unit can overload, overheat, or fail when you need it most.
The kVA rating provides the complete power picture, ensuring your equipment can handle both the "useful" (kW) and "wasted" (kVAR) power safely.
A Gigavolt-Ampere (GVA) is a unit of measurement for apparent power.
As part of the International System of Units (SI), it represents a massive amount of power: one billion volt-amperes ( VA).
Simply put, GVA is used to describe power on an enormous, national scale.
GVA is used to measure the vast capacity of national power grids and massive power generation facilities.
For comparison, a typical home might use a few kilovolt-amperes (kVA). In contrast, a single large nuclear power plant can have a capacity rated in GVA.
This measurement represents the total apparent power—a combination of real power (the power that does work) and reactive power (power that sustains magnetic fields).
It is a critical figure for engineers planning and managing the infrastructure that powers entire countries.
It is essential to understand the difference between Gigavolt-Amperes (GVA) and Gigawatts (GW).
The relationship between these two measurements is defined by the power factor.
In a large-scale grid, a significant difference between the GVA and GW values indicates a high amount of reactive power. While this power doesn't perform useful work, it still strains equipment and can lead to energy loss. This is why managing the total GVA is crucial for maintaining an efficient power grid.
Major heavy electrical equipment, such as power transformers and generators, is rated in GVA or the more common Megavolt-Amperes (MVA).
This is because the equipment's physical limits are determined by the total voltage and current it can handle, regardless of the power factor.
The GVA rating tells engineers the absolute maximum apparent power a device can safely manage without overheating or failing.
This makes it a vital safety and design specification for the core components of any high-voltage power grid.