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Fix central DG control build warning #928

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Jun 18, 2021
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Fix central DG control build warning #928

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76 changes: 67 additions & 9 deletions module/generators/central_dg_control.cpp
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Original file line number Diff line number Diff line change
Expand Up @@ -47,28 +47,86 @@ central_dg_control::central_dg_control(MODULE *module)
PT_KEYWORD,"NO_CONTROL",(enumeration)NO_CONTROL,
PT_KEYWORD,"CONSTANT_PF",(enumeration)CONSTANT_PF,
PT_KEYWORD,"PEAK_SHAVING",(enumeration)PEAK_SHAVING,



PT_double, "peak_S[W]", PADDR(S_peak),
PT_double, "pf_low[unit]", PADDR(pf_low),
PT_double, "pf_high[unit]", PADDR(pf_high),

NULL)<1) GL_THROW("unable to publish properties in %s",__FILE__);

defaults = this;

memset(this,0,sizeof(central_dg_control));


}
}
/* Object creation is called once for each object that is created by the core */
int central_dg_control::create(void)
{
// Default values for Inverter object.
FreqPower = NULL;
TotalPower = NULL;
PO_prev_it = 0.0;
QO_prev_it = 0.0;
strcpy(controlled_objects,"");
inverter_set = NULL;
battery_inverter_set = NULL;
solar_inverter_set = NULL;
battery_set = NULL;
solar_set = NULL;
feederhead_meter = NULL;
controlled_count = 0;
inverter_count = 0;
battery_count = 0;
solar_count = 0;
battery_inverter_count = 0;
solar_inverter_count = 0;
active_control_mode = NO_CONTROL;
pf_is_low = false;
pf_is_high = false;
P_is_high = false;
P[0] = P[1] = P[2] = 0.0;
P_3p = 0.0;
Q[0] = Q[1] = Q[2] = 0.0;
Q_3p = 0.0;
S_3p = complex(0,0,I);
P_disp_3p = 0.0;
Q_disp_3p = 0.0;
P_gen[0] = P_gen[1] = P_gen[2] = 10.0;
P_gen_3p = 0.0;
Q_gen[0] = Q_gen[1] = Q_gen[2] = 0.0;
Q_gen_3p = 0.0;
P_gen_solar[0] = P_gen_solar[1] = P_gen_solar[2] = 0.0;
P_gen_solar_3p = 0.0;
Q_gen_solar[0] = Q_gen_solar[1] = Q_gen_solar[2] = 0.0;
Q_gen_solar_3p = 0.0;
P_gen_battery[0] = P_gen_battery[1] = P_gen_battery[2] = 0.0;
P_gen_battery_3p = 0.0;
Q_gen_battery[0] = Q_gen_battery[1] = Q_gen_battery[2] = 0.0;
Q_gen_battery_3p = 0.0;
pf_meas[0] = pf_meas[1] = pf_meas[2] = 0.0;
pf_meas_3p = 0.0;
pf_low = 0.0;
pf_high = 0.0;
S_peak = 0.0;
inverter_P_a_set = NULL;
inverter_P_b_set = NULL;
inverter_P_c_set = NULL;
inverter_Q_a_set = NULL;
inverter_Q_b_set = NULL;
inverter_Q_c_set = NULL;
inverter_S_rated_set = NULL;
battery_qs = NULL;
inverter_P_a_disp_set = NULL;
inverter_P_b_disp_set = NULL;
inverter_P_c_disp_set = NULL;
inverter_Q_a_disp_set = NULL;
inverter_Q_b_disp_set = NULL;
inverter_Q_c_disp_set = NULL;
all_inverter_S_rated = 0.0;
all_battery_S_rated = 0.0;
all_solar_S_rated = 0.0;

inverter_type_v = (enumeration)TWO_PULSE;

VA_Out = complex(0,0,I);
control_mode_setting[0] = NO_CONTROL;
control_mode_setting[1] = control_mode_setting[2] = control_mode_setting[3] = NO_SETTING;

return 1; /* return 1 on success, 0 on failure */
}

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