Hello,

Definitely yes!! SVPWM has already ben applied for different applications using multilevel inverters (electric vehicles, wind turbine, etc.). Some papers are available in my account (see Tabbache papers). Other papers are already available in the IEEE Xplore.

Regards,

Mohamed

yes it is possible. Space vector modulation is a advanced version of controlling the gate pulse.It can be applied to any type of converter control.Please refer IEEE xplore for more clarification.

Space vector concept becomes meaningful when we deal with a rotating spacevector. Therefore it is valid only for 3 phase or multi phase situations. May be even for a two phase system, therectically at least. But not in the case of a single phase system.

Yes, it can be applied in the requested case

I agree with M.R. Baiju, using the space modulation concept (or 3d harmonic injection, which gives about the same result) in a SINGLE PHASE inverter has no sense at all.

yes, it can be applied for Single-Phase Multilevel Converters, you can read this attached paper : New Space Vector Modulation Technique for  Single-Phase Multilevel Converters 

https://idus.us.es/xmlui/bitstream/handle/11441/23579/file_1.pdf?sequence=1&isAllowed=y

All depends of what you call Space Vector Modulation. Normally it is referred to a vector flux rotating in a 3 phase system. I think that what is shown in the paper should not be called Space Vector Modulation but for example State Vector Modulation.

In the given paper it is not space vector modulation, because space vector modulation works strictly on the principle of rotating vector and what is shown in the paper given in the link is not SVM rather it is nearest level control which is not considered as SVM. it is just an approximation of next level on which switching states depend. 

Ms. Shivaleelavathi, if you want to SVM then take a 3 phase any level inverter or otherwise you have to use either of the carrier based PWM techniques which can be analysed for single phase inverters, viz, PSPWM and LSPWM.

Yes, check "Multi-Vector Outphasing Provides High Power, Low Harmonics" article, ELNANO 2014 IEEE Conference, available for loading from Research Gate.

Mr. Alexey Tyshko,

thank you. Can you please the paper "Multi-Vector Outphasing Provides High Power, Low Harmonics" . on research gate.

https://www.researchgate.net/publication/269269177_Multi-vector_outphasing_provides_high_power_low_harmonics

Conference Paper Multi-vector outphasing provides high power, low harmonics

Of course it can. Moreover, the distribution of basic voltage vectors of single-phase multilevel inverters is quite different from three-phase multilevel inverters.

I support the M.R Baiju sir....it requires rotating vector for space vector modulation.