///<summary>产生变电数据</summary>
static void gentranform(DistNet dn)
{
foreach (DNTransformFacilityBase item in dn.getAllObjListByCategory(EObjectCategory.变电设施类))
{
RunDataTransformFacilityBase rundata = item.busiRunData as RunDataTransformFacilityBase;
AcntTransformFacilityBase acnt = item.busiAccount as AcntTransformFacilityBase;
rundata.activePower = acnt.cap * (0.4 + 0.5 * rd.NextDouble());
//rundata.powerFactor = 0.8 + 0.2 * rd.NextDouble();
//rundata.apparentPower = rundata.activePower / rundata.powerFactor;
rundata.reactivePower = Math.Sqrt(Math.Pow(rundata.apparentPower, 2) - Math.Pow(rundata.activePower, 2));
//rundata.rateOfLoad = rundata.apparentPower / acnt.cap;
//rundata.HVoltPUV = 0.85 + 0.3 * rd.NextDouble();
rundata.HVL = acnt.hnvl * rundata.HVoltPUV;
if (rundata.lstApparentPower.Count == 0) //初始模拟50条
{
for (int i = 50; i > 0; i--)
{
rundata.lstApparentPower.Add(new MyClassLibrary.DevShare.ChartDataPoint()
{
argudate = DateTime.Now.AddMinutes(i), value = acnt.cap * (0.4 + 0.5 * rd.NextDouble())
});
}
}
//rundata.addApparentPower(rundata.apparentPower);
rundata.refresh();
}
foreach (DNTransformerBase item in dn.getAllObjListByCategory(EObjectCategory.变压器类))
{
RunDataTransformerBase rundata = item.busiRunData as RunDataTransformerBase;
AcntTransformBase acnt = item.busiAccount as AcntTransformBase;
rundata.activePower = acnt.cap * (0.4 + 0.5 * rd.NextDouble());
//rundata.powerFactor = 0.8 + 0.2 * rd.NextDouble();
//rundata.apparentPower = rundata.activePower / rundata.powerFactor;
rundata.reactivePower = Math.Sqrt(Math.Pow(rundata.apparentPower, 2) - Math.Pow(rundata.activePower, 2));
//rundata.rateOfLoad = rundata.apparentPower / acnt.cap;
//rundata.HVoltPUV = 0.85 + 0.3 * rd.NextDouble();
rundata.HVL = acnt.hnvl * rundata.HVoltPUV;
if (rundata.lstApparentPower.Count == 0) //初始模拟50条
{
for (int i = 50; i > 0; i--)
{
rundata.lstApparentPower.Add(new MyClassLibrary.DevShare.ChartDataPoint()
{
argudate = DateTime.Now.AddMinutes(i), value = acnt.cap * (0.4 + 0.5 * rd.NextDouble())
});
}
}
//rundata.addApparentPower(rundata.apparentPower);
rundata.refresh();
}
foreach (var item in dn.getAllObjListByObjType(EObjectType.节点))
{
RunDataNode rundata = item.busiRunData as RunDataNode;
rundata.vl = 110;
//rundata.voltPUV = 0.9 + 0.2 * rd.NextDouble();
rundata.volt = rundata.voltPUV * rundata.vl;
}
}
void loaddata()
{
if (UCDNV863.EDISTNET == UCDNV863.EDistnet.亦庄16)
{
#region ----- gis16数据模拟或载入 -----
//逐项填写运行数据
//载入潮流
List <PowerBasicObject> objs = root.distnet.dbdesc["基础数据"].DictSQLS["导线段"].batchLoadRunData(root.distnet, false);
foreach (var item in objs)
{
DNLineSeg obj = item as DNLineSeg;
obj.isInverse = obj.thisRunData.activePower < 0; //校验方向
obj.tooltipMoveTemplate = "PlanningLineTemplate";
obj.tooltipMoveContent = obj.busiRunData;
}
//载入变电站
objs = root.distnet.dbdesc["基础数据"].DictSQLS["变电站"].batchLoadRunData(root.distnet, false);
foreach (var obj in objs)
