/// <summary>
/// 计算可比综合能耗
/// </summary>
/// <param name="myPowConsumptionComparable">可比综合电耗</param>
/// <param name="myCoalConsumptionComparable">可比综合煤耗</param>
/// <param name="myCommonParameters">公共参数</param>
/// <returns>可比综合能耗</returns>
public Model_CaculateValue GetEnergyConsumptionComparable(decimal myPowConsumptionComparable, decimal myCoalConsumptionComparable, Model_CommonParameters myCommonParameters, string myStaticsMarterialsName)
{
Model_CaculateValue m_Model_CaculateValue = new Model_CaculateValue();
decimal m_EnergyConsumptionComparable = 0;
if (myCommonParameters != null)
{
m_EnergyConsumptionComparable = myCoalConsumptionComparable + myPowConsumptionComparable * myCommonParameters.ElectricityToCoalFactor;
}
///////////////////////可比综合煤耗/////////////////////
Model_CaculateFactor m_CoalConsumptionComparable_CaculateFactor = new Model_CaculateFactor();
m_CoalConsumptionComparable_CaculateFactor.FactorName = myStaticsMarterialsName + "可比综合煤耗";
m_CoalConsumptionComparable_CaculateFactor.FactorValue = myCoalConsumptionComparable;
m_Model_CaculateValue.CaculateFactor.Add(m_CoalConsumptionComparable_CaculateFactor);
/////////////////////可比综合电耗///////////////////////
Model_CaculateFactor m_PowConsumptionComparable_CaculateFactor = new Model_CaculateFactor();
m_PowConsumptionComparable_CaculateFactor.FactorName = myStaticsMarterialsName + "可比综合电耗";
m_PowConsumptionComparable_CaculateFactor.FactorValue = myPowConsumptionComparable;
m_Model_CaculateValue.CaculateFactor.Add(m_PowConsumptionComparable_CaculateFactor);
///////////////////////用电折合用煤系数/////////////////////
Model_CaculateFactor m_ElectricityToCoalFactor_CaculateFactor = new Model_CaculateFactor();
m_ElectricityToCoalFactor_CaculateFactor.FactorName = "用电折合用煤系数";
m_ElectricityToCoalFactor_CaculateFactor.FactorValue = myCommonParameters.ElectricityToCoalFactor;
m_Model_CaculateValue.CaculateFactor.Add(m_ElectricityToCoalFactor_CaculateFactor);
m_Model_CaculateValue.CaculateFormula = myStaticsMarterialsName + "可比综合煤耗 + " + myStaticsMarterialsName + "可比综合电耗 * 用电折合用煤系数";
m_Model_CaculateValue.CaculateValue = m_EnergyConsumptionComparable;
return(m_Model_CaculateValue);
}
/// <summary>
/// 计算熟料可比煤耗
/// </summary>
/// <param name="myClinkerCLCParameters">熟料煤耗参数</param>
/// <param name="myDeductionCLCParameters">熟料应扣除煤耗</param>
/// <param name="myCommonParameters">公共参数</param>
/// <param name="myClinkerProperties">熟料属性</param>
/// <returns>熟料可比煤耗</returns>
public Model_CaculateValue GetClinkerCoalConsumptionComparable(List <Model_BaseCLCParameters> myClinkerCLCParameters, List <Model_BaseCLCParameters> myDeductionCLCParameters, Model_CommonParameters myCommonParameters, Model_ClinkerProperties myClinkerProperties)
{
Model_CaculateValue m_Model_CaculateValue = new Model_CaculateValue();
decimal m_ClinkerCoalConsumptionComparable = 0;
decimal m_ClinkerCoalConsumption = GetCoalConsumption(myClinkerCLCParameters, myClinkerProperties.MarterialsOutput, myCommonParameters.StandardCalorificValue, "熟料").CaculateValue;
decimal m_DeductionClinkerCoalConsumption = GetCoalConsumption(myDeductionCLCParameters, myClinkerProperties.MarterialsOutput, myCommonParameters.StandardCalorificValue, "熟料").CaculateValue;
