Abstract
The paper identifies the difference between the terms reactive power and non-active power and describes them in terms of a general power theory that has been developed for m-wire systems in the instantaneous and average power domains. The differences between conventional measurements and the new approach are demonstrated using laboratory-scale three-phase transformers under conditions similar to those experienced on large power systems carrying geomagnetically induced currents, with harmonic distortion, unbalance and dc components. The implications affect all multi-wire systems under non-ideal conditions, including distorting loads and smart grid integration.
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