private string CriaStringPostoTransformador(SqlDataReader rs, string faseDSS, string barraBT, string tensaoFF, string pot)
{
string faseSecuDSS = AuxFunc.GetFasesDSS(rs["CodFasSecu"].ToString());
// TODO atribui tensaoPrimario conforme modelo abaixado
string tipoPT = rs["Descr"].ToString();
if (tipoPT.Equals("abaixador"))
{
tensaoFF = "34.5";
}
//
string linha = "new transformer." + rs["CodTrafo"].ToString() + "_" + rs["CodBnc"].ToString()
+ " Phases=1"
+ ",Windings=2"
+ ",Buses=[" + "BMT" + rs["CodPonAcopl1"].ToString() + faseDSS
+ " " + "BMT" + barraBT + faseSecuDSS + "]"
+ ",Conns=[delta wye]"
+ ",kvs=[" + tensaoFF + " " + rs["TenSecu_kV"].ToString() + "]"
+ ",kvas=[" + pot + " " + pot + "]"
+ ",Taps=[1," + rs["Tap_pu"].ToString() + "]";
// se modo reatancia
if (_SDEE._reatanciaTrafos)
{
linha += ",XHL=" + rs["ReatHL_%"].ToString();
}
linha += ",%loadloss=" + rs["Resis_%"].ToString()
+ ",%noloadloss=" + rs["PerdVz_%"].ToString() + Environment.NewLine;
return(linha);
}
//modelo
// new line.TBT10260958 bus1=BBT2593020.1.2.3.0,bus2=BBT2593027.1.2.3.0,Phases=3,Linecode=BT107_BT107_7_3_1,Length=0.038957,Units=km
// CodBase CodSegmBT CodAlim CodTrafo CodPonAcopl1 CodPonAcopl2 CodFas CodCond Comp_km Descr CodSubAtrib CodAlimAtrib CodTrafoAtrib Ordm De Para
public bool ConsultaBanco(bool _modoReconf)
{
_arqSegmentoBT = new StringBuilder();
using (SqlConnection conn = new SqlConnection(_connBuilder.ToString()))
{
// abre conexao
conn.Open();
using (SqlCommand command = conn.CreateCommand())
{
// se modo reconfiguracao
if (_modoReconf)
{
command.CommandText = "select CodSegmBT,CodPonAcopl1,CodPonAcopl2,CodFas,CodCond,Comp_km from dbo.StoredSegmentoBT "
+ "where CodBase=@codbase and CodAlim in (" + _par._conjAlim + ")";
command.Parameters.AddWithValue("@codbase", _par._codBase);
}
else
{
command.CommandText = "select CodSegmBT,CodPonAcopl1,CodPonAcopl2,CodFas,CodCond,Comp_km from dbo.StoredSegmentoBT "
+ "where CodBase=@codbase and CodAlim=@CodAlim";
command.Parameters.AddWithValue("@codbase", _par._codBase);
command.Parameters.AddWithValue("@CodAlim", _alim);
}
using (var rs = command.ExecuteReader())
{
// verifica ocorrencia de elemento no banco
if (!rs.HasRows)
{
return(false);
}
while (rs.Read())
{
string fases = AuxFunc.GetFasesDSS(rs["CodFas"].ToString());
string numFases = AuxFunc.GetNumFases(rs["CodFas"].ToString());
string linha = "new line." + rs["CodSegmBT"].ToString()
+ " bus1=" + "BBT" + rs["CodPonAcopl1"] + fases //OBBS1
+ ",bus2=" + "BBT" + rs["CodPonAcopl2"] + fases //OBBS1
+ ",Phases=" + numFases
+ ",Linecode=" + rs["CodCond"].ToString()
+ ",Length=" + rs["Comp_km"].ToString()
+ ",Units=km" + Environment.NewLine;
_arqSegmentoBT.Append(linha);
}
}
}
//fecha conexao
conn.Close();
}
return(true);
}
// OBS: cargas de MT criadas com PotCOnst
private string CriaDSSCargaMTcomCurva(SqlDataReader rs, string demanda, string fases, string numFases, string tensaoFF)
{
string linha;
string codCliMT = rs["CodConsMT"].ToString();
// se cliente MT esta no dicionario de curvas de carga
if (_curvasTipicasClientesMT.ContainsKey(codCliMT))
{
List <string> dadosCliMT = _curvasTipicasClientesMT[codCliMT];
string fatorkdiario = dadosCliMT[3];
// recalcula demanda base
string demandaD = AuxFunc.CalcDemandaPorFatorKdiario(AuxFunc.GetConsumoMesCorrente(rs, _iMes), _iMes, _ano, fatorkdiario);
// curva de carga
linha = dadosCliMT[2] + Environment.NewLine;
linha += "new load." + rs["CodConsMT"].ToString() + "M1"
+ " bus1=" + "BMT" + rs["CodPonAcopl"] + fases //OBS1
+ ",Phases=" + numFases
+ ",kv=" + tensaoFF