decimal m_CompressiveStrengthCorrectionFactor = (decimal)Math.Pow((double)(myCommonParameters.Clinker_CompressiveStrength / myClinkerProperties.CompressiveStrength), 1 / 4); //强度修正系数
decimal m_AltitudeCorrectionFactor = 1;
if (myClinkerProperties.Altitude > myCommonParameters.Altitude)
{
m_AltitudeCorrectionFactor = (decimal)Math.Sqrt((double)(myClinkerProperties.AtmosphericPressure / myCommonParameters.AtmosphericPressure)); //海拔修正系数
}
m_ClinkerCoalConsumptionComparable = (m_ClinkerCoalConsumption - m_DeductionClinkerCoalConsumption) * m_CompressiveStrengthCorrectionFactor * m_AltitudeCorrectionFactor;
///////////////////////////熟料综合煤耗/////////////////////////
Model_CaculateFactor m_ClinkerCoalConsumption_CaculateFactor = new Model_CaculateFactor();
m_ClinkerCoalConsumption_CaculateFactor.FactorName = "熟料综合煤耗";
m_ClinkerCoalConsumption_CaculateFactor.FactorValue = m_ClinkerCoalConsumption;
m_Model_CaculateValue.CaculateFactor.Add(m_ClinkerCoalConsumption_CaculateFactor);
///////////////////////////抵扣熟料煤耗////////////////////////
Model_CaculateFactor m_DeductionClinkerCoalConsumption_CaculateFactor = new Model_CaculateFactor();
m_DeductionClinkerCoalConsumption_CaculateFactor.FactorName = "抵扣熟料煤耗(余热发电等)";
m_DeductionClinkerCoalConsumption_CaculateFactor.FactorValue = m_DeductionClinkerCoalConsumption;
m_Model_CaculateValue.CaculateFactor.Add(m_DeductionClinkerCoalConsumption_CaculateFactor);
///////////////////////////水泥强度修正系数////////////////////////
Model_CaculateFactor m_CompressiveStrengthCorrectionFactor_CaculateFactor = new Model_CaculateFactor();
m_CompressiveStrengthCorrectionFactor_CaculateFactor.FactorName = "水泥强度修正系数";
m_CompressiveStrengthCorrectionFactor_CaculateFactor.FactorValue = m_CompressiveStrengthCorrectionFactor;
m_Model_CaculateValue.CaculateFactor.Add(m_CompressiveStrengthCorrectionFactor_CaculateFactor);
///////////////////////////海拔高度修正系数////////////////////////
Model_CaculateFactor m_AltitudeCorrectionFactor_CaculateFactor = new Model_CaculateFactor();
m_AltitudeCorrectionFactor_CaculateFactor.FactorName = "海拔高度修正系数";
m_AltitudeCorrectionFactor_CaculateFactor.FactorValue = m_AltitudeCorrectionFactor;
m_Model_CaculateValue.CaculateFactor.Add(m_AltitudeCorrectionFactor_CaculateFactor);
m_Model_CaculateValue.CaculateFormula = "(熟料综合煤耗 - 抵扣熟料煤耗(余热发电等)) * 熟料强度修正系数 * 海拔高度修正系数";
m_Model_CaculateValue.CaculateValue = m_ClinkerCoalConsumptionComparable;
return(m_Model_CaculateValue);
}
/// <summary>
/// 计算余热利用折算煤耗
/// </summary>
/// <param name="myImportHeat">余热利用进口总热量</param>
/// <param name="myExportHeat">余热利用出口总热量</param>
/// <param name="myLossHeat">余热利用散失量</param>
/// <param name="myClinkerOutput">熟料产量</param>
/// <param name="myCommonParameters">公共参数</param>
/// <returns>余热利用折算煤耗</returns>
public Model_CaculateValue GetRecuperationCoalConsumption(decimal myImportHeat, decimal myExportHeat, decimal myLossHeat, decimal myClinkerOutput, Model_CommonParameters myCommonParameters)
{
Model_CaculateValue m_Model_CaculateValue = new Model_CaculateValue();
decimal m_RecuperationCoalConsumption = 0;
m_RecuperationCoalConsumption = (myImportHeat - myExportHeat - myLossHeat) / (myClinkerOutput * myCommonParameters.StandardCalorificValue);
///////////////////////////进口总热量////////////////////////
