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Powerplant.cpp
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/*-------------------------------------------------------------------------------*/
/* SOLAR - The solar thermal power plant simulator */
/* https://github.com/bbopt/solar */
/* */
/* Miguel Diago, Sebastien Le Digabel, Mathieu Lemyre-Garneau, Bastien Talgorn */
/* */
/* Polytechnique Montreal / GERAD */
/* [email protected] */
/* */
/* This program is free software: you can redistribute it and/or modify it */
/* under the terms of the GNU Lesser General Public License as published by */
/* the Free Software Foundation, either version 3 of the License, or (at your */
/* option) any later version. */
/* */
/* This program is distributed in the hope that it will be useful, but WITHOUT */
/* ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or */
/* FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License */
/* for more details. */
/* */
/* You should have received a copy of the GNU Lesser General Public License */
/* along with this program. If not, see <http://www.gnu.org/licenses/>. */
/* */
/*-------------------------------------------------------------------------------*/
#include "Powerplant.hpp"
/*-------------------------------------------------------------------------------*/
/* constructeur */
/*-------------------------------------------------------------------------------*/
Powerplant::Powerplant ( const Time_Manager & time ,
int model_type ,
HeliostatField * field ,
HtfCycle * htfCycle ,
Powerblock * powerblock ,
Economics * economics ) :
_time ( time ) ,
_model_type ( model_type ) ,
_heliostatsFieldModel ( 0 ) ,
_moltenSaltLoop ( htfCycle ) ,
_heliostatsField ( field ) ,
_powerblock ( powerblock ) ,
_investmentCost ( economics ) ,
_reflectiveSurface ( 0.0 ) ,
_costOfHeliostatsField ( 0.0 ) ,
_totalEnergyConcentrated ( 0.0 ) ,
_maximumPressureInReceiver ( 0.0 ) ,
_maximumPressureInExchanger ( 0.0 ) ,
_yieldPressureReceiver ( 0.0 ) ,
_yieldPressureExchanger ( 0.0 ) ,
_overallComplianceToDemand ( 0.0 ) {
if ( _model_type != 1 && _model_type != 2 ) {
clean();
throw std::invalid_argument ( "model_type can only be 1 or 2" );
}
}
/*----------------------------------*/
void Powerplant::clean ( void ) {
/*----------------------------------*/
if ( _heliostatsField ) {
delete _heliostatsField;
_heliostatsField = NULL;
}
if ( _moltenSaltLoop ) {
delete _moltenSaltLoop;
_moltenSaltLoop = NULL;
}
if ( _powerblock ) {
delete _powerblock;
_powerblock = NULL;
}
if ( _investmentCost ) {
delete _investmentCost;
_investmentCost = NULL;
}
}
/*----------------------------------*/
class foncteurSum {
/*----------------------------------*/
private:
double* _sum;
public:
foncteurSum ( double* sum ) { _sum = sum; }
void operator() ( double d ) { (*_sum) += d; }
};
/*--------------------------------------------*/
/* This function simply runs the simulation */
/*--------------------------------------------*/
void Powerplant::fSimulatePowerplant ( bool low_fid ) {
// Options:
// 1- Simulate the heliostats field or replace it with an input file
// 2- Simulate the heat exchanger or use the energy balance basic model
// 3- Use a dT dependant model for poweblock efficiency or use a simple
// constant efficiency model to convert thermal energy in expected electrical power
// 4- Simulate only the heliostat field
// 5- Use a demand model based on an input file, use a constant demand with
// a fixated value, or use a daily demand model (summer or winter options) with data from ontario.
