What is Electricity Load
The electrical load is the sum of the loads connected to the house that are required to run everything that consumes electricity in your home. The House’s Total Electricity Load is easily calculated through the UPPCL electricity load calculator online for home given below. Enter number of utility and get total load of house in bottom of the calculator.
UPPCL Electricity Load Calculator online
| Utility Name | Number | Per Utility Load | Individual Load |
|---|---|---|---|
| Bulbs | 60 Watts | 0 Watts | |
| Fans | 60 Watts | 0 Watts | |
| CFLs | 10 Watts | 0 Watts | |
| Tube Lights | 40 Watts | 0 Watts | |
| Light Plugs | 60 Watts | 60 Watts | |
| colorTVs | 100 Watts | 100 Watts | |
| powerPlugs | 500 Watts | 500 Watts | |
| fridges | 250 Watts | 250 Watts | |
| dessertCoolers | 250 Watts | 250 Watts | |
| geysers | 1500 Watts | 1500 Watts | |
| 1TonACs | 1500 Watts | 1500 Watts | |
| 1.5TonACs | 2200 Watts | 2200 Watts | |
| waterPumps | 180 Watts | `180 Watts | |
| waterPumps | 1500 Watts | 1500 Watts | |
| Extra Editable Item | 0 Watts |
Total Load: 0 Watts (0 kW)
How to Calculate Electricity Load
Whenever any consumer takes a new connection, it is asked how many KW of load the connection is to be taken. How much is the connected load, then in such a case, the sum of all the electrical loads connected to the house is called connected load or suction load, through the calculator, the electrical load connected on the premise can be added. In this calculator, the description and rating of all the electrical equipment that is commonly added at home have been mentioned.
Why is electrical load calculation Required
Load calculation is important to get how many amperes( electric current) house appliance will draw when all equipment gets switched on simultaneously. The total ampere load drawn decides the rating of transformer and conductor size through which house is connected.
Calculation of Ampere from KW Load
If power watt has calculated through the above online electricity load calculator then the phase current I in amps (A) is equal to the power P in watts (W), divided by the power factor PF times the RMS voltage V in volts (V):
I(A) = P(W) / (PF × V(V))
The power factor of the resistive type of load will be equal to 1.
for 2000watt means, 2 kW connection how many loads(current) would be drawn by all appliances will be calculated as follow-
I(A) =2000 watt/1* 230 volt
I(A) = 8.69 amp
Once load ampere is calculated then the rating of fuse, inverter, and solar panel can be easily calculated or known.
Conclusion
So through this online electricity load calculator for home, we can calculate total load and total ampere drawn by all appliances. As soon as the maximum possible current is drawn by all appliances is known (when all appliances get switched on simultaneously) other safety equipment like the fuse, MCB, cable rating can be easily found.UPPCL Electricity Load Calculator.
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