Model_CaculateFactor m_ImportHeat_CaculateFactor = new Model_CaculateFactor();
m_ImportHeat_CaculateFactor.FactorName = "进口总热量";
m_ImportHeat_CaculateFactor.FactorValue = myImportHeat;
m_Model_CaculateValue.CaculateFactor.Add(m_ImportHeat_CaculateFactor);
///////////////////////////出口总热量////////////////////////
Model_CaculateFactor m_ExportHeat_CaculateFactor = new Model_CaculateFactor();
m_ExportHeat_CaculateFactor.FactorName = "出口总热量";
m_ExportHeat_CaculateFactor.FactorValue = myExportHeat;
m_Model_CaculateValue.CaculateFactor.Add(m_ExportHeat_CaculateFactor);
///////////////////////////散热损失热量////////////////////////
Model_CaculateFactor m_LossHeat_CaculateFactor = new Model_CaculateFactor();
m_LossHeat_CaculateFactor.FactorName = "散热损失热量";
m_LossHeat_CaculateFactor.FactorValue = myLossHeat;
m_Model_CaculateValue.CaculateFactor.Add(m_LossHeat_CaculateFactor);
///////////////////////////标准煤发热量////////////////////////
Model_CaculateFactor m_StandardCalorificValue_CaculateFactor = new Model_CaculateFactor();
m_StandardCalorificValue_CaculateFactor.FactorName = "标准煤发热量";
m_StandardCalorificValue_CaculateFactor.FactorValue = myCommonParameters.StandardCalorificValue;
m_Model_CaculateValue.CaculateFactor.Add(m_StandardCalorificValue_CaculateFactor);
///////////////////////////熟料产量////////////////////////
Model_CaculateFactor m_ClinkerOutput_CaculateFactor = new Model_CaculateFactor();
m_ClinkerOutput_CaculateFactor.FactorName = "熟料产量";
m_ClinkerOutput_CaculateFactor.FactorValue = myClinkerOutput;
m_Model_CaculateValue.CaculateFactor.Add(m_ClinkerOutput_CaculateFactor);
m_Model_CaculateValue.CaculateFormula = "(进口总热量 - (出口总热量 + 散热损失热量)) / (熟料产量 * 标准煤发热量)";
m_Model_CaculateValue.CaculateValue = m_RecuperationCoalConsumption;
return(m_Model_CaculateValue);
}
/// <summary>
/// 计算熟料可比电耗
/// </summary>
/// <param name="myClinkerELCParameters">熟料电耗参数</param>
/// <param name="myCommonParameters">公共参数</param>
/// <param name="myClinkerProperties">熟料属性</param>
/// <returns>熟料可比电耗</returns>
public Model_CaculateValue GetClinkerPowerConsumptionComparable(List <Model_BaseELCParameters> myClinkerELCParameters, Model_CommonParameters myCommonParameters, Model_ClinkerProperties myClinkerProperties)
{
decimal m_ClinkerPowerConsumptionComparable = 0;
decimal m_ClinkerPowerConsumption = GetPowerConsumption(myClinkerELCParameters, myClinkerProperties.MarterialsOutput, "熟料").CaculateValue;
decimal m_CompressiveStrengthCorrectionFactor = (decimal)Math.Pow((double)(myCommonParameters.Clinker_CompressiveStrength / myClinkerProperties.CompressiveStrength), 1 / 4); //强度修正系数
decimal m_AltitudeCorrectionFactor = 1;
Model_CaculateValue m_Model_CaculateValue = new Model_CaculateValue();
m_Model_CaculateValue.CaculateFormula = "熟料综合电耗";
Model_CaculateFactor m_Model_CaculateFactor = new Model_CaculateFactor();
m_Model_CaculateFactor.FactorName = "熟料综合电耗";
m_Model_CaculateFactor.FactorValue = m_ClinkerPowerConsumption;
m_Model_CaculateValue.CaculateFactor.Add(m_Model_CaculateFactor);
if (myClinkerProperties.Altitude > myCommonParameters.Altitude)
{
m_AltitudeCorrectionFactor = (decimal)Math.Sqrt((double)(myClinkerProperties.AtmosphericPressure / myCommonParameters.AtmosphericPressure));
//海拔修正系数
m_Model_CaculateValue.CaculateFormula = "Sqrt(海拔修正系数)" + " * " + m_Model_CaculateValue.CaculateFormula;