// heliostats field:
if ( _model_type == 1 )
fSimulateHeliostatField();
// whole plant:
else if ( _model_type == 2 ) {
fSimulateHeliostatField();
// pre-setting the reserves
int kk = _time.get_numberOfIncrements() * _time.get_sizeOfIncrements() * 60;
_receiverPumpHead.reserve(kk);
_powerplantPowerOutput.reserve(kk);
_powerblock->reserve(kk);
_steamRate.reserve(kk);
_msRateSteamGen.reserve(kk);
_receiverOutletFlow.reserve(kk);
_heliostatsFieldPar.reserve(kk);
// determining yield pressure for the receiver
if (_moltenSaltLoop->get_exchangerModel() == 2) {
_pressureTubesSide.reserve(kk);
_maximumPressureInExchanger = 0.0;
}
_maximumPressureInReceiver = 0.0;
_yieldPressureReceiver = _moltenSaltLoop->compute_CR_YieldPressure();
_yieldPressureExchanger = _moltenSaltLoop->compute_SG_YieldPressure();
double tmp_sum = 0.0;
int tmp_size = 0;
double thermalPowerNeeded, turbineThermalPower, steamRate;
int imax = _time.get_sizeOfIncrements() * 60;
for ( int j = 0; j < _time.get_numberOfIncrements(); ++j ) {
for ( int i = 0; i < imax; ++i ) {
turbineThermalPower = _powerblock->fComputeRequiredThermalEnergy(_demand[j]);
steamRate = fComputeSteamRate(turbineThermalPower);
thermalPowerNeeded = fComputeThermalEnergy(steamRate);
_powerblock->add_requiredThermalPower ( thermalPowerNeeded );
_moltenSaltLoop->fOperateCycle ( 1, _heliostatFieldPowerOutput[j], thermalPowerNeeded, low_fid );
if (_heliostatFieldPowerOutput[j] > 0 && _heliostatsFieldModel == 1)
_heliostatsFieldPar.push_back ( 55.0 * _heliostatsField->get_nb_heliostats() );
else
_heliostatsFieldPar.push_back ( 0.0 );
if ( _moltenSaltLoop->get_steamGeneratorOutlet().get_massFlow() > 0.0 ) {
// filling powerplant power output vector
_powerplantPowerOutput.push_back ( _powerblock->get_Pout() );
// filling demand compliance vector
if ( _powerplantPowerOutput.back() >= _demand[j] && _demand[j] > 0.0 ) {
tmp_sum += 1.0;
++tmp_size;
}
else if ( _demand[j] > 0.0 ) {
tmp_sum += _powerplantPowerOutput.back() / _demand[j];
++tmp_size;
}
}
else {
_powerplantPowerOutput.push_back ( 0.0 );
if ( _demand[j] > 0.0 )
++tmp_size;
}
// recording pressure in receiver tubes
_receiverPumpHead.push_back ( _moltenSaltLoop->compute_CR_PressureInTubes() );
_receiverPumpHead.back() > _maximumPressureInReceiver ? _maximumPressureInReceiver = _receiverPumpHead.back() : 1;
if ( _moltenSaltLoop->get_exchangerModel() == 2 ) {
// recording pressure in steam generator tubes
_pressureTubesSide.push_back(_moltenSaltLoop->compute_SG_PressureInTubes(steamRate));
// recording pressure in steam generator shell
_pressureShellSide.push_back(_moltenSaltLoop->computePressureInShells());
_pressureTubesSide.back() + _powerblock->get_pressure() > _maximumPressureInExchanger ?
_maximumPressureInExchanger = _pressureTubesSide.back() : 1;
}
// recording molten salt flows to receiver and exchanger
_receiverOutletFlow.push_back ( _moltenSaltLoop->get_centralReceiverOutlet().get_massFlow() );
_msRateSteamGen.push_back ( _moltenSaltLoop->get_steamGeneratorOutlet().get_massFlow() );
// recording steam rate
_steamRate.push_back ( steamRate );
}
}
if ( tmp_size == 0 )
tmp_size = 1;
_overallComplianceToDemand = tmp_sum*100.0 / tmp_size;
}
}
/*--------------------------------------------------*/