+ ",kW=" + demandaD.ToString()
+ ",pf=" + dadosCliMT[1]
+ ",Vminpu=0.93,Vmaxpu=1.5"
+ ",model=1"
+ ",daily=" + codCliMT
+ ",status=variable" + Environment.NewLine;
}
else
{
linha = CriaDSSCargaPconst(rs, demanda, fases, numFases, tensaoFF);
}
return(linha);
}
// new transformer.TRTR2332AN Phases = 1, windings = 2, buses = (BMT98402313.1.0, BMT165130397.1.0), conns = (LN, LN), kvs = (7.97 7.97), kvas = (1992, 1992), xhl = 0.75,%loadloss=0.125251004016064,%noloadloss=0.0268072289156626
// new RegControl.RRTR2332AN transformer = TRTR2332AN, winding = 2, PTphase = 1, ptratio = 66.4, band = 3, vreg = 125
public bool ConsultaStoredReguladorMT(bool _modoReconf)
{
_arqReguladorMT = new StringBuilder();
using (SqlConnection conn = new SqlConnection(_connBuilder.ToString()))
{
// abre conexao
conn.Open();
using (SqlCommand command = conn.CreateCommand())
{
// se modo reconfiguracao
if (_modoReconf)
{
command.CommandText = "select CodRegulMT,TnsLnh1_kV,CodFasPrim,CodPonAcopl1,CodPonAcopl2,PotNom_kVA,[ReatHL_%],"
+ "[Resis_%],PerdVz_W,TenRgl_pu,CodBnc,TipRegul from dbo.StoredReguladorMT "
+ "where CodBase=@codbase and CodAlim in (" + _par._conjAlim + ")";
command.Parameters.AddWithValue("@codbase", _par._codBase);
}
else
{
command.CommandText = "select CodRegulMT,TnsLnh1_kV,CodFasPrim,CodPonAcopl1,CodPonAcopl2,PotNom_kVA,[ReatHL_%],[Resis_%],PerdVz_W,TenRgl_pu,CodBnc,TipRegul from dbo.StoredReguladorMT where CodBase=@codbase and CodAlim=@CodAlim";
command.Parameters.AddWithValue("@codbase", _par._codBase);
command.Parameters.AddWithValue("@CodAlim", _alim);
}
using (var rs = command.ExecuteReader())
{
// verifica ocorrencia de elemento no banco
if (!rs.HasRows)
{
return(false);
}
while (rs.Read())
{
string tensaoFN = AuxFunc.GetTensaoFN(rs["TnsLnh1_kV"].ToString());
string tipoRegul = rs["TipRegul"].ToString();
string perVazioPer = CalcPerdVazio(rs);
string vRegVolts = CalcVReg(rs["TenRgl_pu"].ToString());
string ptratio = GetPTRatio(rs["TnsLnh1_kV"].ToString());
// banco de regulador
if (tipoRegul.Equals("4"))
{
string linha1 = "new transformer.RT" + rs["CodRegulMT"] + "-" + rs["CodBnc"].ToString()
+ " Phases=1"
+ ",windings=2"
+ ",buses=[" + "BMT" + rs["CodPonAcopl1"] + "." + rs["CodBnc"].ToString() + ".0 " + "BMT" + rs["CodPonAcopl2"] + "." + rs["CodBnc"].ToString() + ".0]," //OBBS1
+ "conns=[LN LN]"
+ ",kvs=[" + tensaoFN + " " + tensaoFN + "]"
+ ",kvas=[" + rs["PotNom_kVA"].ToString() + " " + rs["PotNom_kVA"].ToString() + "]"
+ ",xhl=" + rs["ReatHL_%"]
+ ",%loadloss=" + rs["Resis_%"]
+ ",%noloadloss=" + perVazioPer + Environment.NewLine;
string linha2 = "new RegControl.RC" + rs["CodRegulMT"] + "-" + rs["CodBnc"].ToString()
+ " transformer=RT" + rs["CodRegulMT"] + "-" + rs["CodBnc"].ToString()
+ ",winding=2"
+ ",PTphase=1"
+ ",ptratio=" + ptratio
+ ",band=2"
+ ",vreg=" + vRegVolts + Environment.NewLine;
_arqReguladorMT.Append(linha1);
_arqReguladorMT.Append(linha2);
}
else
{
// TODO testar
string faseDSS = AuxFunc.GetFasesDSS(rs["CodFasPrim"].ToString());
string linha1 = "new transformer." + rs["CodRegulMT"]
+ " Phases=1" + ",windings=2"
+ ",buses=[" + "BMT" + rs["CodPonAcopl1"] + faseDSS + " " + "BMT" + rs["CodPonAcopl2"] + faseDSS + "]" //OBBS1
+ ",conns=[LN LN]"
+ ",kvs=[" + tensaoFN + " " + tensaoFN + "]"
+ ",kvas=[" + rs["PotNom_kVA"] + " " + rs["PotNom_kVA"] + "]"
+ ",xhl=" + rs["ReatHL_%"]
+ ",%loadloss=" + rs["Resis_%"]
+ ",%noloadloss=" + perVazioPer + Environment.NewLine;
string linha2 = "new RegControl." + rs["CodRegulMT"]
+ " transformer=" + rs["CodRegulMT"]
+ ",winding=2"
