private Model_CommonParameters _CommonParameters; //公共参数
public Assembly_ParametersAndProperties_V1()
{
_CementProperties = new Model_CementProperties(); //水泥属性
_ClinkerProperties = new Model_ClinkerProperties(); //熟料属性
_CoalProperties = new Model_CoalProperties(); //煤粉属性
_CogenerationProperties = new Model_CogenerationProperties(); //余热发电属性
_RecuperationProperties = new Model_RecuperationProperties(); //余热利用属性
_ClinkerProcessPowerProperties = new List <Model_MartieralsProperties>(1); //熟料工序用电属性
_ClinkerProcessCoalProperties = new List <Model_MartieralsProperties>(1); //熟料工序用煤属性
_CementProcessPowerProperties = new List <Model_MartieralsProperties>(1); //水泥磨工序用电属性
_CementProcessCoalProperties = new List <Model_MartieralsProperties>(0); //水泥磨工序用煤属性
_CommonParameters = new Model_CommonParameters(); //公共参数
}
/// <summary>
/// 计算可比水泥综合电耗
/// </summary>
/// <param name="myCementProperties">水泥属性</param>
/// <param name="myCementProcessMartieralsProperties">各耗电工序物料属性</param>
/// <param name="myCommonParameters">公共参数</param>
/// <param name="myClinkerPowerConsumption">熟料综合电耗</param>
/// <param name="myClinkerInput">熟料消耗量</param>
/// <returns>可比水泥综合电耗</returns>
public Model_CaculateValue GetCementPowerConsumptionComparable(Model_CementProperties myCementProperties, List <Model_MartieralsProperties> myCementProcessMartieralsProperties, Model_CommonParameters myCommonParameters, decimal myClinkerPowerConsumption)
{
Model_CaculateValue m_Model_CaculateValueComparable = new Model_CaculateValue();
List <Model_BaseELCParameters> m_CementELCParameters = new List <Model_BaseELCParameters>();
Model_BaseELCParameters m_Model_BaseELCParameters = new Model_BaseELCParameters();
m_Model_BaseELCParameters.ProcessName = "水泥综合电耗"; //获取工序名称
m_Model_BaseELCParameters.MarterialsName = "水泥"; //获取物料名称
m_Model_BaseELCParameters.ProcessElectricityConsumption = GetCementPowerConsumption(myCementProperties, myCementProcessMartieralsProperties, myClinkerPowerConsumption).CaculateValue;
m_Model_BaseELCParameters.ProcessMaterialsUsedQuantity = myCementProperties.MarterialsOutput;
m_CementELCParameters.Add(m_Model_BaseELCParameters);
m_Model_CaculateValueComparable = m_Base_PowConsumption.GetCementPowerConsumptionComparable(m_CementELCParameters, myCommonParameters, myCementProperties);
m_Model_CaculateValueComparable.CaculateName = "可比水泥综合电耗";
return(m_Model_CaculateValueComparable);
}
/// <summary>
/// 计算可比水泥综合煤耗
/// </summary>
/// <param name="myCementProperties">水泥属性</param>
/// <param name="myCoalProperties">煤粉属性</param>
/// <param name="myCementProcessMartieralsProperties">各耗煤工序物料属性</param>
/// <param name="myClinkerCoalConsumption">熟料综合煤耗</param>
/// <param name="myCommonParameters">公共参数</param>
/// <returns>可比水泥综合煤耗</returns>
public Model_CaculateValue GetCementCoalConsumptionComparable(Model_CementProperties myCementProperties, Model_CoalProperties myCoalProperties, List <Model_MartieralsProperties> myCementProcessMartieralsProperties,
decimal myClinkerCoalConsumptionComparable, Model_CommonParameters myCommonParameters)
{
Model_CaculateValue m_Model_CaculateValueComparable = new Model_CaculateValue();
List <Model_BaseCLCParameters> m_CementBaseCLCParameters = new List <Model_BaseCLCParameters>(1);
if (myCementProcessMartieralsProperties != null)
{
for (int i = 0; i < myCementProcessMartieralsProperties.Count; i++)
{
//求工序干基煤耗
Model_BaseCLCParameters m_Model_BaseCLCParameters = new Model_BaseCLCParameters();
m_Model_BaseCLCParameters.ProcessName = myCementProcessMartieralsProperties[i].ProcessName; //获取工序名称
m_Model_BaseCLCParameters.MarterialsName = myCementProcessMartieralsProperties[i].MarterialsName; //获取物料名称
