Kendrick Tsai

First of all, I want to say big thanks for u spending much time response my question. My structure is showed below The converter part I bulit in Matlab. In OpenDSS, there is simple DC cable and capacitor. So whole grid there are not have any transformer. Code in OpenDSS spectrum in 60Hz that I wanted = [0,1,2,3,4,6,24,26,28,30,52,54,56,76,78,80] spectrum in 0.01Hz that I set

First of all, I want to say big thanks for u spending much time response my question. My structure is showed below The converter part I bulit in Matlab. In OpenDSS, there is simple DC cable and capacitor. So whole grid there are not have any transformer. Code in OpenDSS spectrum in 60Hz that I wanted = [0,1,2,3,4,6,24,26,28,30,52,54,56,76,78,80] spectrum in 0.01Hz that I set

Thanks for your answering, Mr.Dugan. I think I was wrong, the 0 frequency the form showed because I set the spectrum 1e-10. The thing I tryna do is harmonic analysis with DC component and other harmonic base on frequency = 60 . After reading your response, I think about the OpenDSS can't solve 0 Hz but can use 0.01Hz to simulate 0Hz, why not I don't set the basefrequency = 0.01Hz and set spectrum*60/0.01 to simulate feature harmonic in 60Hz system. After I try it, the result of system is almost showed...

Thanks for your answering, Mr.Dugan. I think I was wrong, the 0 frequency the form showed because I set the spectrum 1e-10. The thing I tryna do is harmonic analysis with DC component and other harmonic base on frequency = 60 . After reading your response, I think about the OpenDSS can't solve 0 Hz but can use 0.01Hz to simulate 0Hz, why not I don't set the basefrequency = 0.01Hz and set spectrum*60/0.01 to simulate feature harmonic in the system of 60Hz. After I try it, the result of system is almost...

Thanks for your answering, Mr.Dugan. I think I was wrong, the 0 frequency the form showed because I set the spectrum 1e-10. The thing I tryna do is harmonic analysis with DC component and other harmonic base on frequency = 60 . After reading your response, I think about the OpenDSS can't solve 0 Hz but can use 0.01Hz to simulate 0Hz, why not I don't set the basefrequency = 0.01Hz and set spectrum*60/0.01 to simulate feature harmonic the system of 60Hz. After I try it, the result of system is almost...

Thanks for your answering, Mr.Dugan. I think I was wrong, the 0 frequency the form showed because I set the spectrum 1e-10. The thing I tryna do is harmonic analysis with DC component and other harmonic base on frequency = 60 . After reading your response, I think about the OpenDSS can't solve 0 Hz but can use 0.01Hz to simulate 0Hz, why not I don't set the basefrequency = 0.01Hz and to get feature spectrum*60/0.01 that I want to get at the system of 60Hz. After I try it, the result of system is...

Thanks for your answering, Mr.Dugan. I think I was wrong, the 0 frequency the form showed because I set the spectrum 1e-10. The thing I tryna do is harmonic analysis with DC component and other harmonic base on frequency = 60 . After reading your response, I think about the OpenDSS can't solve 0 Hz but can use 0.01Hz to simulate 0Hz, why not I don't set the basefrequency = 0.01Hz and to access feature spectrum*60/0.01 that I want to access at the system of 60Hz. After I try it, the result of system...

Thanks for your answering, Mr.Dugan. I think I was wrong, the 0 frequency the form showed because I set the spectrum 1e-10. The thing I tryna do is harmonic analysis with DC component and other harmonic base on frequency = 60 . After reading your response, I think about the OpenDSS can't solve 0 Hz but can use 0.01Hz to simulate 0Hz, why not I don't set the basefrequency = 0.01Hz and to access feature spectrum*60/0.01 that I want to get at the system of 60Hz. After I try it, the result of system...