+ ",PTphase=1"
+ ",ptratio=" + ptratio
+ ",band=2"
+ ",vreg=" + vRegVolts + Environment.NewLine;
_arqReguladorMT.Append(linha1);
_arqReguladorMT.Append(linha2);
}
}
}
}
//fecha conexao
conn.Close();
}
return(true);
}
// new line.CTR100934 bus1=BMT98417853.2,bus2=BMT98417888.2,Phases=1,LineCode=tieSwitch1,Length=0.001,Units=km,switch=T
// open line.CTR522670 term= 1
// CodBase CodChv CodAlim CodPonAcopl1 CodPonAcopl2 CodFas EstChv Descr CodSubAtrib CodAlimAtrib Ordm De Para
public bool ConsultaBanco(bool _modoReconf)
{
_arqChaveMT = new StringBuilder();
using (SqlConnection conn = new SqlConnection(_connBuilder.ToString()))
{
// abre conexao
conn.Open();
using (SqlCommand command = conn.CreateCommand())
{
/* TODO
* command.CommandText = "select CodChvMT,CodPonAcopl1,CodPonAcopl2,CodFas,EstChv,Descr,TipoDisp,EloFus "
+ "from dbo.StoredChaveMT ";*/
command.CommandText = "select CodChvMT,CodPonAcopl1,CodPonAcopl2,CodFas,EstChv,Descr "
+ "from dbo.StoredChaveMT ";
// se modo reconfiguracao
if (_modoReconf)
{
command.CommandText += "where CodBase=@codbase and CodAlim in (" + _par._conjAlim + ")";
command.Parameters.AddWithValue("@codbase", _par._codBase);
}
else
{
command.CommandText += "where CodBase=@codbase and CodAlim=@CodAlim";
command.Parameters.AddWithValue("@codbase", _par._codBase);
command.Parameters.AddWithValue("@CodAlim", _alim);
}
using (var rs = command.ExecuteReader())
{
// verifica ocorrencia de elemento no banco
if (!rs.HasRows)
{
return(false);
}
while (rs.Read())
{
string fasesDSS = AuxFunc.GetFasesDSS(rs["CodFas"].ToString());
string numFases = AuxFunc.GetNumFases(rs["CodFas"].ToString());
string lineCode = "tieSwitch";
string codChave = rs["CodChvMT"].ToString();
//se chave mono
if (numFases.Equals("1"))
{
lineCode = "tieSwitch1";
}
string linha = "new line.CTR" + codChave //OBS1 adicionei prefixo CTR
+ " bus1=" + "BMT" + rs["CodPonAcopl1"].ToString() + fasesDSS //OBS1
+ ",bus2=" + "BMT" + rs["CodPonAcopl2"].ToString() + fasesDSS //OBS1
+ ",Phases=" + numFases
+ ",LineCode=" + lineCode
+ ",Length=0.001,Units=km,switch=T"
+ " !numEQ " + rs["Descr"].ToString() + Environment.NewLine;
// se chave fechada
if (rs["EstChv"].ToString().Equals("1"))
{
linha += "open line.CTR" + codChave + " term=1" + Environment.NewLine; //OBS1 adicionei prefixo CTR
}
// creates protection devices (Recloser, Fuses)
if (_criaDispProtecao)
{
string tipoDisp = rs["TipoDisp"].ToString();
string eloFus = rs["EloFus"].ToString();
linha = CreateStrDispProtection(codChave, tipoDisp, eloFus, linha);
}
_arqChaveMT.Append(linha);
}
}
}
//fecha conexao
conn.Close();
}
return(true);
}
//modelo
//new load.3001215463M1 bus1=R9772.1.3.0,Phases=2,kv=0.22,kw=1.29794758726823,pf=0.92,Vminpu=0.92,Vmaxpu=1.5,model=2,daily=arqCurvaNormRES4_11,status=variable
//new load.3001215463M2 bus1=R9772.1.3.0,Phases=2,kv=0.22,kw=1.29794758726823,pf=0.92,Vminpu=0.92,Vmaxpu=1.5,model=3,daily=arqCurvaNormRES4_11,status=variable
// CodBase CodConsBT CodAlim CodTrafo CodRmlBT CodFas CodPonAcopl SemRedAssoc TipMedi TipCrvaCarga EnerMedid01_MWh EnerMedid02_MWh EnerMedid03_MWh EnerMedid04_MWh EnerMedid05_MWh EnerMedid06_MWh EnerMedid07_MWh EnerMedid08_MWh EnerMedid09_MWh EnerMedid10_MWh EnerMedid11_MWh EnerMedid12_MWh Descr CodSubAtrib CodAlimAtrib CodTrafoAtrib TnsLnh_kV TnsFas_kV
public bool ConsultaBanco(bool _modoReconf)
{
_arqSegmentoBT = new StringBuilder();
using (SqlConnection conn = new SqlConnection(_connBuilder.ToString()))
{
// abre conexao
conn.Open();
using (SqlCommand command = conn.CreateCommand())
{
// se modo reconfiguracao
