The phrase "amount of power flow" is correct and usable in written English.
It can be used in contexts related to electrical engineering, physics, or discussions about energy transfer.
Example: "The amount of power flow in the circuit was measured to ensure it met safety standards."
Alternatives: "level of power flow" or "quantity of power flow".
The final probability is defined as the ratio of shift amount of power flow to the equivalent distance.
Here, the load loss, the offset of low voltage and the shift amount of power flow of a single layer are introduced to evaluate its state.
The shift amount of power flow in a single layer is the sum of shift amount in all operated lines which are positive.
The characteristics of the long members affect the behavior of the short members and the amount of power flow between the members of the system.
The shift amount of power flow is used to evaluate the degree of power transfer as given in following: S=frac{left| P-{P}_{norm}right|}{P_{norm}} X (5 where P and P norm are the power flows of the current and previous layer.
Other energy experts described trends in the eastern grid over the last three years hinting at growing, and potentially dangerous, imbalances between the amount of power flowing in from plants and the amount used by customers.
Many LV networks have been designed decades ago, and are not well prepared to accommodate the large amount of power flowing through the grid.
Current flow controllers (CFCs) can remove grid bottlenecks or extend grid operation area by changing amount of power flowing through DC transmission lines.
Design and verification of power flow controllers.
In fact, among all issues that can be caused by the high penetration of PV, voltage regulation is the most likely one, because it is directly correlated to the amount of reverse power flow during the PV system operation.
A series of calculation results showed that the total amount of injected or transmitted power flow is dependent on the natural vibration frequency of the whole structure and the relative percentage of power flowing through the cross section of the plate or the stiffener depends on the ratio of their relative flexural rigidity.