void Powerplant::fSimulateHeliostatField ( void ) {
/*--------------------------------------------------*/
if (_heliostatsFieldModel == 1) {
// generating heliostats field
_heliostatsField->fGenerateField();
_heliostatFieldPowerOutput.reserve(_time.get_numberOfIncrements());
// economics
_investmentCost->set_nbOfHeliostats ( static_cast<int>(_heliostatsField->get_nb_heliostats()) );
_totalEnergyConcentrated = 0.;
// simulating heliostats field
_heliostatsField->fGenerateSunrays();
for (int i = 0; i < _time.get_numberOfIncrements(); ++i) {
_heliostatFieldPowerOutput.push_back ( _heliostatsField->fCalculateTotalEnergyOutput() );
_heliostatsField->fTimeIncrement();
_totalEnergyConcentrated += _heliostatFieldPowerOutput[i] * _time.get_sizeOfIncrements() * 60;
}
_reflectiveSurface = _heliostatsField->get_nb_heliostats() *
_heliostatsField->get_heliostatLength() * _heliostatsField->get_heliostatWidth();
_investmentCost->set_reflectiveArea(_reflectiveSurface);
// converting to kWh
_totalEnergyConcentrated /= 3600000.0;
}
}
/*--------------------------------------------------------------*/
double Powerplant::fComputeSteamRate ( double turbineEnergy ) {
/*--------------------------------------------------------------*/
double steamRate = turbineEnergy / (_powerblock->get_hotEnthalpy() - _powerblock->get_turbineOutletEnthalpy());
_powerblock->set_steamRate(steamRate);
return steamRate;
}
/*--------------------------------------------------------------*/
/* Computes energy lost in main components in order to either */
/* maintain temperature or drive the main pumps */
/*--------------------------------------------------------------*/
class foncteurSum9 {
private:
double* _sum;
public:
foncteurSum9(double* s){ _sum = s; }
void operator()(double d){ (*_sum) = (*_sum) + d; }
};
/*--------------------------------------------------------------*/
double Powerplant::fComputeParasiticLosses ( void ) const {
/*--------------------------------------------------------------*/
double Q_helios = 0.0;
double Q_heat = 0.0;
double W_rec = std::inner_product(_receiverPumpHead.begin(), _receiverPumpHead.end(),
_receiverOutletFlow.begin(), 0.0) / MS_DENSITY;
double W_shell = std::inner_product(_pressureShellSide.begin(), _pressureShellSide.end(),
_msRateSteamGen.begin(), 0.0) / MS_DENSITY;
double W_steam = std::inner_product(_pressureTubesSide.begin(), _pressureTubesSide.end(),
_steamRate.begin(), 0.0) / WATER_DENSITY;
foncteurSum9 sumQ_heat(&Q_heat);
std::for_each(_moltenSaltLoop->get_storageHeatV().begin(),
_moltenSaltLoop->get_storageHeatV().end(),
sumQ_heat);
foncteurSum9 sumQ_helios(&Q_helios);
std::for_each(_heliostatsFieldPar.begin(), _heliostatsFieldPar.end(),
sumQ_helios);
return W_rec + W_shell + W_steam + Q_heat + Q_helios;
}
/*--------------------------------------------------------------*/
double Powerplant::fComputeParasiticsForPb3 ( void ) const {
/*--------------------------------------------------------------*/
double Q_helios = 0.0;
double Q_heat = 0.0;
double W_rec = std::inner_product(_receiverPumpHead.begin(), _receiverPumpHead.end(),
_receiverOutletFlow.begin(), 0.0) / MS_DENSITY;
foncteurSum9 sumQ_heat(&Q_heat);
std::for_each(_moltenSaltLoop->get_storageHeatV().begin(),
