Enter values for the variables below and our Switched Capacitor Bank Worksheet will automatically calculate how much money and energy Joslyn Hi-Voltage products can save you.

	Line Conditions Distance to next capacitor bank or to substation  Miles      Kilometers Conductor Size and Type  ACSR Line Voltage (Nominal)  kV Line to Line Bank Size  kVAR cap Load Current  A, ILine Line KVA 15536.4957  KVA
	Constants (List values for Computation) Cost of energy during heavy load time of day  $/kWh Conductor Resistance  Ohms/Mile   Single-Phase Line Resistance 0.828  Ohms RLine Conductor Reactance (Inductance)  Ohms/Mile   Single-Phase Line Inductance 2.406  Ohms Ind Single-Phase Capacitor Current 25.10219  A, ICap Single-Phase Inductive Load Current    A, IInd    or enter power factor of target load  390 A, IInd Estimate Hours Per Day Capacitor Bank is ON  hr/day     2500  hr/yr Voltage Drop at Capacitor Site 1653.917  V Line Voltage at Capacitor Site without Cap-Bank 12.15  kV Line Voltage at Capacitor Site with Cap-Bank 12.25461     Recommended Capacitor Bank Size 6214.598  kVAR Value of Demand Reduction ($/year/KVA)  $/year/KVA
	Three Phase Line Loss Reduction Three Phase Line Loss Reduction 47.07077  kW Yearly Energy Savings 5883.85  $/Year Increase in Line Voltage (120V base) 0.90964085  V Increase in Primary Line Voltage 104.6087  V Line Current with Cap Bank ON 635.25618  A Reduction in Line Current 14.74382  A Reduction in Real Power DEMAND 352.41123  kVA
	Demand Savings Reduced kVA 352.41123  kVA Yearly Demand Savings 0  $/Year
	Total Savings Combined Yearly Savings 5883.85  $/Year

  

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