if (myCementProcessMartieralsProperties[i].MarterialsOutput != 0 && myCementProcessMartieralsProperties[i].MarterialsWaterContent < 1 && myCementProcessMartieralsProperties[i].MarterialsWaterContent >= 0)
{
m_Model_BaseCLCParameters.ProcessCoalConsumption = (myCementProcessMartieralsProperties[i].CoalQuantity * (1 - myCoalProperties.CoalWaterContent)) / (myCementProcessMartieralsProperties[i].MarterialsOutput * (1 - myCementProcessMartieralsProperties[i].MarterialsWaterContent)) / 1000;
}
else
{
m_Model_BaseCLCParameters.ProcessCoalConsumption = 0;
}
m_Model_BaseCLCParameters.ProcessMaterialsUsedQuantity = myCementProcessMartieralsProperties[i].MarterialsInput * (1 - myCementProcessMartieralsProperties[i].MarterialsWaterContent);
m_Model_BaseCLCParameters.CoalLowCalorificValue = myCoalProperties.CoalLowCalorificValue;
m_Model_BaseCLCParameters.CoalWaterContent = myCementProcessMartieralsProperties[i].MarterialsWaterContent;
m_CementBaseCLCParameters.Add(m_Model_BaseCLCParameters);
}
}
if (myCementProperties != null)
{
Model_BaseCLCParameters m_Model_CementCLCParameters = new Model_BaseCLCParameters();
//增加熟料综合煤耗
m_Model_CementCLCParameters.ProcessName = "可比熟料综合煤耗"; //获取工序名称
m_Model_CementCLCParameters.MarterialsName = "熟料"; //获取物料名称
m_Model_CementCLCParameters.ProcessCoalConsumption = myClinkerCoalConsumptionComparable / 1000;
m_Model_CementCLCParameters.ProcessMaterialsUsedQuantity = myCementProperties.ClinkerInput;
m_Model_CementCLCParameters.CoalLowCalorificValue = myCommonParameters.StandardCalorificValue;
m_Model_CementCLCParameters.CoalWaterContent = 0;
m_CementBaseCLCParameters.Add(m_Model_CementCLCParameters);
m_Model_CaculateValueComparable = m_Base_CoalConsumption.GetCementCoalConsumptionComparable(m_CementBaseCLCParameters, myCommonParameters, myCementProperties);
}
m_Model_CaculateValueComparable.CaculateName = "可比水泥综合煤耗";
return(m_Model_CaculateValueComparable);
}
/////////////////////////////////////////水泥磨////////////////////////////////////////////
/// <summary>
/// 计算水泥综合电耗
/// </summary>
/// <param name="myCementProperties">水泥属性</param>
/// <param name="myCementProcessMartieralsProperties">各耗电工序物料属性</param>
/// <param name="myClinkerPowerConsumption">熟料综合电耗</param>
/// <param name="myClinkerInput">熟料消耗量</param>
/// <returns>水泥综合电耗</returns>
public Model_CaculateValue GetCementPowerConsumption(Model_CementProperties myCementProperties, List <Model_MartieralsProperties> myCementProcessMartieralsProperties, decimal myClinkerPowerConsumption)
{
Model_CaculateValue m_Model_CaculateValue = new Model_CaculateValue();
List <Model_BaseELCParameters> m_CementBaseELCParameters = new List <Model_BaseELCParameters>(1);
if (myCementProcessMartieralsProperties != null)
{
for (int i = 0; i < myCementProcessMartieralsProperties.Count; i++)
{
Model_BaseELCParameters m_Model_BaseELCParameters = new Model_BaseELCParameters();
//求工序干基电耗
m_Model_BaseELCParameters.ProcessName = myCementProcessMartieralsProperties[i].ProcessName; //获取工序名称
m_Model_BaseELCParameters.MarterialsName = myCementProcessMartieralsProperties[i].MarterialsName; //获取物料名称
if (myCementProcessMartieralsProperties[i].MarterialsOutput != 0 && myCementProcessMartieralsProperties[i].MarterialsWaterContent < 1 && myCementProcessMartieralsProperties[i].MarterialsWaterContent >= 0)
{
m_Model_BaseELCParameters.ProcessElectricityConsumption = myCementProcessMartieralsProperties[i].ElectricityQuantity / (myCementProcessMartieralsProperties[i].MarterialsOutput * (1 - myCementProcessMartieralsProperties[i].MarterialsWaterContent));
}
else
{
m_Model_BaseELCParameters.ProcessElectricityConsumption = 0;
}