_moltenSaltLoop->get_storageHeatV().end(),
sumQ_heat);
foncteurSum9 sumQ_helios(&Q_helios);
std::for_each(_heliostatsFieldPar.begin(), _heliostatsFieldPar.end(),
sumQ_helios);
return 2.0 * W_rec + Q_heat + Q_helios;
}
/*--------------------------------------------------------------*/
double Powerplant::fComputeParasiticsForPb9 ( void ) const {
/*--------------------------------------------------------------*/
double Q_helios = 0.0;
double W_rec = std::inner_product(_receiverPumpHead.begin(), _receiverPumpHead.end(),
_receiverOutletFlow.begin(), 0.0) / MS_DENSITY;
foncteurSum9 somme(&Q_helios);
std::for_each ( _heliostatsFieldPar.begin(), _heliostatsFieldPar.end(), somme );
return W_rec + Q_helios;
}
/*--------------------------------------------------------------*/
/* For solar6 and solar10 */
/*--------------------------------------------------------------*/
bool Powerplant::set_heliostatFieldPowerOutput_MINCOST_TS ( void ) {
if ( _time.get_numberOfIncrements() != 24 )
return false;
_heliostatFieldPowerOutput.resize(24);
for ( int i = 0 ; i < 24 ; ++i )
_heliostatFieldPowerOutput[i] = 0.0;
_heliostatFieldPowerOutput[ 6] = 682099024;
_heliostatFieldPowerOutput[ 7] = 1008520474;
_heliostatFieldPowerOutput[ 8] = 1191661173;
_heliostatFieldPowerOutput[ 9] = 1288329801;
_heliostatFieldPowerOutput[10] = 1336037074;
_heliostatFieldPowerOutput[11] = 1336737373;
_heliostatFieldPowerOutput[12] = 1331348545;
_heliostatFieldPowerOutput[13] = 1335783774;
_heliostatFieldPowerOutput[14] = 1331944544;
_heliostatFieldPowerOutput[15] = 1276484312;
_heliostatFieldPowerOutput[16] = 1190983224;
_heliostatFieldPowerOutput[17] = 1006943559;
_heliostatFieldPowerOutput[18] = 683127123;
return true;
}
/*--------------------------------------------------------------*/
/* For solar5 */
/*--------------------------------------------------------------*/
bool Powerplant::set_heliostatFieldPowerOutput_MAXCOMP_HTF1 ( void ) {
if ( _time.get_numberOfIncrements() != 720 )
return false;
_heliostatFieldPowerOutput.resize(720);
for ( int i = 0 ; i < 720 ; ++i )
_heliostatFieldPowerOutput[i] = 0.0;
_heliostatFieldPowerOutput[ 7]=6380504;
_heliostatFieldPowerOutput[ 8]=31279320;
_heliostatFieldPowerOutput[ 9]=37648690;
_heliostatFieldPowerOutput[ 10]=40425920;
_heliostatFieldPowerOutput[ 11]=41574850;
_heliostatFieldPowerOutput[ 12]=42259420;
_heliostatFieldPowerOutput[ 13]=42785530;
_heliostatFieldPowerOutput[ 14]=41391120;
_heliostatFieldPowerOutput[ 15]=40368350;
_heliostatFieldPowerOutput[ 16]=32116270;
_heliostatFieldPowerOutput[ 17]=6488462;
_heliostatFieldPowerOutput[ 31]=5742453.6;
_heliostatFieldPowerOutput[ 32]=28151388;
_heliostatFieldPowerOutput[ 33]=33883821;
_heliostatFieldPowerOutput[ 34]=36383328;
_heliostatFieldPowerOutput[ 35]=37417365;
_heliostatFieldPowerOutput[ 36]=38033478;
_heliostatFieldPowerOutput[ 37]=38506977;
_heliostatFieldPowerOutput[ 38]=37252008;
_heliostatFieldPowerOutput[ 39]=36331515;
_heliostatFieldPowerOutput[ 40]=28904643;
_heliostatFieldPowerOutput[ 41]=5839615.8;
_heliostatFieldPowerOutput[ 55]=6061478.8;
_heliostatFieldPowerOutput[ 56]=29715354;
_heliostatFieldPowerOutput[ 57]=35766255.5;
_heliostatFieldPowerOutput[ 58]=38404624;
