powerflow/regulator_configuration.h

// $Id: regulator_configuration.h 4738 2014-07-03 00:55:39Z dchassin $
//  Copyright (C) 2008 Battelle Memorial Institute

#ifndef _REGULATORCONFIGURATION_H
#define _REGULATORCONFIGURATION_H

#include "powerflow.h"
#include "powerflow_library.h"

class regulator_configuration : public powerflow_library
{
public:
    typedef enum {
        WYE_WYE=1,
        OPEN_DELTA_ABBC,
        OPEN_DELTA_BCAC,
        OPEN_DELTA_CABA,
        CLOSED_DELTA,
        CONNECT_TYPE_MAX
    } connect_type_enum;
                
    typedef enum {
        MANUAL=1,
        OUTPUT_VOLTAGE=2,
        REMOTE_NODE=3,
        LINE_DROP_COMP=4
    } Control_enum;

    typedef enum {
        INDIVIDUAL=1,
        BANK=2
    } control_level_enum;

    typedef enum {
        A = 1,
        B
    } Type_enum;

    typedef enum {
        LOCK_NONE = 0,
        LOCK_NEUTRAL=1,
        LOCK_CURRENT=2
    }reverse_flow_control_enum;


    //Split out for access in other objects, fixes some odd enum issues
    enumeration Control;
    enumeration control_level;
    enumeration Type;
    enumeration connect_type;
    enumeration reverse_flow_control;

    /* get_name acquires the name of an object or 'unnamed' if non set */
    inline const char *get_name(void) const { static char tmp[64]; OBJECT *obj=OBJECTHDR(this); return obj->name?obj->name:(sprintf(tmp,"%s:%d",obj->oclass->name,obj->id)>0?tmp:"(unknown)");};
    /* get_id acquires the object's id */
    inline unsigned int get_id(void) const {return OBJECTHDR(this)->id;};
    
    double band_center;     // band center setting of regulator control
    double band_width;      // band width setting of regulator control
    double dwell_time;      // time delay setting of regulator control
    double time_delay;      // mechanical time delay between tap changes 
    int16 raise_taps;       // number of regulator raise taps
    int16 lower_taps;       // number of regulator lower taps
    double CT_ratio;        // primary rating of current transformer (x:5)
    double PT_ratio;        // potential transformer rating (x:1)
    double ldc_R_V[3];      // Line Drop Compensation R setting of regulator control (in volts)
    double ldc_X_V[3];      // Line Drop Compensation X setting of regulator control (in volts)
    set CT_phase;           // phase(s) monitored by CT
    set PT_phase;           // phase(s) monitored by PT
    double regulation;      // regulation of voltage regulator in %
    int16 tap_pos[3];

    #define ldc_R_V_A ldc_R_V[0]    // R for each phase
    #define ldc_R_V_B ldc_R_V[1]
    #define ldc_R_V_C ldc_R_V[2]
    #define ldc_X_V_A ldc_X_V[0]    // X for each phase
    #define ldc_X_V_B ldc_X_V[1]
    #define ldc_X_V_C ldc_X_V[2]
    #define tap_posA tap_pos[0]     // tap_pos of phase A
    #define tap_posB tap_pos[1]     // tap_pos of phase B
    #define tap_posC tap_pos[2]     // tap_pos of phase C

public:
    static CLASS *oclass;
    static CLASS *pclass;
    regulator_configuration(MODULE *mod);
    inline regulator_configuration(CLASS *cl=oclass):powerflow_library(cl){};
    int create(void);
    int init(OBJECT *parent);
    int isa(char *classname);
};


#endif // _REGULATORCONFIGURATION_H

---

GridLAB-D™ Version 4.1

An open-source smart grid simulator created by PNNL for the US Department of Energy Office of Electricity