Method outputGeneration

src/isomodel/SimModel.cpp:2212–2330

  }

  ISOResults SimModel::outputGeneration(const Vector& v_Qelec_ht, const Vector& v_Qcl_elec_tot, const Vector& v_Q_illum_tot,
                                        const Vector& v_Q_illum_ext_tot, const Vector& v_Qfan_tot, const Vector& v_Q_pump_tot,
                                        const Vector& v_Q_dhw_elec, const Vector& v_Qgas_ht, const Vector& v_Qcl_gas_tot, const Vector& v_Q_dhw_gas,
                                        double frac_hrs_wk_day) const {
    EndUses results[12];
    ISOResults allResults;

    double E_plug_elec =
      building->electricApplianceHeatGainOccupied() * frac_hrs_wk_day + building->electricApplianceHeatGainUnoccupied() * (1.0 - frac_hrs_wk_day);
    double E_plug_gas =
      building->gasApplianceHeatGainOccupied() * frac_hrs_wk_day + building->gasApplianceHeatGainUnoccupied() * (1.0 - frac_hrs_wk_day);

    Vector v_Q_plug_elec = div(mult(hoursInMonth, E_plug_elec, 12), 1000.0);
    Vector v_Q_plug_gas = div(mult(hoursInMonth, E_plug_gas, 12), 1000.0);
    printVector("v_Q_plug_elec", v_Q_plug_elec);
    printVector("v_Q_plug_gas", v_Q_plug_gas);

    /*
  %% Plugload

E_plug_elec =( In.elec_plug_dens_occ*frac_hrs_wk_day + In.elec_plug_dens_unocc*(1-frac_hrs_wk_day)); % average electric plugloads in W/m2
E_plug_gas = (In.gas_plug_dens_occ*frac_hrs_wk_day + In.gas_plug_dens_unocc*(1-frac_hrs_wk_day)); % averaged gas plugloads in W/m2

v_Q_plug_elec = E_plug_elec*v_hrs_ina_mo/1000; % Electric plugload kWh/m2
v_Q_plug_gas = E_plug_gas*v_hrs_ina_mo/1000; % gas plugload kWh/m2

*/
    Vector Eelec_ht = div(div(v_Qelec_ht, structure->floorArea()), kWh2MJ);      //% Total monthly electric usage for heating
    Vector Eelec_cl = div(div(v_Qcl_elec_tot, structure->floorArea()), kWh2MJ);  //% Total monthly electric usage for cooling
    Vector Eelec_int_lt = div(v_Q_illum_tot, structure->floorArea());            //% Total monthly electric usage density for interior lighting
    Vector Eelec_ext_lt = div(v_Q_illum_ext_tot, structure->floorArea());        //% Total monthly electric usage for exterior lights
    Vector Eelec_fan = v_Qfan_tot;                                               //%Total monthly elec usage for fans
    Vector Eelec_pump = div(div(v_Q_pump_tot, structure->floorArea()), kWh2MJ);  //% Total monthly elec usage for pumps
    Vector Eelec_plug = v_Q_plug_elec;                                           //% Total monthly elec usage for elec plugloads
    Vector Eelec_dhw = div(v_Q_dhw_elec, structure->floorArea());
    /*
%% Generating output table

Eelec_ht = v_Qelec_ht./In.cond_flr_area./kWh2MJ; % Total monthly electric usage for heating
Eelec_cl = v_Qcl_elec_tot./In.cond_flr_area./kWh2MJ; % Total monthly electric usage for cooling
Eelec_int_lt = v_Q_illum_tot./In.cond_flr_area; % Total monthly electric usage density for interior lighting
Eelec_ext_lt = v_Q_illum_ext_tot./In.cond_flr_area; % Total monthly electric usage for exterior lights
Eelec_fan = v_Qfan_tot; %Total monthly elec usage for fans
Eelec_pump = v_Q_pump_tot./In.cond_flr_area./kWh2MJ; % Total monthly elec usage for pumps
Eelec_plug = v_Q_plug_elec; % Total monthly elec usage for elec plugloads
Eelec_dhw  = v_Q_dhw_elec/In.cond_flr_area;

*/

    Vector Egas_ht = div(div(v_Qgas_ht, structure->floorArea()), kWh2MJ);      //% total monthly gas usage for heating
    Vector Egas_cl = div(div(v_Qcl_gas_tot, structure->floorArea()), kWh2MJ);  //% total monthly gas usage for cooling
    Vector Egas_plug = v_Q_plug_gas;                                           //% total monthly gas plugloads
    Vector Egas_dhw = div(v_Q_dhw_gas, structure->floorArea());                //% total monthly dhw gas plugloads

    for (int i = 0; i < 12; i++) {
      results[i].addEndUse(Eelec_ht[i], EndUseFuelType::Electricity, EndUseCategoryType::Heating);
      results[i].addEndUse(Eelec_cl[i], EndUseFuelType::Electricity, EndUseCategoryType::Cooling);
      results[i].addEndUse(Eelec_int_lt[i], EndUseFuelType::Electricity, EndUseCategoryType::InteriorLights);