I'm OK with phase shifting, but "hold a charge for temporary use" seems fanciful. AC power has a sinusoidal waveform. Capacitors when charging and discharging have an exponential waveform. You can't even make those two things remotely equivalent.Worked with 600V+- having large capacitors banks to shift voltage phase to compensate for power and hold a charge for temporary use. 3 phase & single phase
Sound a little like AC power factor correction capacitors?Worked with 600V+- having large capacitors banks to shift voltage phase to compensate for power . 3 phase & single phase
Extraordinary claims require extraordinary evidence which you have all to conveniently failed to provide. This intro is skating perilously close to previously debunked over unity systems.Max
This is getting close to what I think will work.
I am building a new type of power machine, that will cut the cost of power.
Working with this idea, I think it can be made to work.
No argument there. They are also used in charge pumps and voltage multipliers. I'm still a bit fuzzy on how this applies to the original question from the TS.Switched capacitor techniques are used in HVDC to AC conversion.
I hope I'm wrong but this seems to be going toward another one of those threads. Over unity.I'm still a bit fuzzy on how this applies to the original question from the TS.
I am building a new type of power machine, that will cut the cost of power.
Working with this idea, I think it can be made to work.
Oh....OK got it. It wasn't immediately clear from just the picture. So would this not require a good deal of control and decision making circuitry?TS is vague on what he is attempting to do.
You can store AC voltage in a capacitor bank by charging each capacitor to a DC voltage at different phase intervals and then releasing the charge in reverse fashion when needed.
Of course the UPS may have some trouble matching the mains for "up-time". Might only be a couple of minutes.Use a switch-mode uninterruptible power supply (UPS).
AC mains powers the motor and keeps the battery in the UPS charged. When AC power fails, the UPS switches over automatically.
This has to be sec.Of course the UPS may have some trouble matching the mains for "up-time". Might only be a couple of minutes.