Good video, but I'd argue that calling reactive power "unuseful" isn't a good description because it is required for transformers and motors and transmission lines require reactive power compensation to maintain a healthy system, injecting reactive power into the system raises voltage, and absorbing reactive power lowers voltage.
Hi thanks for your comment, which is of interest. I'd like to point out, the context of this video is in reference with electrical installations, and reactive currents in distribution cabling and not distribution equipment in the grid.
Very well explained, but there is an error. IL1 was 8.91A not 8.46A so the capacitor current should be 6.27A (8.91 - 2.64 = 6.27A)
Thankyou for this video 🎉
Good video, but I'd argue that calling reactive power "unuseful" isn't a good description because it is required for transformers and motors and transmission lines require reactive power compensation to maintain a healthy system, injecting reactive power into the system raises voltage, and absorbing reactive power lowers voltage.
Hi thanks for your comment, which is of interest. I'd like to point out, the context of this video is in reference with electrical installations, and reactive currents in distribution cabling and not distribution equipment in the grid.
@@Leafster1973 Hi, thanks for the response! Apologies if my response came across as condescending and wasn't meant to detract from your point! Cheers
Am getting 86uF when using real power and power triangle to analysis C