Wie man Ampereere in Watt umrechnet

Wie man umrechnet elektrischer Strom in Ampereere (A) zu elektrische Leistung in Watt (W).

Sie können Watt aus Ampereere und Volt. You can't convert amps zu watts since watts and amps units do not measure the same quantity.

DC amps zu watts calculation fodermula

Die Leistung P in Watt (W) is equal zu the Strom I in Ampereere (A), times the Spannung V in Volt (V):

P(W) = I(A) × V(V)

So watts are equal zu amps times Volt:

Watt = Ampereere × Volt

oder

W = A × V

Beispiel

What is power consumption in watts when the Strom is 3A and the Spannung supply is 110V

Answer: the power P is equal zu Strom of 3 amps times the Spannung of 110 Volt.

P = 3A × 110V = 330W

AC single phase amps zu watts calculation fodermula

Die Wirkleistung P in Watt (W) is equal zu the power faczur LF times the phase Strom I in Ampereere (A), times the RMS Spannung V in Volt (V):

P(W) = LF × I(A) × V(V)

So watts are equal zu power factoder times amps times Volt:

Watt = LF × Ampereere × Volt

oder

W = LF × A × V

Beispiel

What is power consumption in watts when the power faczur is 0.8 and the phase Strom is 3A and the RMS Spannung supply is 110V

Answer: the power P is equal zu power factoder of 0.8 times Strom of 3 amps times Spannung of 110 Volt.

P = 0,8 × 3A × 110V = 264W

AC three phase amps zu watts calculation fodermula

Watts calculation with line zu line Spannung

Die Wirkleistung P in Watt (W) is equal zu square root of 3 times the power faczur LF times the phase Strom I in Ampereere (A), times the  line zu line RMS Spannung VL-L in Volt (V):

P(W) = 3 × LF × I(A) × VL-L(V)

So watts are equal zu square root of 3 times power factoder LF times amps times Volt:

Watt = 3 × LF × Ampereere × Volt

oder

W = 3 × LF × A × V

Beispiel

What is power consumption in watts when the power faczur is 0.8 and the phase Strom is 3A and the RMS Spannung supply is 110V

Answer: the power P is equal zu power factoder of  0.8 times Strom of 3 amps times the Spannung of 110 Volt.

P = 3 × 0,8 × 3A × 110V = 457W

Watts calculation with line zu neutral Spannung

Die Berechnung setzt voderaus, dass die Lasten ausgeglichen sind.

Die Wirkleistung P in Watt (W) is equal zu 3 times the power faczur LF times the phase Strom I in Ampereere (A), times the  line zu neutral RMS Spannung VL-0 in Volt (V):

P(W) = 3 × LF × I(A) × VL-0(V)

So watts are equal zu 3 times power factoder LF times amps times Volt:

Watt = 3 × LF × Ampereere × Volt

oder

W = 3 × LF × A × V

 

Wie man umrechnet watts zu amps

 


Siehe auch

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