if (_modoReconf)
{
command.CommandText = "select TipTrafo,TenSecu_kV,CodConsBT,CodFas,CodPonAcopl,TipCrvaCarga,EnerMedid01_MWh,EnerMedid02_MWh,EnerMedid03_MWh,EnerMedid04_MWh,EnerMedid05_MWh,EnerMedid06_MWh,EnerMedid07_MWh," +
"EnerMedid08_MWh,EnerMedid09_MWh,EnerMedid10_MWh,EnerMedid11_MWh,EnerMedid12_MWh from " +
"dbo.StoredCargaBT as car inner join dbo.StoredTrafoMTMTMTBT as tr on tr.CodTrafo = car.CodTrafo " +
"where car.CodBase=@codbase and tr.CodBase=@codbase and car.CodAlim in (" + _par._conjAlim + ")";
command.Parameters.AddWithValue("@codbase", _par._codBase);
}
else
{
command.CommandText = "select TipTrafo,TenSecu_kV,CodConsBT,CodFas,CodPonAcopl,TipCrvaCarga,EnerMedid01_MWh,EnerMedid02_MWh,EnerMedid03_MWh,EnerMedid04_MWh,EnerMedid05_MWh,EnerMedid06_MWh,EnerMedid07_MWh," +
"EnerMedid08_MWh,EnerMedid09_MWh,EnerMedid10_MWh,EnerMedid11_MWh,EnerMedid12_MWh from " +
"dbo.StoredCargaBT as car inner join dbo.StoredTrafoMTMTMTBT as tr on tr.CodTrafo = car.CodTrafo " +
"where car.CodBase=@codbase and tr.CodBase=@codbase and car.CodAlim=@CodAlim";
command.Parameters.AddWithValue("@codbase", _par._codBase);
command.Parameters.AddWithValue("@CodAlim", _alim);
}
using (var rs = command.ExecuteReader())
{
// verifica ocorrencia de elemento no banco
if (!rs.HasRows)
{
return(false);
}
while (rs.Read())
{
string fases = AuxFunc.GetFasesDSS(rs["CodFas"].ToString());
string numFases = AuxFunc.GetNumFases(rs["CodFas"].ToString());
string prefixoBarraBT = GetPrefixoBarraBT(rs["CodConsBT"].ToString());
// obtem tensao base de acordo com tipo da carga (mono, bi ou tri) e o nivel de tensao do tipo do trafo
string Kv = GetTensaoBase(numFases, rs["TipTrafo"].ToString());
//obtem o consumo de acordo com o mes
string consumoMes = AuxFunc.GetConsumoMesCorrente(rs, _iMes);
// se consumo nao eh vazio, transforma para double
// OBS: optou-se por esta funcao visto que o banco pode retornar: "0","0.00000" e etc...
if (!consumoMes.Equals(""))
{
double dConsumoMes = double.Parse(consumoMes);
// skipa consumo = 0
if (dConsumoMes == 0)
{
continue;
}
}
else
{
continue;
}
string demanda = AuxFunc.CalcDemanda(consumoMes, _iMes, _ano, rs["TipCrvaCarga"].ToString(), _numDiasFeriadoXMes, _somaCurvaCargaDiariaPU);
string linha = "";
// se modelo de carga ANEEL
switch (_SDEE._modeloCarga)
{
case "ANEEL":
// carga model=2
linha = "new load." + rs["CodConsBT"].ToString() + "M2"
+ " bus1=" + prefixoBarraBT + rs["CodPonAcopl"] + fases //OBS1
+ ",Phases=" + numFases
+ ",kv=" + Kv
+ ",kW=" + demanda
+ ",pf=0.92,Vminpu=0.92,Vmaxpu=1.5"
+ ",model=2"
+ ",daily=" + rs["TipCrvaCarga"].ToString()
+ ",status=variable";
// carga model=3
linha += "new load." + rs["CodConsBT"].ToString() + "M3"
+ " bus1=" + prefixoBarraBT + rs["CodPonAcopl"] + fases //OBS1
+ ",Phases=" + numFases
+ ",kv=" + Kv
+ ",kW=" + demanda
+ ",pf=0.92,Vminpu=0.92,Vmaxpu=1.5"
+ ",model=3"
+ ",daily=" + rs["TipCrvaCarga"].ToString()
+ ",status=variable";
break;
// modelo P constante
case "PCONST":
double demandaD = double.Parse(demanda) * 2;
linha = "new load." + rs["CodConsBT"].ToString() + "M1"
+ " bus1=" + prefixoBarraBT + rs["CodPonAcopl"] + fases //OBS1
+ ",Phases=" + numFases
+ ",kv=" + Kv
+ ",kW=" + demandaD.ToString()
+ ",pf=0.92,Vminpu=0.92,Vmaxpu=1.5"
+ ",model=1"
+ ",daily=" + rs["TipCrvaCarga"].ToString()
+ ",status=variable";
break;
}
// alterar numCust=0 p/ cargas do tipo IP (iluminacao publica)
if (rs["TipCrvaCarga"].ToString().Equals("IP"))
{
linha += ",NumCust=0" + Environment.NewLine;
}
else
{
linha += Environment.NewLine;
}
