araxis / IndustrialElectricityUnits

Industrial Electrical parameters

set of electrical parameters such as Power, Current, Reactive power, Cos𝛟 etc, and related operators.

You should install with NuGet:

Install-Package Arax.Electricity.Parameters

Or via the .NET Core command line interface:

dotnet add package Arax.Electricity.Parameters

Usage Sample

on 3-Phase systems

current in ampere = (Watt / Voltage x CosPhi x Efficiency x 1.73)

   //very similar to the real formula
   public Current CalcCurrent(Power power,Voltage voltage, CosPhi cosPhi,Efficiency efficiency)
    {
        
       Ampere current = power.ToWatt() / (voltage * cosPhi * efficiency * 1.73);
       return current;

    } 
    
    // and simple call 
    var current = CalcCurrent(2.Kw(), 415, .89 , 90);
 

Parameters

• CosPhi
• Efficiency
• Voltage (V)
• Current (A)
• Power (W,kW,HP)
• Apparent Power (VA,kVA)
• Reactive Power (VAr,kVAr)
• Circuit Breaker Type (Tmb, Mccb, Acb, Fuse)
• Start Mode (DOL, SD, SSD, VSD)
• And more soon....

Power factor (value 0-1)

     var cosPhi1 = new CosPhi(.7);
     var cosPhi2 = .7.Pf();
     CosPhi cosPhi3 = .7;
     
     //access value
     var value1 = cosPhi1.Value;
     double value2 = cosPhi1;

Efficiency (value 0-1)

     var efficiency1 =  new Efficiency(87);
     var efficiency2=87.Ef();
     Efficiency efficiency3 = 87;
    
    //to simplify usage, Value property return input/100;
    var value1 = efficiency1.Value; 
    double value2 = efficiency;
    //value is 0.87;

Voltage (value > 0)

     var voltage1 =  new Voltage(415);
     Voltage voltage2 = 415;
     var voltage3 = 415.V();   
   
    // access value
    var value1 = voltage1.Value; 
    double value2 = voltage1

Current (value >= 0)

     Current ampere =  new Ampere(1);
     Ampere ampere2 = 2;
     Current ampere3 = 3.A();
     var ampere4 = 4.A()
   
    //access value
    double value1 = ampere.Value; 
    double value2 = ampere;
    string unit = ampere.Unit; //"A"

Power (value >= 0)

     Power power1 =  new Watt(1);
     Power power2 =  new KiloWatt(1);
     Power power3 = new HorsePower(1)
     var power4 = 1.W();
     var power5 = 1.Kw();
     Watt Power6 = 1;
     HorsePower power7 = 1;
     var hpToWatt = power7.ToWatt();
   
    //access value
    double value1 = power1.Value; 
    double value2 = power2;
    string unit = power1.Unit;

Apparent power (value >= 0)

 
     ApparentPower power1 =  new VoltAmpere(1);
     ApparentPower power2 =  new KiloVoltAmpere(1);
     var power3 = 1.VA();
     VoltAmpere power6 = 1;
     KiloVoltAmpere power7 = 1;

    //access value
    double value1 = power1.Value; 
    double value2 = power2;
    string unit = power1.Unit;

Reactive power (value >= 0)

     ReactivePower power1 =  new VoltAmpereReactive(1);
     ReactivePower power2 =  new KiloVoltAmpereReactive(1);
     var power3 = 1.VAr();
     KiloVoltAmpereReactive power6 = 1;
     KiloVoltAmpere power7 = 1;

    //access value
    double value1 = power1.Value; 
    double value2 = power2;
    string unit = power1.Unit;

Circuit Breaker Type

 var tmb = CircuitBreakerType.Tmb;
 var mccb = CircuitBreakerType.Mccb;
 var acb = CircuitBreakerType.Acb;
 var fuse = CircuitBreakerType.Fuse;
 //properties
 int value = tmb.Value; // 0
 string name = tmb.Name; // "TMB"
 string description =tmb.Description; // "Thermal Magnetic Breaker"

Start mode

 var dol = StartMode.Dol;
 var sd = StartMode.Sd;
 var ssd = StartMode.Ssd;
 var vsd = StartMode.Vsd;
 //properties
 int value = dol.Value; // 0
 string name = dol.Name; // "DOL"
 string description =dol.Description; // "Direct Online"

Power System

 var singlePhase = PowerSystem.SinglePhase;
 var threePhase = PowerSystem.ThreePhase;
 //properties
 int value = singlePhase.Value; // 0
 string name = dol.Name; // "Single Phase"