_heliostatFieldPowerOutput[ 59]=39496107.5;
_heliostatFieldPowerOutput[ 60]=40146449;
_heliostatFieldPowerOutput[ 61]=40646253.5;
_heliostatFieldPowerOutput[ 62]=39321564;
_heliostatFieldPowerOutput[ 63]=38349932.5;
_heliostatFieldPowerOutput[ 64]=30510456.5;
_heliostatFieldPowerOutput[ 65]=6164038.9;
_heliostatFieldPowerOutput[ 79]=5104403.2;
_heliostatFieldPowerOutput[ 80]=25023456;
_heliostatFieldPowerOutput[ 81]=30118952;
_heliostatFieldPowerOutput[ 82]=30319440;
_heliostatFieldPowerOutput[ 83]=31181137.5;
_heliostatFieldPowerOutput[ 84]=29581594;
_heliostatFieldPowerOutput[ 85]=29949871;
_heliostatFieldPowerOutput[ 86]=28973784;
_heliostatFieldPowerOutput[ 87]=28257845;
_heliostatFieldPowerOutput[ 88]=22481389;
_heliostatFieldPowerOutput[ 89]=4541923.4;
_heliostatFieldPowerOutput[103]=4466352.8;
_heliostatFieldPowerOutput[104]=21895524;
_heliostatFieldPowerOutput[105]=26354083;
_heliostatFieldPowerOutput[106]=32340736;
_heliostatFieldPowerOutput[107]=33259880;
_heliostatFieldPowerOutput[108]=33807536;
_heliostatFieldPowerOutput[109]=34228424;
_heliostatFieldPowerOutput[110]=33112896;
_heliostatFieldPowerOutput[111]=32294680;
_heliostatFieldPowerOutput[112]=25693016;
_heliostatFieldPowerOutput[113]=5190769.6;
_heliostatFieldPowerOutput[127]=6061478.8;
_heliostatFieldPowerOutput[128]=29715354;
_heliostatFieldPowerOutput[129]=35766255.5;
_heliostatFieldPowerOutput[130]=38404624;
_heliostatFieldPowerOutput[131]=39496107.5;
_heliostatFieldPowerOutput[132]=40146449;
_heliostatFieldPowerOutput[133]=40646253.5;
_heliostatFieldPowerOutput[134]=39321564;
_heliostatFieldPowerOutput[135]=38349932.5;
_heliostatFieldPowerOutput[136]=30510456.5;
_heliostatFieldPowerOutput[137]=6164038.9;
_heliostatFieldPowerOutput[151]=6061478.8;
_heliostatFieldPowerOutput[152]=29715354;
_heliostatFieldPowerOutput[153]=35766255.5;
_heliostatFieldPowerOutput[154]=38404624;
_heliostatFieldPowerOutput[155]=39496107.5;
_heliostatFieldPowerOutput[156]=40146449;
_heliostatFieldPowerOutput[157]=36367700.5;
_heliostatFieldPowerOutput[158]=31043340;
_heliostatFieldPowerOutput[159]=26239427.5;
_heliostatFieldPowerOutput[160]=19269762;
_heliostatFieldPowerOutput[161]=3893077.2;
_heliostatFieldPowerOutput[175]=5104403.2;
_heliostatFieldPowerOutput[176]=25023456;
_heliostatFieldPowerOutput[177]=30118952;
_heliostatFieldPowerOutput[178]=32340736;
_heliostatFieldPowerOutput[179]=33259880;
_heliostatFieldPowerOutput[180]=33807536;
_heliostatFieldPowerOutput[181]=38506977;
_heliostatFieldPowerOutput[182]=37252008;
_heliostatFieldPowerOutput[183]=40368350;
_heliostatFieldPowerOutput[184]=32116270;
_heliostatFieldPowerOutput[185]=6488462;
_heliostatFieldPowerOutput[199]=6380504;
_heliostatFieldPowerOutput[200]=31279320;
_heliostatFieldPowerOutput[201]=37648690;
_heliostatFieldPowerOutput[202]=40425920;
_heliostatFieldPowerOutput[203]=41574850;
_heliostatFieldPowerOutput[204]=42259420;
_heliostatFieldPowerOutput[205]=42785530;
_heliostatFieldPowerOutput[206]=41391120;
_heliostatFieldPowerOutput[207]=40368350;
_heliostatFieldPowerOutput[208]=32116270;
_heliostatFieldPowerOutput[209]=6488462;
_heliostatFieldPowerOutput[223]=6380504;
_heliostatFieldPowerOutput[224]=31279320;
_heliostatFieldPowerOutput[225]=37648690;
