P.S. One additional thought:
4)Keep in mind that a regenerator will in itself consume power. For example the PS Audio P10, which can supply up to 1500 watts, has an efficiency rating of ">85%" when supplying large amounts of power. Which means that on brief dynamic peaks in the music which may result in 1500 watts being briefly demanded from a P10 by the system, the P10 itself would consume as much as 265 watts. 1500/(1500 + 265) = 85%.
So 1765 watts would be drawn from the wall outlet(s) under that condition, in addition to the draw of whatever components are not being powered by the P10.
Regards,
-- Al
4)Keep in mind that a regenerator will in itself consume power. For example the PS Audio P10, which can supply up to 1500 watts, has an efficiency rating of ">85%" when supplying large amounts of power. Which means that on brief dynamic peaks in the music which may result in 1500 watts being briefly demanded from a P10 by the system, the P10 itself would consume as much as 265 watts. 1500/(1500 + 265) = 85%.
So 1765 watts would be drawn from the wall outlet(s) under that condition, in addition to the draw of whatever components are not being powered by the P10.
Regards,
-- Al