_arqSegmentoBT.Append(linha);
}
}
}
//fecha conexao
conn.Close();
}
return(true);
}
public string GetNomeArq()
{
string strMes = AuxFunc.IntMes2strMes(_iMes);
return(_par._pathAlim + _alim + _cargaBT + strMes + ".dss");
}
//modelo
// new load.3009011004M1 bus1=BMT145105559.1.2.3.0,Phases=3,kv=13.8,kw=8.74290521528275,pf=0.92,Vminpu=0.93,Vmaxpu=1.5,model=2,daily=arqCurvaNormA4-3,status=variable
// CodBase CodConsMT CodAlim CodFas CodPonAcopl SemRedAssoc TipCrvaCarga EnerMedid01_MWh EnerMedid02_MWh EnerMedid03_MWh EnerMedid04_MWh EnerMedid05_MWh EnerMedid06_MWh EnerMedid07_MWh EnerMedid08_MWh EnerMedid09_MWh EnerMedid10_MWh EnerMedid11_MWh EnerMedid12_MWh Descr CodSubAtrib CodAlimAtrib TnsLnh_kV TnsFas_kV
public bool ConsultaBanco(bool _modoReconf)
{
_arqSegmentoBT = new StringBuilder();
using (SqlConnection conn = new SqlConnection(_connBuilder.ToString()))
{
// abre conexao
conn.Open();
// TODO add TnsLnh_kV
using (SqlCommand command = conn.CreateCommand())
{
command.CommandText = "select CodConsMT,CodFas,CodPonAcopl,TipCrvaCarga,TnsLnh_kV,EnerMedid01_MWh,EnerMedid02_MWh,EnerMedid03_MWh,EnerMedid04_MWh," +
"EnerMedid05_MWh,EnerMedid06_MWh,EnerMedid07_MWh," +
"EnerMedid08_MWh,EnerMedid09_MWh,EnerMedid10_MWh,EnerMedid11_MWh,EnerMedid12_MWh from ";
// se modo reconfiguracao
if (_modoReconf)
{
command.CommandText += "dbo.StoredCargaMT where CodBase=@codbase and CodAlim in (" + _par._conjAlim + ")";
command.Parameters.AddWithValue("@codbase", _par._codBase);
}
else
{
command.CommandText += "dbo.StoredCargaMT where CodBase=@codbase and CodAlim=@CodAlim";
command.Parameters.AddWithValue("@codbase", _par._codBase);
command.Parameters.AddWithValue("@CodAlim", _alim);
}
using (var rs = command.ExecuteReader())
{
// verifica ocorrencia de elemento no banco
if (!rs.HasRows)
{
return(false);
}
while (rs.Read())
{
// Obtem o consumo de acordo com o mes
string consumoMes = AuxFunc.GetConsumoMesCorrente(rs, _iMes);
// se consumo nao eh vazio, transforma para double para verificar se zero
// OBS: optou-se por esta funcao visto que o banco pode retornar: "0","0.00000" e etc...
if (!consumoMes.Equals(""))
{
double dConsumoMes = double.Parse(consumoMes);
// skipa consumo = 0
if (dConsumoMes == 0)
{
continue;
}
}
else
{
continue;
}
string fases = AuxFunc.GetFasesDSS(rs["CodFas"].ToString());
string numFases = AuxFunc.GetNumFases(rs["CodFas"].ToString());
string tensaoFF = AuxFunc.GetTensaoFF(rs["TnsLnh_kV"].ToString());
//
string demanda = AuxFunc.CalcDemanda(consumoMes, _iMes, _ano, rs["TipCrvaCarga"].ToString(), _numDiasFeriadoXMes, _somaCurvaCargaDiariaPU);
string linha = "";
//
if (_SDEE._utilizarCurvaDeCargaClienteMTIndividual)
{
// se modelo de carga ANEEL
switch (_SDEE._modeloCarga)
{
case "ANEEL":
linha = CriaDSSCargaMTcomCurvaAneel(rs, demanda, fases, numFases, tensaoFF);
break;
case "PCONST":
linha = CriaDSSCargaMTcomCurva(rs, demanda, fases, numFases, tensaoFF);
break;
}
}
else
{
// se modelo de carga ANEEL
switch (_SDEE._modeloCarga)
{
case "ANEEL":
linha = CriaDSSCargaMTAneel(rs, demanda, fases, numFases, tensaoFF);
break;
case "PCONST":
linha = CriaDSSCargaPconst(rs, demanda, fases, numFases, tensaoFF);
break;
}
}
_arqSegmentoBT.Append(linha);
}
}
}
//fecha conexao
conn.Close();
}
return(true);
}
//new transformer.TRF1151404 Phases=1,Windings=3,Buses=[BMT162221270.3 BBT32992241.1.0 BBT32992241.0.2],Conns=[wye wye wye],kvs=[7.97 0.12 0.12],kvas=[15 15 15],Taps=[1.0 1 1],XscArray=[2.124,2.124,1.416],%loadloss=1.766666667 ,%noloadloss=0.433333333
