WT_type_3.h

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#ifndef _WT_TYPE_3_H_
#define _WT_TYPE_3_H_
 
#include "RES_base.h"
 
class WTtype3 : public RES_base {
    friend class PowerFlow;
public:
    WTtype3(const string& symbol, const std::string& location, const vector<double>& parameters);
 
    ~WTtype3() {}
 
private:
    // Rotor and Stator Electrical Parameters - 8 values
    double nm_rpm = 1080;               //Mechanical speed in rpm
    double p = 3;                       // Number of rotor pole pairs
    double Lr = 0.0644e-3;              // Rotor inductance(H)
    double Rr = 0.0092;                 // Rotor resistance (Ohms)
    double Nsr = 1.0 / 0.33;            // Turns ratio(Stator:Rotor)
    double Rs = 0.0092;                 // Stator resistance(Ohms)
    double Ls = 0.1356e-3;              // Stator inductance(H)
 
    // PLL Parameters - 3 values
    double Kp_pll = 48.873;             // PLL proportional gain
    double Ki_pll = 3070.1;             // PLL integral gain
    double V1_mag = 564.1;              // PCC voltage magnitude(V)
    double V1_theta_deg = -59;          // PCC voltage angle (deg)
 
    // Rotor Side Converter (RSC) Current Controller - 4 values
    double Krp = 0.052;                 // Proportional gain
    double Kri = 0.027;                 // Integral gain
    double Krd = 0.00245;               // Derivative gain
    double Ir_mag = 5.8;                // Rotor current magnitude (A)
    double Ir_theta_deg = -22;          // Current angle (deg)
 
    // Grid Side Converter (GSC) Current Controller - 4 values
    double Ksp = 1.452;                 // Proportional gain
    double Ksi = 3384;                  // Integral gain
    double Ksd = 0.025;                 // Derivative gain 
    double Ic_mag = 152.3;              // GSC current magnitude (A)
    double Ic_theta_deg = 114;          // GSC current angle (deg)
 
    // Filter Parameters - 2 values
    double Rf = 0.0;                    // Filter resistance (Ohms)
    double Lf = 0.001;                  // Filter inductance (H)
 
    // Grid frequency
    double f1 = 50.0;                   // Grid frequency (Hz)
};
 
 
#endif