_heliostatFieldPowerOutput[226]=40425920;
_heliostatFieldPowerOutput[227]=41574850;
_heliostatFieldPowerOutput[228]=38033478;
_heliostatFieldPowerOutput[229]=38506977;
_heliostatFieldPowerOutput[230]=37252008;
_heliostatFieldPowerOutput[231]=36331515;
_heliostatFieldPowerOutput[232]=28904643;
_heliostatFieldPowerOutput[233]=5839615.8;
_heliostatFieldPowerOutput[247]=5742453.6;
_heliostatFieldPowerOutput[248]=25023456;
_heliostatFieldPowerOutput[249]=26354083;
_heliostatFieldPowerOutput[250]=24255552;
_heliostatFieldPowerOutput[251]=20787425;
_heliostatFieldPowerOutput[252]=16903768;
_heliostatFieldPowerOutput[253]=17114212;
_heliostatFieldPowerOutput[254]=12417336;
_heliostatFieldPowerOutput[255]=28257845;
_heliostatFieldPowerOutput[256]=28904643;
_heliostatFieldPowerOutput[257]=5839615.8;
_heliostatFieldPowerOutput[271]=5742453.6;
_heliostatFieldPowerOutput[272]=28151388;
_heliostatFieldPowerOutput[273]=41413559;
_heliostatFieldPowerOutput[274]=44468512;
_heliostatFieldPowerOutput[275]=47811077.5;
_heliostatFieldPowerOutput[276]=49020927.2;
_heliostatFieldPowerOutput[277]=50059070.1;
_heliostatFieldPowerOutput[278]=48841521.6;
_heliostatFieldPowerOutput[279]=48038336.5;
_heliostatFieldPowerOutput[280]=38539524;
_heliostatFieldPowerOutput[281]=6488462;
_heliostatFieldPowerOutput[295]=6380504;
_heliostatFieldPowerOutput[296]=31279320;
_heliostatFieldPowerOutput[297]=26354083;
_heliostatFieldPowerOutput[298]=24255552;
_heliostatFieldPowerOutput[299]=41574850;
_heliostatFieldPowerOutput[300]=42259420;
_heliostatFieldPowerOutput[301]=42785530;
_heliostatFieldPowerOutput[302]=33112896;
_heliostatFieldPowerOutput[303]=24221010;
_heliostatFieldPowerOutput[304]=19269762;
_heliostatFieldPowerOutput[305]=3893077.2;
_heliostatFieldPowerOutput[319]=3828302.4;
_heliostatFieldPowerOutput[320]=18767592;
_heliostatFieldPowerOutput[321]=22589214;
_heliostatFieldPowerOutput[322]=26276848;
_heliostatFieldPowerOutput[323]=27855149.5;
_heliostatFieldPowerOutput[324]=29581594;
_heliostatFieldPowerOutput[325]=34228424;
_heliostatFieldPowerOutput[326]=28973784;
_heliostatFieldPowerOutput[327]=24221010;
_heliostatFieldPowerOutput[328]=16058135;
_heliostatFieldPowerOutput[329]=3244231;
_heliostatFieldPowerOutput[343]=6380504;
_heliostatFieldPowerOutput[344]=31279320;
_heliostatFieldPowerOutput[345]=41413559;
_heliostatFieldPowerOutput[346]=40425920;
_heliostatFieldPowerOutput[347]=33259880;
_heliostatFieldPowerOutput[348]=29581594;
_heliostatFieldPowerOutput[349]=25671318;
_heliostatFieldPowerOutput[350]=28973784;
_heliostatFieldPowerOutput[351]=40368350;
_heliostatFieldPowerOutput[352]=32116270;
_heliostatFieldPowerOutput[353]=6488462;
_heliostatFieldPowerOutput[367]=5742453.6;
_heliostatFieldPowerOutput[368]=28151388;
_heliostatFieldPowerOutput[369]=33883821;
_heliostatFieldPowerOutput[370]=36383328;
_heliostatFieldPowerOutput[371]=37417365;
_heliostatFieldPowerOutput[372]=38033478;
_heliostatFieldPowerOutput[373]=38506977;
_heliostatFieldPowerOutput[374]=37252008;
_heliostatFieldPowerOutput[375]=36331515;
_heliostatFieldPowerOutput[376]=28904643;
_heliostatFieldPowerOutput[377]=5839615.8;
_heliostatFieldPowerOutput[391]=6061478.8;
_heliostatFieldPowerOutput[392]=29715354;
