//public static Single[] GetPhiGlys(int int_Clfs,
/// <summary>
/// 计算角度 分相计算
///
/// </summary>
/// <param name="int_Clfs">测量方式</param>
/// <param name="str_Glys">功率因数</param>
/// <param name="int_Element">逆相序</param>
/// <param name="bln_NXX">逆相序</param>
/// <param name="isYouGong">有、无功</param>
/// <returns>返回数组，数组元素为各相ABC相电压电流角度</returns>
public static Single[] GetPhiGlys(int int_Clfs, string str_Glys, int int_Element, Cus_PowerPhase bln_NXX, bool isYouGong)
{
/*
* /* 三相四线有功 = 0,
* 三相四线无功 = 1,
* 三相三线有功 = 2,
* 三相三线无功 = 3,
* 二元件跨相90 = 4,
* 二元件跨相60 = 5,
* 三元件跨相90 = 6,
*
* 三相四线=0,
* 三相三线=1,
* 二元件跨相90=2,
* 二元件跨相60=3,
* 三元件跨相90=4,
* 单相=5
*
*/
string str_CL = str_Glys.ToUpper().Substring(str_Glys.Length - 1, 1);
Double dbl_XS = 0;
if (str_CL == "C" || str_CL == "L")
{
dbl_XS = Convert.ToDouble(str_Glys.Substring(0, str_Glys.Length - 1));
}
else
{
dbl_XS = Convert.ToDouble(str_Glys);
}
Double dbl_Phase;
if (!isYouGong)
{
dbl_Phase = Math.Asin(Math.Abs(dbl_XS)); //无功计算
}
else
{
dbl_Phase = Math.Acos(Math.Abs(dbl_XS)); //有功计算
}
dbl_Phase = dbl_Phase * 180 / Math.PI; //角度换算
if (dbl_XS < 0)
{
dbl_Phase = 180 + dbl_Phase; //反向
}
if (str_CL == "C")
{
dbl_Phase = 360 - dbl_Phase;
}
if (dbl_Phase < 0)
{
dbl_Phase = 360 + dbl_Phase;
}
Single sng_UIPhi = Convert.ToSingle(dbl_Phase);
Single[] sng_Phi = new Single[6];
if (isYouGong)
{
switch (str_Glys.Trim().ToUpper())
{
case "0.5L":
sng_UIPhi = 60F;
break;
case "0.8C":
sng_UIPhi = 330F;
break;
case "0.5C":
sng_UIPhi = 300F;
break;
case "0.25L":
sng_UIPhi = 75.5F;
break;
default: break;
}
sng_Phi[0] = 0; //Ua
sng_Phi[1] = 0; //Ub
sng_Phi[2] = 0; //Uc
}
else
{
switch (str_Glys.Trim().ToUpper())
{
case "1.0":
sng_UIPhi = 90F;
break;
case "0.5L":
sng_UIPhi = 30F;
break;
case "0.8C":
sng_UIPhi = 120F;
break;
case "0.5C":
sng_UIPhi = 150F;
break;
case "0.25L":
sng_UIPhi = 14.5F;
break;
default: break;
}
sng_Phi[0] = 90; //Ua
sng_Phi[1] = 90; //Ub
sng_Phi[2] = 90; //Uc
}
//if (bln_NXX)
//{
//sng_Phi[0] = 0; //Ua
//sng_Phi[1] = 240; //Ub
//sng_Phi[2] = 120; //Uc
//sng_Phi[0] = 0; //Ua
//sng_Phi[1] = 0; //Ub
//sng_Phi[2] = 0; //Uc
//}
//else
//{
//}
sng_Phi[3] = sng_Phi[0] + sng_UIPhi; //Ia
sng_Phi[4] = sng_Phi[1] + sng_UIPhi; //Ib
sng_Phi[5] = sng_Phi[2] + sng_UIPhi; //Ic
//if (int_Clfs == 2 || int_Clfs == 3)
//{
// sng_Phi[2] += 60; //Uc
// sng_Phi[3] += 30; //Ia
// sng_Phi[4] += 30; //Ib
// sng_Phi[5] += 30; //Ic
//}
sng_Phi[3] %= 360; //Ia
sng_Phi[4] %= 360; //Ib
sng_Phi[5] %= 360;
//0, 240, 120, 0, 240, 120
//0, 240, 120, 180, 60, 300
//0, 240, 120, 30, 270, 150
//0, 240, 120, 210, 90, 330,
return(sng_Phi);
}
public static Single[] GetPhiGlys(Cus_Clfs Clfs, Cus_PowerFangXiang Glfx, Cus_PowerYuanJian Glyj, string strGlys, Cus_PowerPhase bln_Nxx)
{
Single sngAngle;
Single[] sng_Phi = new Single[7];
int intFX;
int intClfs;
int m_intClfs;
Single sngPhiTmp;
intClfs = (int)Clfs;
m_intClfs = intClfs;
intFX = (int)Glfx;
if (intClfs == 0)
{
if (intFX == 1 || intFX == 2)
{
intClfs = 0;
}
else
{
intClfs = 1;
}
}
else if (intClfs == 1)
{
if (intFX == 1 || intFX == 2)
{
intClfs = 2;
}
else
{
intClfs = 3;
}
}
else if (intClfs == 5)
{
if (intFX == 1 || intFX == 2)
{
intClfs = 0;
}
else
{