//new transformer.TRF1174742 Phases = 3, Windings = 2, Buses =[BMT98410048.1.2.3 BBT36975913.1.2.3.0], Conns =[delta wye], kvs =[13.80 0.220], kvas =[75 75], Taps =[1.0 1.0], XHL = 3.72,%loadloss=1.466666667 ,%noloadloss=0.393333333
//CodBase CodTrafo CodBnc CodAlim CodPonAcopl1 CodPonAcopl2 PotNom_kVA MRT TipTrafo CodFasPrim CodFasSecu CodFasTerc TenSecu_kV Tap_pu Resis_% ReatHL_% ReatHT_% ReatLT_% PerdTtl_% PerdVz_% ClssTrafo Propr Descr CodSubAtrib CodAlimAtrib Ordm De Para TnsLnh1_kV TnsLnh2_kV
public bool ConsultaBanco(bool _modoReconf)
{
_arqTrafo = new StringBuilder();
using (SqlConnection conn = new SqlConnection(_connBuilder.ToString()))
{
// abre conexao
conn.Open();
using (SqlCommand command = conn.CreateCommand())
{
command.CommandText = "select Propr,CodTrafo,CodPonAcopl1,CodPonAcopl2,PotNom_kVA,TipTrafo,CodFasPrim,CodFasSecu,CodFasTerc,TenSecu_kV,"
+ "Tap_pu,[Resis_%],[ReatHL_%],[ReatHT_%],[ReatLT_%],[PerdVz_%],TnsLnh1_kV,CodBnc,Descr"
+ " from dbo.StoredTrafoMTMTMTBT ";
// se modo reconfiguracao
if (_modoReconf)
{
command.CommandText += "where CodBase=@codbase and CodAlim in (" + _par._conjAlim + ")";
command.Parameters.AddWithValue("@codbase", _par._codBase);
}
else
{
command.CommandText += "where CodBase=@codbase and CodAlim=@CodAlim";
command.Parameters.AddWithValue("@codbase", _par._codBase);
command.Parameters.AddWithValue("@CodAlim", _alim);
}
using (var rs = command.ExecuteReader())
{
// verifica ocorrencia de elemento no banco
if (!rs.HasRows)
{
return(false);
}
while (rs.Read())
{
//skipa trafos de terceiros
if (rs["Propr"].ToString().Equals("TC"))
{
// Console.Write("trafo de terceiros: " + rs["CodTrafo"].ToString() + Environment.NewLine );
continue;
}
string barraBT = rs["CodPonAcopl2"].ToString();
string pot = rs["PotNom_kVA"].ToString();
// double pot2 =Double.TryParse(rs["PotNom_kVA"];
//pot = string.Format("{0:.##}}", pot2);
string tensaoFF = AuxFunc.GetTensaoFF(rs["TnsLnh1_kV"].ToString());
string tensaoFN = AuxFunc.GetTensaoFN(tensaoFF);
string faseDSS = AuxFunc.GetFasesDSS(rs["CodFasPrim"].ToString());
string linha;
// OBS: verificado que no geoperdas2018, o trafo mono apresenta TipTrafo=1
switch (rs["TipTrafo"].ToString())
{
//monofasico
case "1":
linha = CriaStringTrafoMonofasico(rs, faseDSS, barraBT, tensaoFN, pot);
break;
//posto transformador // TODO tipTrafo nao existente no GeoPerdas
case "5":
linha = CriaStringPostoTransformador(rs, faseDSS, barraBT, tensaoFF, pot);
break;
default:
linha = CriaStringTrafoTrifasico(rs, faseDSS, barraBT, tensaoFF, pot);
break;
}
_arqTrafo.Append(linha);
}
}
}
//fecha conexao
conn.Close();
}
return(true);
}
//modelo
//new line.TR1113 bus1=BMT1575B.1.2.3,bus2=BMT1568B.1.2.3,Phases=3,Linecode=CAB103_3_3,Length=0.038482,Units=km
public bool ConsultaStoredSegmentoMT(bool _modoReconf)
{
_arqSegmentoMT = new StringBuilder();
using (SqlConnection conn = new SqlConnection(_connBuilder.ToString()))
{
// abre conexao
conn.Open();
using (SqlCommand command = conn.CreateCommand())
{
command.CommandText = "select CodSegmMT,CodPonAcopl1,CodPonAcopl2,CodFas,CodCond,Comp_km,"
+ "CoordPAC1_x,CoordPAC1_y,CoordPAC2_x,CoordPAC2_y from dbo.StoredSegmentoMT";
if (_modoReconf)
{
command.CommandText += " where CodBase=@codbase and CodAlim in (" + _par._conjAlim + ")";
command.Parameters.AddWithValue("@codbase", _par._codBase);
}
else
{
command.CommandText += " where CodBase=@codbase and CodAlim=@CodAlim";
command.Parameters.AddWithValue("@codbase", _par._codBase);
command.Parameters.AddWithValue("@CodAlim", _alim);
}
using (var rs = command.ExecuteReader())
{
// verifica ocorrencia de elemento no banco