_heliostatFieldPowerOutput[393]=35766255.5;
_heliostatFieldPowerOutput[394]=38404624;
_heliostatFieldPowerOutput[395]=39496107.5;
_heliostatFieldPowerOutput[396]=40146449;
_heliostatFieldPowerOutput[397]=40646253.5;
_heliostatFieldPowerOutput[398]=39321564;
_heliostatFieldPowerOutput[399]=38349932.5;
_heliostatFieldPowerOutput[400]=30510456.5;
_heliostatFieldPowerOutput[401]=6164038.9;
_heliostatFieldPowerOutput[415]=4466352.8;
_heliostatFieldPowerOutput[416]=21895524;
_heliostatFieldPowerOutput[417]=26354083;
_heliostatFieldPowerOutput[418]=28298144;
_heliostatFieldPowerOutput[419]=29102395;
_heliostatFieldPowerOutput[420]=29581594;
_heliostatFieldPowerOutput[421]=29949871;
_heliostatFieldPowerOutput[422]=28973784;
_heliostatFieldPowerOutput[423]=28257845;
_heliostatFieldPowerOutput[424]=22481389;
_heliostatFieldPowerOutput[425]=4541923.4;
_heliostatFieldPowerOutput[439]=5104403.2;
_heliostatFieldPowerOutput[440]=25023456;
_heliostatFieldPowerOutput[441]=30118952;
_heliostatFieldPowerOutput[442]=32340736;
_heliostatFieldPowerOutput[443]=33259880;
_heliostatFieldPowerOutput[444]=33807536;
_heliostatFieldPowerOutput[445]=34228424;
_heliostatFieldPowerOutput[446]=33112896;
_heliostatFieldPowerOutput[447]=32294680;
_heliostatFieldPowerOutput[448]=25693016;
_heliostatFieldPowerOutput[449]=5190769.6;
_heliostatFieldPowerOutput[463]=6061478.8;
_heliostatFieldPowerOutput[464]=29715354;
_heliostatFieldPowerOutput[465]=35766255.5;
_heliostatFieldPowerOutput[466]=38404624;
_heliostatFieldPowerOutput[467]=39496107.5;
_heliostatFieldPowerOutput[468]=40146449;
_heliostatFieldPowerOutput[469]=40646253.5;
_heliostatFieldPowerOutput[470]=39321564;
_heliostatFieldPowerOutput[471]=38349932.5;
_heliostatFieldPowerOutput[472]=30510456.5;
_heliostatFieldPowerOutput[473]=6164038.9;
_heliostatFieldPowerOutput[487]=5423428.4;
_heliostatFieldPowerOutput[488]=23459490;
_heliostatFieldPowerOutput[489]=24471648.5;
_heliostatFieldPowerOutput[490]=24255552;
_heliostatFieldPowerOutput[491]=24944910;
_heliostatFieldPowerOutput[492]=25355652;
_heliostatFieldPowerOutput[493]=25671318;
_heliostatFieldPowerOutput[494]=24834672;
_heliostatFieldPowerOutput[495]=24221010;
_heliostatFieldPowerOutput[496]=19269762;
_heliostatFieldPowerOutput[497]=3893077.2;
_heliostatFieldPowerOutput[511]=5742453.6;
_heliostatFieldPowerOutput[512]=28151388;
_heliostatFieldPowerOutput[513]=37648690;
_heliostatFieldPowerOutput[514]=40425920;
_heliostatFieldPowerOutput[515]=41574850;
_heliostatFieldPowerOutput[516]=42259420;
_heliostatFieldPowerOutput[517]=42785530;
_heliostatFieldPowerOutput[518]=41391120;
_heliostatFieldPowerOutput[519]=40368350;
_heliostatFieldPowerOutput[520]=32116270;
_heliostatFieldPowerOutput[521]=6488462;
_heliostatFieldPowerOutput[535]=5104403.2;
_heliostatFieldPowerOutput[536]=21895524;
_heliostatFieldPowerOutput[537]=18824345;
_heliostatFieldPowerOutput[538]=12127776;
_heliostatFieldPowerOutput[539]=8314970;
_heliostatFieldPowerOutput[540]=8451884;
_heliostatFieldPowerOutput[541]=12835659;
_heliostatFieldPowerOutput[542]=12417336;
_heliostatFieldPowerOutput[543]=20184175;
_heliostatFieldPowerOutput[544]=16058135;
_heliostatFieldPowerOutput[545]=2595384.8;
_heliostatFieldPowerOutput[559]=2552201.6;