Model_CaculateFactor m_Altitude_CaculateFactor = new Model_CaculateFactor();
m_Altitude_CaculateFactor.FactorName = "海拔修正系数";
m_Altitude_CaculateFactor.FactorValue = m_AltitudeCorrectionFactor;
m_Model_CaculateValue.CaculateFactor.Add(m_Altitude_CaculateFactor);
}
//28天强度修正系数
m_Model_CaculateValue.CaculateFormula = "pow(28天强度修正系数,1/4)" + " * " + m_Model_CaculateValue.CaculateFormula;
Model_CaculateFactor m_CompressiveStrength_CaculateFactor = new Model_CaculateFactor();
m_CompressiveStrength_CaculateFactor.FactorName = "28天强度修正系数";
m_CompressiveStrength_CaculateFactor.FactorValue = m_CompressiveStrengthCorrectionFactor;
m_Model_CaculateValue.CaculateFactor.Add(m_CompressiveStrength_CaculateFactor);
m_ClinkerPowerConsumptionComparable = m_ClinkerPowerConsumption * m_CompressiveStrengthCorrectionFactor * m_AltitudeCorrectionFactor;
m_Model_CaculateValue.CaculateValue = m_ClinkerPowerConsumptionComparable;
return(m_Model_CaculateValue);
}
/// <summary>
/// 计算余热发电折算煤耗
/// </summary>
/// <param name="myGrossGeneration">余热发电总发电量</param>
/// <param name="myOwnDemand">余热发电自用电量</param>
/// <param name="myClinkerOutput">熟料产量</param>
/// <param name="myCommonParameters">公共参数</param>
/// <returns>余热发电折算煤耗</returns>
public Model_CaculateValue GetCogenerationCoalConsumption(decimal myGrossGeneration, decimal myOwnDemand, decimal myClinkerOutput, Model_CommonParameters myCommonParameters)
{
Model_CaculateValue m_Model_CaculateValue = new Model_CaculateValue();
decimal m_CogenerationCoalConsumption = 0;
m_CogenerationCoalConsumption = myCommonParameters.ElectricityToCoalFactor * (myGrossGeneration - myOwnDemand) / myClinkerOutput;
///////////////////////////用电折合用煤系数////////////////////////
Model_CaculateFactor m_ElectricityToCoalFactor_CaculateFactor = new Model_CaculateFactor();
m_ElectricityToCoalFactor_CaculateFactor.FactorName = "用电折合用煤系数";
m_ElectricityToCoalFactor_CaculateFactor.FactorValue = myCommonParameters.ElectricityToCoalFactor;
m_Model_CaculateValue.CaculateFactor.Add(m_ElectricityToCoalFactor_CaculateFactor);
///////////////////////////总发电量////////////////////////
Model_CaculateFactor m_GrossGeneration_CaculateFactor = new Model_CaculateFactor();
m_GrossGeneration_CaculateFactor.FactorName = "总发电量";
m_GrossGeneration_CaculateFactor.FactorValue = myGrossGeneration;
m_Model_CaculateValue.CaculateFactor.Add(m_GrossGeneration_CaculateFactor);
///////////////////////////自用电量////////////////////////
Model_CaculateFactor m_OwnDemand_CaculateFactor = new Model_CaculateFactor();
m_OwnDemand_CaculateFactor.FactorName = "自用电量";
m_OwnDemand_CaculateFactor.FactorValue = myOwnDemand;
m_Model_CaculateValue.CaculateFactor.Add(m_OwnDemand_CaculateFactor);
///////////////////////////熟料产量////////////////////////
Model_CaculateFactor m_ClinkerOutput_CaculateFactor = new Model_CaculateFactor();
m_ClinkerOutput_CaculateFactor.FactorName = "熟料产量";
m_ClinkerOutput_CaculateFactor.FactorValue = myClinkerOutput;
m_Model_CaculateValue.CaculateFactor.Add(m_ClinkerOutput_CaculateFactor);
m_Model_CaculateValue.CaculateFormula = "用电折合用煤系数 * (总发电量 - 自用电量) / 熟料产量";
m_Model_CaculateValue.CaculateValue = m_CogenerationCoalConsumption;
return(m_Model_CaculateValue);
}
/// <summary>
/// 计算电耗