if (!rs.HasRows)
{
return(false);
}
while (rs.Read())
{
string fases = AuxFunc.GetFasesDSS(rs["CodFas"].ToString());
string numFases = AuxFunc.GetNumFases(rs["CodFas"].ToString());
string lineCode = rs["CodCond"].ToString();
string linha = "new line." + "TR" + rs["CodSegmMT"] //OBS1:
+ " bus1=" + "BMT" + rs["CodPonAcopl1"] + fases //OBS1:
+ ",bus2=" + "BMT" + rs["CodPonAcopl2"] + fases //OBS1:
+ ",Phases=" + numFases
+ ",Linecode=" + lineCode
+ ",Length=" + rs["Comp_km"]
+ ",Units=km";
if (_criaDispProtecao)
{
//obtem taxa de falha de acordo com o lineCode
string faultRate = GetFaultRate(lineCode);
linha += ",FaultRate=" + faultRate + ",Pctperm=20,Repair=3" + Environment.NewLine;
}
else
{
linha += Environment.NewLine;
}
_arqSegmentoMT.Append(linha);
}
}
}
//fecha conexao
conn.Close();
}
return(true);
}
// Modelo
// new capacitor.CAP74563,Phases=3,bus1=BMT156066088.1.2.3.0,conn=wye,Kvar=300,Kv=13.8
public bool ConsultaBanco(bool _modoReconf)
{
_arqCapacitor = new StringBuilder();
using (SqlConnection conn = new SqlConnection(_connBuilder.ToString()))
{
// abre conexao
conn.Open();
using (SqlCommand command = conn.CreateCommand())
{
// se modo reconfiguracao
if (_modoReconf)
{
command.CommandText = "select CodCapMT,CodPonAcopl,CodFas,PotNom_KVAr,kvnom " +
"from dbo.CemigCapacitorMT where CodBase=@codbase and CodAlim in (" + _par._conjAlim + ")";
command.Parameters.AddWithValue("@codbase", _par._codBase);
}
else
{
command.CommandText = "select CodCapMT,CodPonAcopl,CodFas,PotNom_KVAr,kvnom " +
"from dbo.CemigCapacitorMT where CodBase=@codbase and CodAlim=@CodAlim";
command.Parameters.AddWithValue("@codbase", _par._codBase);
command.Parameters.AddWithValue("@CodAlim", _alim);
}
using (var rs = command.ExecuteReader())
{
// verifica ocorrencia de elemento no banco
if (!rs.HasRows)
{
return(false);
}
while (rs.Read())
{
string fasesDSS = AuxFunc.GetFasesDSS(rs["CodFas"].ToString());
string numFases = AuxFunc.GetNumFases(rs["CodFas"].ToString());
string kvbase = rs["kvnom"].ToString();
/* // OLD CODE
* // conserta base kv do capacitor
* switch ( rs["kvnom"].ToString() )
* {
* case "13.8":
* kvbase = "13.8";
* break;
* case "22.2":
* kvbase = "22.0";
* break;
* default:
* kvbase = "13.8";
* break;
* } */
string linha = "";
// se banco trifasico
if (numFases.Equals("3"))
{
// calcula potencia por fase
string potFase = AuxFunc.GetPotPorFase(rs["PotNom_KVAr"].ToString());
string[] fases = { "1", "2", "3" };
foreach (string fase in fases)
{
linha += "new capacitor." + "CAP" + rs["CodCapMT"].ToString() + "-" + fase
+ " bus1=" + "BMT" + rs["CodPonAcopl"].ToString()
+ "." + fase + ".0" // OBS: o ".0" transforma em ligacao Y //OBS1
+ ",Phases=1"
+ ",Conn=LN"
+ ",Kvar=" + potFase
+ ",Kv=" + kvbase + Environment.NewLine;
}
}
// capacitor monofasico
else
{
linha = "new capacitor." + "CAP" + rs["CodCapMT"].ToString()
+ " bus1=" + "BMT" + rs["CodPonAcopl"].ToString()
+ fasesDSS + ".0" // OBS: o ".0" transforma em ligacao Y //OBS1
+ ",Phases=1"
+ ",Conn=LN"
+ ",Kvar=" + rs["PotNom_KVAr"].ToString()
+ ",Kv=" + kvbase + Environment.NewLine;
}
_arqCapacitor.Append(linha);
}
}
}
//fecha conexao
conn.Close();
}
return(true);
}
private string GetNomeArq()
{
string strMes = AuxFunc.IntMes2strMes(_iMes);
return(_par._pathAlim + _alim + _geradorMT + strMes + ".dss");
}
public bool ConsultaBanco(bool _modoReconf)
{
_arqGeradorMT = new StringBuilder();
using (SqlConnection conn = new SqlConnection(_connBuilder.ToString()))
{
// abre conexao
conn.Open();
using (SqlCommand command = conn.CreateCommand())
{
//
