Size of Capacitor Bank for Power Factor Correction Calculator
- Calculate Active and Reactive Power of System.
- Calculate Leading Kvar of system.
- Calculate Kvar/Phase.
- Calculate Size of Capacitor for Power Factor Improvements.
- Calculate Size of Main Fuse of Capacitor Bank
- Calculate Size of Main Circuit Breaker
- Calculate Thermal/Magnetic Setting of Circuit Breaker.
- Calculate Max.Demand/KVA Demand/Total Annual cost befor Power Factor Correction.
- Calculate Max.Demand/KVA Demand/Total Annual cost After Power Factor Correction.
- Calculate Annual Saving by improving Power Factor by Capacitor.
- Design Capacitor bank according to it’s Step Combination.
The document discusses sizing a capacitor bank for power factor correction on an electrical load. It provides details of the load such as supply voltage, current, and power factor. It then calculates the required size of the capacitor bank as 282kVAR. Additional details are given on sizing the main fuse, circuit breaker, and cable for the capacitor bank connection. Annual cost savings from improving the power factor to 0.98 using the capacitor bank are estimated at Rs. 182,200.
Original Title:Sizing capacitor banks power factor correction
Copyright:Attribution Non-Commercial (BY-NC)
Available FormatsDownload as XLS, PDF, TXT or read online from QCSKILL.COM
Title : Size of Capacitor for Power Factor Improvement
Type : Microsoft Excel Spreadsheet (xlsx)
Size : 77.3 KB
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