/// </summary>
/// <param name="myELCParameters">电耗参数</param>
/// <param name="myMarterialsOutput">需要计算综合电耗的物料产量</param>
/// <returns>电耗</returns>
public Model_CaculateValue GetPowerConsumption(List <Model_BaseELCParameters> myELCParameters, decimal myMarterialsOutput, string myStaticsMarterialsName)
{
decimal m_PowerConsumption = 0;
decimal m_UsedElectricity = 0;
Model_CaculateValue m_Model_CaculateValue = new Model_CaculateValue();
if (myELCParameters != null)
{
for (int i = 0; i < myELCParameters.Count; i++)
{
m_UsedElectricity = m_UsedElectricity + myELCParameters[i].ProcessElectricityConsumption * myELCParameters[i].ProcessMaterialsUsedQuantity;
if (i == 0)
{
if (myELCParameters[i].ProcessMaterialsUsedQuantity == 1)
{
m_Model_CaculateValue.CaculateFormula = myELCParameters[i].ProcessName + "耗电量";
}
else
{
m_Model_CaculateValue.CaculateFormula = myELCParameters[i].ProcessName + "电耗 * " + myELCParameters[i].MarterialsName + "消耗";
}
}
else
{
if (myELCParameters[i].ProcessMaterialsUsedQuantity == 1)
{
m_Model_CaculateValue.CaculateFormula = m_Model_CaculateValue.CaculateFormula + " + " + myELCParameters[i].ProcessName + "耗电量";
}
else
{
m_Model_CaculateValue.CaculateFormula = m_Model_CaculateValue.CaculateFormula + " + " + myELCParameters[i].ProcessName + "电耗 * " + myELCParameters[i].MarterialsName + "消耗";
}
}
Model_CaculateFactor m_Model_CaculateFactor = new Model_CaculateFactor();
if (myELCParameters[i].ProcessMaterialsUsedQuantity == 1)
{
m_Model_CaculateFactor.FactorName = myELCParameters[i].ProcessName + "耗电量";
}
else
{
m_Model_CaculateFactor.FactorName = myELCParameters[i].ProcessName + "电耗";
}
m_Model_CaculateFactor.FactorValue = myELCParameters[i].ProcessElectricityConsumption;
m_Model_CaculateValue.CaculateFactor.Add(m_Model_CaculateFactor);
if (myELCParameters[i].MarterialsName != myStaticsMarterialsName && myELCParameters[i].ProcessMaterialsUsedQuantity != 1)
{
Model_CaculateFactor m_Model_CaculateFactorX = new Model_CaculateFactor();
m_Model_CaculateFactorX.FactorName = myELCParameters[i].MarterialsName + "消耗";
m_Model_CaculateFactorX.FactorValue = myELCParameters[i].ProcessMaterialsUsedQuantity;
m_Model_CaculateValue.CaculateFactor.Add(m_Model_CaculateFactorX);
}
}
if (myMarterialsOutput != 0)
{
m_PowerConsumption = m_UsedElectricity / myMarterialsOutput;
}
m_Model_CaculateValue.CaculateValue = m_PowerConsumption;
m_Model_CaculateValue.CaculateFormula = string.Format("({0})", m_Model_CaculateValue.CaculateFormula);
m_Model_CaculateValue.CaculateFormula = m_Model_CaculateValue.CaculateFormula + " / " + myStaticsMarterialsName + "产量";
Model_CaculateFactor m_Denominator_CaculateFactor = new Model_CaculateFactor();
m_Denominator_CaculateFactor.FactorName = myStaticsMarterialsName + "产量";
m_Denominator_CaculateFactor.FactorValue = myMarterialsOutput;
m_Model_CaculateValue.CaculateFactor.Add(m_Denominator_CaculateFactor);
}
return(m_Model_CaculateValue);
}
/// <summary>
/// 计算煤耗
/// </summary>
/// <param name="myCLCParameters">煤耗参数</param>
/// <param name="myMarterialsOutput">物料产量</param>
/// <returns>煤耗</returns>
public Model_CaculateValue GetCoalConsumption(List <Model_BaseCLCParameters> myCLCParameters, decimal myMarterialsOutput, decimal myStandardCalorificValue, string myStaticsMarterialsName)