command.CommandText = "select CodGeraMT,CodAlim,CodFas,CodPonAcopl,TnsLnh_kV," +
"EnerMedid01_MWh,EnerMedid02_MWh,EnerMedid03_MWh,EnerMedid04_MWh,EnerMedid05_MWh,EnerMedid06_MWh," +
"EnerMedid07_MWh,EnerMedid08_MWh,EnerMedid09_MWh,EnerMedid10_MWh,EnerMedid11_MWh,EnerMedid12_MWh,Descr ";
// se modo reconfiguracao
if (_modoReconf)
{
command.CommandText += "from dbo.StoredGeradorMT where CodBase=@codbase and CodAlim in (" + _par._conjAlim + ")";
command.Parameters.AddWithValue("@codbase", _par._codBase);
}
else
{
command.CommandText += "from dbo.StoredGeradorMT where CodBase=@codbase and CodAlim=@CodAlim";
command.Parameters.AddWithValue("@codbase", _par._codBase);
command.Parameters.AddWithValue("@CodAlim", _alim);
}
using (var rs = command.ExecuteReader())
{
// verifica ocorrencia de elemento no banco
if (!rs.HasRows)
{
return(false);
}
while (rs.Read())
{
string fasesDSS = AuxFunc.GetFasesDSS(rs["CodFas"].ToString());
string CodGeraMT = rs["CodGeraMT"].ToString();
// curva PU
string linha = "new loadshape.c" + CodGeraMT + " npts=24,interval=1.0,mult=" + rs["Descr"].ToString() + Environment.NewLine;
// Obtem a geracao de acordo com o mes
string geracaoMes = AuxFunc.GetConsumoMesCorrente(rs, _iMes);
// usina
linha += "new generator." + CodGeraMT
+ " bus1=" + "BMT" + rs["CodPonAcopl"] + ".1.2.3"
+ ",Phases=3"
+ ",kv=" + rs["TnsLnh_kV"].ToString()
+ ",kW=" + geracaoMes
+ ",pf=0.95"
+ ",model=1"
+ ",daily=c" + CodGeraMT
+ ",status=Fixed" + Environment.NewLine;
_arqGeradorMT.Append(linha);
}
}
}
//fecha conexao
conn.Close();
}
return(true);
}
// funcao que cria a string do arquivo masterDSS
private static string CriaStringMasterDSS_ParteA(SqlDataReader rs)
{
string linha = "";
// cabeca alim
string cabAlim = rs["CodPonAcopl"].ToString();
// limpa
linha = "clear" + Environment.NewLine;
// new circuit
linha += CriaStrCircuit(rs);
// curva de carga
//TODO NO momento o programa nao gera arquivo de curvas de carga
linha += "Redirect ..\\0PermRes\\NovasCurvasTxt\\CurvasDeCargaDU.dss" + Environment.NewLine;
// arquivo condutores
//TODO No momento o programa na gera o arquivo de condutores.
linha += "Redirect ..\\0PermRes\\Condutores.dss" + Environment.NewLine;
if (_structElem._temSegmentoMT)
{
linha += "Redirect " + _alim + "SegmentosMT.dss" + Environment.NewLine;
}
if (_structElem._temChaveMT)
{
linha += "Redirect " + _alim + "ChavesMT.dss" + Environment.NewLine;
}
if (_structElem._temRegulador)
{
linha += "Redirect " + _alim + "Reguladores.dss" + Environment.NewLine;
}
if (_structElem._temTransformador)
{
linha += "Redirect " + _alim + "Transformadores.dss" + Environment.NewLine;
}
if (_structElem._temSegmentoBT)
{
linha += "Redirect " + _alim + "SegmentosBT.dss" + Environment.NewLine;
}
if (_structElem._temRamal)
{
linha += "Redirect " + _alim + "Ramais.dss" + Environment.NewLine;
}
if (_structElem._temCargaMT)
{
linha += "Redirect " + _alim + "CargaMT_" + AuxFunc.IntMes2strMes(_iMes) + ".dss" + Environment.NewLine;
}
if (_structElem._temCargaBT)
{
linha += "Redirect " + _alim + "CargaBT_" + AuxFunc.IntMes2strMes(_iMes) + ".dss" + Environment.NewLine;
}
if (_structElem._temCapacitorMT)
{
linha += "Redirect " + _alim + "CapacitorMT.dss" + Environment.NewLine;
}
if ((_alimAtipico) & (_structElem._temGeradorMT))
{
linha += "Redirect " + _alim + "GeradorMT_" + AuxFunc.IntMes2strMes(_iMes) + ".dss" + Environment.NewLine;
}
// TODO implementar
if (_structElem._temGeradorBT)
{
linha += "Redirect " + _alim + "GeradorBT" + AuxFunc.IntMes2strMes(_iMes) + ".dss" + Environment.NewLine;
}
return(linha);
}
