Short answer, no. Three phase line voltage is 120 degrees apart in separation. Single phase is 180 degrees apart. To maintain the injected voltage at 90 degrees to the single phase voltage would be nearly impossible to control.
Single phase supply alternates like a sign wave, from negative to positive, producing a less reliable source of power, where as three phase is effectively three lots of single phase source, within the time of a standard single phase source. Each of the three phase sources are 120 degrees out of phase, producing a more consistent power source which can carry greater loads.
Use VFD to make 3 phase from single phase source.
208 volt, three phase
Use a transformer.
A device that operates on 220v single phase power requires a power source that delivers 220 volts of electricity in a single phase. It should be compatible with the voltage and phase of the power supply to function properly and safely.
Energy1- The ability to do work.Energy2- Any source of usable power, such as fossil fuel, electricity, or solar radiation.
Phase is the mathematical relationship between one or more current carrying conductors from the same power source. It isn't "used" per se.
A device that operates on 208 volts single phase power requires a power source that provides 208 volts of electricity in a single phase. It is important to ensure that the device is compatible with this specific voltage to prevent damage or malfunction.
A rotary phase converter is commonly used to convert a single phase electrical power source to three phases. This allows you to use three phases instead of one.
Three phase converters are used in electrical power distribution systems. Electricity gets sent out in cycles and waves. A three phase system allows electric currents to be time delayed according to the waves, so that power appears to be continuous. Converters are used by small clients who cannot afford direct access to a three phase grid, but still want to localize their power source - such as small residences, farmers, or some train operators.
The capacitor is used to create a second phase from the single phase power source and it is the interaction between these two phases that causes the motor to turn.
A machine that operates on 240V 3-phase power requires a power source that delivers 240 volts of electricity in three separate phases. This type of machine needs a dedicated electrical circuit with the appropriate voltage and phase configuration to function properly.