m_Model_BaseELCParameters.ProcessMaterialsUsedQuantity = myCementProcessMartieralsProperties[i].MarterialsInput * (1 - myCementProcessMartieralsProperties[i].MarterialsWaterContent);
m_CementBaseELCParameters.Add(m_Model_BaseELCParameters);
}
}
if (myCementProperties != null)
{
Model_BaseELCParameters m_Model_ClinkerELCParameters = new Model_BaseELCParameters();
//增加熟料综合电耗
m_Model_ClinkerELCParameters.ProcessName = "熟料综合"; //获取工序名称
m_Model_ClinkerELCParameters.MarterialsName = "熟料"; //获取物料名称
m_Model_ClinkerELCParameters.ProcessElectricityConsumption = myClinkerPowerConsumption;
m_Model_ClinkerELCParameters.ProcessMaterialsUsedQuantity = myCementProperties.ClinkerInput;
m_CementBaseELCParameters.Add(m_Model_ClinkerELCParameters);
m_Model_CaculateValue = m_Base_PowConsumption.GetPowerConsumption(m_CementBaseELCParameters, myCementProperties.MarterialsOutput, "水泥");
}
m_Model_CaculateValue.CaculateName = "水泥综合电耗";
return(m_Model_CaculateValue);
}
/// <summary>
/// 计算水泥可比电耗
/// </summary>
/// <param name="myCementELCParameters">水泥电耗参数</param>
/// <param name="myCommonParameters">公共参数</param>
/// <param name="myCementProperties">水泥属性</param>
/// <returns>水泥可比电耗</returns>
public Model_CaculateValue GetCementPowerConsumptionComparable(List <Model_BaseELCParameters> myCementELCParameters, Model_CommonParameters myCommonParameters, Model_CementProperties myCementProperties)
{
Model_CaculateValue m_Model_CaculateValue = new Model_CaculateValue();
decimal m_CementPowerConsumptionComparable = 0;
decimal m_CementPowerConsumption = GetPowerConsumption(myCementELCParameters, myCementProperties.MarterialsOutput, "水泥").CaculateValue;
decimal m_CompressiveStrengthCorrectionFactor = (decimal)Math.Pow((double)(myCommonParameters.Cement_CompressiveStrength / myCementProperties.CompressiveStrength), 1 / 4); //强度修正系数
decimal m_AltitudeCorrectionFactor = 1;
m_Model_CaculateValue.CaculateFormula = "水泥综合电耗";
Model_CaculateFactor m_Model_CaculateFactor = new Model_CaculateFactor();
m_Model_CaculateFactor.FactorName = "水泥综合电耗";
m_Model_CaculateFactor.FactorValue = m_CementPowerConsumption;
m_Model_CaculateValue.CaculateFactor.Add(m_Model_CaculateFactor);
if (myCementProperties.Altitude > myCommonParameters.Altitude)
{
m_AltitudeCorrectionFactor = (decimal)Math.Sqrt((double)(myCementProperties.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);
}
//水泥强度修正系数
m_Model_CaculateValue.CaculateFormula = "pow(水泥强度修正系数,1/4)" + " * " + m_Model_CaculateValue.CaculateFormula;
Model_CaculateFactor m_CompressiveStrength_CaculateFactor = new Model_CaculateFactor();
m_CompressiveStrength_CaculateFactor.FactorName = "水泥强度修正系数";
m_CompressiveStrength_CaculateFactor.FactorValue = m_CompressiveStrengthCorrectionFactor;
m_Model_CaculateValue.CaculateFactor.Add(m_CompressiveStrength_CaculateFactor);
m_CementPowerConsumptionComparable = m_CementPowerConsumption * m_CompressiveStrengthCorrectionFactor * m_AltitudeCorrectionFactor;
m_Model_CaculateValue.CaculateValue = m_CementPowerConsumptionComparable;
return(m_Model_CaculateValue);
}
/// <summary>
/// 计算水泥可比煤耗
/// </summary>
/// <param name="myCementCLCParameters">水泥煤耗参数</param>
/// <param name="myCommonParameters">公共参数</param>
/// <param name="myCementProperties">熟料属性</param>
/// <returns>可比水泥煤耗</returns>
public Model_CaculateValue GetCementCoalConsumptionComparable(List <Model_BaseCLCParameters> myCementCLCParameters, Model_CommonParameters myCommonParameters, Model_CementProperties myCementProperties)
{
Model_CaculateValue m_Model_CaculateValue = new Model_CaculateValue();
m_Model_CaculateValue = GetCoalConsumption(myCementCLCParameters, myCementProperties.MarterialsOutput, myCommonParameters.StandardCalorificValue, "水泥");
return(m_Model_CaculateValue);
}