_heliostatFieldPowerOutput[560]=18767592;
_heliostatFieldPowerOutput[561]=33883821;
_heliostatFieldPowerOutput[562]=36383328;
_heliostatFieldPowerOutput[563]=37417365;
_heliostatFieldPowerOutput[564]=29581594;
_heliostatFieldPowerOutput[565]=38506977;
_heliostatFieldPowerOutput[566]=28973784;
_heliostatFieldPowerOutput[567]=36331515;
_heliostatFieldPowerOutput[568]=25693016;
_heliostatFieldPowerOutput[569]=5839615.8;
_heliostatFieldPowerOutput[583]=5742453.6;
_heliostatFieldPowerOutput[584]=28151388;
_heliostatFieldPowerOutput[585]=33883821;
_heliostatFieldPowerOutput[586]=36383328;
_heliostatFieldPowerOutput[587]=37417365;
_heliostatFieldPowerOutput[588]=38033478;
_heliostatFieldPowerOutput[589]=38506977;
_heliostatFieldPowerOutput[590]=37252008;
_heliostatFieldPowerOutput[591]=36331515;
_heliostatFieldPowerOutput[592]=28904643;
_heliostatFieldPowerOutput[593]=5839615.8;
_heliostatFieldPowerOutput[607]=7465189.68;
_heliostatFieldPowerOutput[608]=36909597.6;
_heliostatFieldPowerOutput[609]=44801941.1;
_heliostatFieldPowerOutput[610]=48511104;
_heliostatFieldPowerOutput[611]=41574850;
_heliostatFieldPowerOutput[612]=42259420;
_heliostatFieldPowerOutput[613]=42785530;
_heliostatFieldPowerOutput[614]=41391120;
_heliostatFieldPowerOutput[615]=40368350;
_heliostatFieldPowerOutput[616]=32116270;
_heliostatFieldPowerOutput[617]=6488462;
_heliostatFieldPowerOutput[631]=6380504;
_heliostatFieldPowerOutput[632]=25023456;
_heliostatFieldPowerOutput[633]=22589214;
_heliostatFieldPowerOutput[634]=24255552;
_heliostatFieldPowerOutput[635]=24944910;
_heliostatFieldPowerOutput[636]=25355652;
_heliostatFieldPowerOutput[637]=25671318;
_heliostatFieldPowerOutput[638]=24834672;
_heliostatFieldPowerOutput[639]=24221010;
_heliostatFieldPowerOutput[640]=19269762;
_heliostatFieldPowerOutput[641]=3893077.2;
_heliostatFieldPowerOutput[655]=5104403.2;
_heliostatFieldPowerOutput[656]=21895524;
_heliostatFieldPowerOutput[657]=22589214;
_heliostatFieldPowerOutput[658]=20212960;
_heliostatFieldPowerOutput[659]=20787425;
_heliostatFieldPowerOutput[660]=25355652;
_heliostatFieldPowerOutput[661]=29949871;
_heliostatFieldPowerOutput[662]=33112896;
_heliostatFieldPowerOutput[663]=36331515;
_heliostatFieldPowerOutput[664]=32116270;
_heliostatFieldPowerOutput[665]=6488462;
_heliostatFieldPowerOutput[679]=6380504;
_heliostatFieldPowerOutput[680]=31279320;
_heliostatFieldPowerOutput[681]=37648690;
_heliostatFieldPowerOutput[682]=40425920;
_heliostatFieldPowerOutput[683]=41574850;
_heliostatFieldPowerOutput[684]=42259420;
_heliostatFieldPowerOutput[685]=42785530;
_heliostatFieldPowerOutput[686]=41391120;
_heliostatFieldPowerOutput[687]=40368350;
_heliostatFieldPowerOutput[688]=32116270;
_heliostatFieldPowerOutput[689]=6488462;
_heliostatFieldPowerOutput[703]=6380504;
_heliostatFieldPowerOutput[704]=31279320;
_heliostatFieldPowerOutput[705]=37648690;
_heliostatFieldPowerOutput[706]=40425920;
_heliostatFieldPowerOutput[707]=41574850;
_heliostatFieldPowerOutput[708]=42259420;
_heliostatFieldPowerOutput[709]=42785530;
_heliostatFieldPowerOutput[710]=41391120;
_heliostatFieldPowerOutput[711]=28257845;
_heliostatFieldPowerOutput[712]=16058135;
_heliostatFieldPowerOutput[713]=2595384.8;
return true;
}