full power is 100kva, i dont think he has that much available. Also actual full power without ballast would be way over 100kva, thatd trip his breaker(s) so quickly lol
thats total bs you are blabbing there! i clearly saw your input source was 2000W and assuming it runs at 230V. so what does that make.. it makes 8,69A to the input.. then thats quite easy to convert that is your transformers HV output is 20kV it has 0,1A there current. and that would be ideal ofc there might be sum voltage drops etc. but lets believe its something like that. i have same kinda transformer and it needed a lot of work to make it run 380V single phase at 48A peak.. thats 18 250 W.. but good start anyway there.. and pls dont play with high voltage especially the ground is moist.. peace 🤘@@JosiahEaves
@mcsaatana1614 What I meant was if he would arc it without any current limiting. Depending on the transformers impedance and the transformer feeding his house it would likely pull 1000s of amps on the lv and 100s on the hv. His breaker would trip before this however but this is just hypothetical.
Dicker Trafo, aber es ist halt ein Problem daraus viele kW zu holen, ohne auch viele kVAr zu verursachen. Der cosphi wird immer bei so 0.3 sein, was eben eine unnötig hohe Belastung für den HAK bedeutet, ohne viel Output zu kriegen.
Super geil 😎😎👍👍👍👍👍👍👍
Nice 😎
Oh wow, that's a powerful transformer. Can't wait to see it at full power
full power is 100kva, i dont think he has that much available. Also actual full power without ballast would be way over 100kva, thatd trip his breaker(s) so quickly lol
@@breezetixhv yeah I'm sure that'd pull several 1000 amps if not 10s of thousands
thats total bs you are blabbing there! i clearly saw your input source was 2000W and assuming it runs at 230V. so what does that make.. it makes 8,69A to the input.. then thats quite easy to convert that is your transformers HV output is 20kV it has 0,1A there current. and that would be ideal ofc there might be sum voltage drops etc. but lets believe its something like that. i have same kinda transformer and it needed a lot of work to make it run 380V single phase at 48A peak.. thats 18 250 W.. but good start anyway there.. and pls dont play with high voltage especially the ground is moist.. peace 🤘@@JosiahEaves
@@breezetixhvi can draw 100kVA for a short time ua-cam.com/video/9AMwYefy000/v-deo.htmlsi=xb0BalhwLZXdz0XV
@mcsaatana1614 What I meant was if he would arc it without any current limiting. Depending on the transformers impedance and the transformer feeding his house it would likely pull 1000s of amps on the lv and 100s on the hv. His breaker would trip before this however but this is just hypothetical.
Dicker Trafo, aber es ist halt ein Problem daraus viele kW zu holen, ohne auch viele kVAr zu verursachen. Der cosphi wird immer bei so 0.3 sein, was eben eine unnötig hohe Belastung für den HAK bedeutet, ohne viel Output zu kriegen.
Das stimmt leider. Werde aber mit caps arbeiten und die 3 phasen gleichrichten
@@Electromaniac420 So 'nen Aufriss um dann immer noch 'nen cosphi von 0,3 zu fahren?
@@chris12591 ich werde mit resonanz arbeiten
@@Electromaniac420 Ja dann hat der Kram trotzdem 'nen cosphi von 0,3
Hab trotzdem nen höheren output den Rest muss ich primär machen
Wie viel hast du bezahlt
3200€