intClfs = 1;
}
}
//电压电流相位
sngAngle = GetGlysAngle(intClfs, strGlys);
sngAngle = (int)sngAngle;
sng_Phi[6] = sngAngle;
if (m_intClfs == 0)
{
//----------------三相四线角度------------------------
sng_Phi[0] = 0; //Ua
sng_Phi[1] = 240; //Ub
sng_Phi[2] = 120; //Uc
sng_Phi[3] = sng_Phi[0] - sngAngle;
sng_Phi[4] = sng_Phi[1] - sngAngle;
sng_Phi[5] = sng_Phi[2] - sngAngle;
if (sng_Phi[3] > 360)
{
sng_Phi[3] = sng_Phi[3] - 360;
}
if (sng_Phi[3] < 0)
{
sng_Phi[3] = sng_Phi[3] + 360;
}
if (sng_Phi[4] > 360)
{
sng_Phi[4] = sng_Phi[4] - 360;
}
if (sng_Phi[4] < 0)
{
sng_Phi[4] = sng_Phi[4] + 360;
}
if (sng_Phi[5] > 360)
{
sng_Phi[5] = sng_Phi[5] - 360;
}
if (sng_Phi[5] < 0)
{
sng_Phi[5] = sng_Phi[5] + 360;
}
//如果是反向要将电流角度反过来
if (strGlys.IndexOf('-') == -1)
{
if (intFX == 2 || intFX == 4)
{
sng_Phi[3] = sng_Phi[3] + 180;
sng_Phi[4] = sng_Phi[4] + 180;
sng_Phi[5] = sng_Phi[5] + 180;
if (sng_Phi[3] > 360)
{
sng_Phi[3] = sng_Phi[3] - 360;
}
if (sng_Phi[4] > 360)
{
sng_Phi[4] = sng_Phi[4] - 360;
}
if (sng_Phi[5] > 360)
{
sng_Phi[5] = sng_Phi[5] - 360;
}
}
}
if (bln_Nxx == Cus_PowerPhase.电流逆相序)
{
sngPhiTmp = sng_Phi[0];
sng_Phi[0] = sng_Phi[1];
sng_Phi[1] = sngPhiTmp;
}
else if (bln_Nxx == Cus_PowerPhase.电压逆相序)
{
sngPhiTmp = sng_Phi[3];
sng_Phi[3] = sng_Phi[4];
sng_Phi[4] = sngPhiTmp;
}
}
else if (m_intClfs == 1)
{
//---------------三相三线角度--------------------
sng_Phi[0] = 0; //Ua
sng_Phi[2] = 120; //Uc
sng_Phi[3] = sng_Phi[0] - sngAngle;
sng_Phi[5] = sng_Phi[2] - sngAngle;
sng_Phi[0] = 30;
sng_Phi[2] = 90;
if (Glyj != Cus_PowerYuanJian.H)
{
sng_Phi[3] = sng_Phi[0] - sngAngle;
sng_Phi[5] = sng_Phi[2] - sngAngle;
}
if (sng_Phi[3] > 360)
{
sng_Phi[3] = sng_Phi[3] - 360;
}
if (sng_Phi[3] < 0)
{
sng_Phi[3] = sng_Phi[3] + 360;
}
if (sng_Phi[5] > 360)
{
sng_Phi[5] = sng_Phi[5] - 360;
}
if (sng_Phi[5] < 0)
{
sng_Phi[5] = sng_Phi[5] + 360;
}
//如果是反向要将电流角度反过来
if (strGlys.IndexOf('-') == -1)
{
if (intFX == 2 || intFX == 4)
{
sng_Phi[3] = sng_Phi[3] + 180;
sng_Phi[5] = sng_Phi[5] + 180;
if (sng_Phi[3] > 360)
{
sng_Phi[3] = sng_Phi[3] - 360;
}
if (sng_Phi[5] > 360)
{
sng_Phi[5] = sng_Phi[5] - 360;
}
}
}
}
else if (m_intClfs == 2)
{
//-----------三元件跨相90°无功表角度------------------
sng_Phi[0] = 0; //Ua
sng_Phi[1] = 240; //Ub
sng_Phi[2] = 120; //Uc
sng_Phi[3] = sng_Phi[0] - sngAngle;
sng_Phi[4] = sng_Phi[1] - sngAngle;
sng_Phi[5] = sng_Phi[2] - sngAngle;
//sngPhiUab = 30; //Uab
//sngPhiUbc = 270; //Ubc
//sngPhiUca = 150; //Uca
if (sng_Phi[3] > 360)
{
sng_Phi[3] = sng_Phi[3] - 360;
}
if (sng_Phi[3] < 0)
{
sng_Phi[3] = sng_Phi[3] + 360;
}
if (sng_Phi[4] > 360)
{
sng_Phi[4] = sng_Phi[4] - 360;
}
if (sng_Phi[4] < 0)
{
sng_Phi[4] = sng_Phi[4] + 360;
}
if (sng_Phi[5] > 360)
{
sng_Phi[5] = sng_Phi[5] - 360;
}
if (sng_Phi[5] < 0)
{
sng_Phi[5] = sng_Phi[5] + 360;
}
}
else
{
//-----------单相表------------------
sng_Phi[0] = 0; //Ua
sng_Phi[3] = sng_Phi[0] - sngAngle;
if (sng_Phi[3] > 360)
{
sng_Phi[3] = sng_Phi[3] - 360;
}
if (sng_Phi[3] < 0)
{
sng_Phi[3] = sng_Phi[3] + 360;
}
//如果是反向要将电流角度反过来
if (strGlys.IndexOf('-') == -1)
{
if (intFX == 2 || intFX == 4)
{
sng_Phi[3] = sng_Phi[3] + 180;
if (sng_Phi[3] > 360)
{
sng_Phi[3] = sng_Phi[3] - 360;
}
}
}
}
return(sng_Phi);
}
