Geoffy The Fuse Troll said:
They are required by electrical supply utilities for power factor correction in industrial applications where large motors cause a lag in power factor due to the inductive load. The capacitors in a capacitor bank are sequentially switched in to the circuit to counter-act this by introducing a load with a leading power factor.
The above industrial scenario does not apply to residential electrical delivery systems, as there are no significant loads with apparent power phase angle lagging real power.
Wake up Geoffy and smell then ☕️. There’s no room for your science fiction unless you want to waste money and make things worse. Do yourself a favor and take a night school course in AC Electicity at your local community college. Be informed, not ignorant and jump on the knowledge 🚂 train 🚂! Toot! toot!
By far the best solution is the Magnan Audio DIY plug in capacitor bank solution.Geoffy, really now. Hel-loo! Rpt Hel-loo!! Capacitor banks are not going to filter diddly on an AC branch circuit.
They are required by electrical supply utilities for power factor correction in industrial applications where large motors cause a lag in power factor due to the inductive load. The capacitors in a capacitor bank are sequentially switched in to the circuit to counter-act this by introducing a load with a leading power factor.
The above industrial scenario does not apply to residential electrical delivery systems, as there are no significant loads with apparent power phase angle lagging real power.
Wake up Geoffy and smell then ☕️. There’s no room for your science fiction unless you want to waste money and make things worse. Do yourself a favor and take a night school course in AC Electicity at your local community college. Be informed, not ignorant and jump on the knowledge 🚂 train 🚂! Toot! toot!