What do Pp, Sp, and Qp represent in terms of power distribution capacity?
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As the title indicates. I would like to ask what types of capacitance Pp, Sp, and Qp represent, and which of these values should be used as the basis for determining the power distribution capacity
What requires capacity are active, apparent, and reactive power; active and reactive power serve as the basis
Pp, Sp, and Qp should respectively represent the rated active power, rated apparent power, and rated reactive power. The selection of power distribution capacity should be based on apparent power, measured in kVA
Pp-Rated active power； Sp- Rated apparent power ； Qp – rated reactive power, in kVA ； Apparent power should be used for selecting the power distribution capacity.
S refers to apparent power, P refers to active power, and Q refers to reactive power
Pp-Rated active power； Sp- Rated apparent power ； Qp – Rated reactive power ； Apparent power should be used for selecting the power distribution capacity.
Why isn’t the computational load included in the discussion here?
The capital letter S refers to apparent power, P refers to active power, and Q refers to reactive power. The subscript lowercase p may be an abbreviation for the English word “phase”.
Rated active power unit: KW； Rated apparent power unit: KVA ； The unit for rated reactive power is KVar; for a single device, its Sp is the square root of the sum of the squares of Pp and Qp!