{
decimal m_CoalConsumption = 0;
decimal m_UsedCoal = 0;
Model_CaculateValue m_Model_CaculateValue = new Model_CaculateValue();
if (myCLCParameters != null)
{
for (int i = 0; i < myCLCParameters.Count; i++)
{
m_UsedCoal = m_UsedCoal + myCLCParameters[i].ProcessCoalConsumption * myCLCParameters[i].ProcessMaterialsUsedQuantity * myCLCParameters[i].CoalLowCalorificValue;
if (i == 0)
{
if (myCLCParameters[i].ProcessMaterialsUsedQuantity == 1)
{
m_Model_CaculateValue.CaculateFormula = myCLCParameters[i].ProcessName + "耗煤量 * " + myCLCParameters[i].MarterialsName + "低位发热量";
}
else
{
m_Model_CaculateValue.CaculateFormula = myCLCParameters[i].ProcessName + "煤耗 * " + myCLCParameters[i].MarterialsName + "消耗 * " + myCLCParameters[i].MarterialsName + "低位发热量";
}
}
else
{
if (myCLCParameters[i].ProcessMaterialsUsedQuantity == 1)
{
m_Model_CaculateValue.CaculateFormula = m_Model_CaculateValue.CaculateFormula + " + " + myCLCParameters[i].ProcessName + "耗煤量 * " + myCLCParameters[i].MarterialsName + "低位发热量";
}
else
{
m_Model_CaculateValue.CaculateFormula = m_Model_CaculateValue.CaculateFormula + " + " + myCLCParameters[i].ProcessName + "煤耗 * " + myCLCParameters[i].MarterialsName + "消耗 * " + myCLCParameters[i].MarterialsName + "低位发热量";
}
}
Model_CaculateFactor m_Model_CaculateFactor = new Model_CaculateFactor();
if (myCLCParameters[i].ProcessMaterialsUsedQuantity == 1)
{
m_Model_CaculateFactor.FactorName = myCLCParameters[i].ProcessName + "耗煤量";
}
else
{
m_Model_CaculateFactor.FactorName = myCLCParameters[i].ProcessName + "煤耗";
}
m_Model_CaculateFactor.FactorValue = myCLCParameters[i].ProcessCoalConsumption * 1000;
m_Model_CaculateValue.CaculateFactor.Add(m_Model_CaculateFactor);
if (myCLCParameters[i].MarterialsName != myStaticsMarterialsName && myCLCParameters[i].ProcessMaterialsUsedQuantity != 1)
{
Model_CaculateFactor m_Model_CaculateFactorX = new Model_CaculateFactor();
m_Model_CaculateFactorX.FactorName = myCLCParameters[i].MarterialsName + "消耗";
m_Model_CaculateFactorX.FactorValue = myCLCParameters[i].ProcessMaterialsUsedQuantity;
m_Model_CaculateValue.CaculateFactor.Add(m_Model_CaculateFactorX);
}
////////////////////煤粉低位发热量因数
Model_CaculateFactor m_CoalLowCalorific_CaculateFactor = new Model_CaculateFactor();
m_CoalLowCalorific_CaculateFactor.FactorName = myCLCParameters[i].ProcessName + "低位发热量";
m_CoalLowCalorific_CaculateFactor.FactorValue = myCLCParameters[i].CoalLowCalorificValue;
m_Model_CaculateValue.CaculateFactor.Add(m_CoalLowCalorific_CaculateFactor);
}
if (myMarterialsOutput != 0)
{
m_CoalConsumption = (m_UsedCoal * 1000) / (myMarterialsOutput * myStandardCalorificValue); //煤耗煤为kg
}
m_Model_CaculateValue.CaculateValue = m_CoalConsumption;
m_Model_CaculateValue.CaculateFormula = string.Format("({0})", m_Model_CaculateValue.CaculateFormula);
m_Model_CaculateValue.CaculateFormula = m_Model_CaculateValue.CaculateFormula + " / (" + myStaticsMarterialsName + "产量 * 标准煤发热量)";
Model_CaculateFactor m_Denominator_CaculateFactor = new Model_CaculateFactor();
m_Denominator_CaculateFactor.FactorName = myStaticsMarterialsName + "产量";
m_Denominator_CaculateFactor.FactorValue = myMarterialsOutput;
m_Model_CaculateValue.CaculateFactor.Add(m_Denominator_CaculateFactor);
}
return(m_Model_CaculateValue);
}