Abstract
AbstractThis study reiterates the fact that the transfer of electric energy in AC circuits is always causing oscillations of power. It is indicated that such oscillations are supported by the energy stored in moving masses, or in the electromagnetic field, or in any type of energy storing device, such as electric batteries. Oscillations caused by an unbalanced polyphase system with purely resistive loads, or by energy storage elements, or by the integer or non‐integer harmonics injected by non‐linear loads, all of them are sustained by the same types of reservoirs of energy. This paper defines three types of oscillations and the powers associated with each type, and details the physical mechanism that controls the energy conversions that govern such oscillations.
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