{
obj.tooltipMoveTemplate = "PlanningSubstationTemplate";
obj.tooltipMoveContent = obj.busiRunData;
}
//载入主变压器
objs = root.distnet.dbdesc["基础数据"].DictSQLS["主变压器"].batchLoadRunData(root.distnet, false);
foreach (var obj in objs)
{
obj.tooltipMoveTemplate = "PlanningSubstationTemplate";
obj.tooltipMoveContent = obj.busiRunData;
}
#endregion
}
else if (UCDNV863.EDISTNET == UCDNV863.EDistnet.亦庄new)
{
DataProvider.PlanningRunDataRead(root.distnet, _Global.curInstanceID);
#region ----- 新亦庄数据模拟或载入 -----
////逐项填写运行数据
////载入潮流
//List<PowerBasicObject> objs = root.distnet.dbdesc["基础数据"].DictSQLS["线路"].batchLoadRunData(root.distnet, false);
//foreach (var item in objs)
//{
// DNACLine obj = item as DNACLine;
// obj.isInverse = obj.thisRunData.activePower < 0; //校验方向
// obj.tooltipMoveTemplate = "PlanningLineTemplate";
// obj.tooltipMoveContent = obj.busiRunData;
//}
////载入变电站
//objs = root.distnet.dbdesc["基础数据"].DictSQLS["变电站"].batchLoadRunData(root.distnet, false);
//foreach (var obj in objs)
//{
// obj.tooltipMoveTemplate = "PlanningSubstationTemplate";
// obj.tooltipMoveContent = obj.busiRunData;
//}
////载入主变压器
//objs = root.distnet.dbdesc["基础数据"].DictSQLS["主变2卷"].batchLoadRunData(root.distnet, false);
//foreach (var obj in objs)
//{
// obj.tooltipMoveTemplate = "PlanningSubstationTemplate";
// obj.tooltipMoveContent = obj.busiRunData;
//}
#endregion
}
else
{
#region ------ gis15数据模拟域载入 ------
//逐项填写运行数据
//载入潮流
string id; PowerBasicObject obj;
DataTable dt = DataLayer.DataProvider.getDataTableFromSQL("select f_id id,f_mch name,f_begyg yg,f_begwg wg,f_begyg/1000 fzl from MCR_ACFLOW_BRANCH union select f_id id,f_mch name,F_SHDYG yg,F_SHDWG wg,f_fzl fzl from HCR_ACFLOW_BRANCH");
Dictionary <string, PowerBasicObject> objs;
if (root.earth.objManager.zLayers.ContainsKey(EObjectCategory.导线类.ToString()))
{
//objs = root.earth.objManager.zLayers[EObjectCategory.导线类.ToString()].pModels;
objs = root.distnet.getAllObjDictByCategory(EObjectCategory.导线类);
foreach (DataRow dr in dt.Rows)
{
id = dr["id"].ToString();
if (objs.TryGetValue(id, out obj))
{
if (obj.busiRunData == null)
{
obj.createRunData();
}
RunDataACLineBase rdata = obj.busiRunData as RunDataACLineBase;
//rdata.rateOfLoad = dr.getDouble("fzl");
rdata.activePower = dr.getDouble("yg");
rdata.reactivePower = dr.getDouble("wg");
(obj as pPowerLine).isInverse = rdata.activePower < 0; //校验方向
obj.tooltipMoveTemplate = "PlanningLineTemplate";
obj.tooltipMoveContent = obj.busiRunData;
}
}
}
//载入变电站
dt = DataLayer.DataProvider.getDataTableFromSQL("select f_id id, f_mch name,f_ygfh yg,f_wgfh wg, f_fzl fzl, f_cos fcos, null ryd from MCR_ACFLOW_SS union select f_id id,F_MCH name, F_YGFH yg, F_WGFH wg,f_fzl fzl,f_cos fcos,f_ryd ryd from HCR_ACFLOW_SSLR");
objs = root.earth.objManager.zLayers[EObjectCategory.变电设施类.ToString()].pModels; // root.earth.objManager.getAllObjDictBelongtoCategory("变电站");
foreach (DataRow dr in dt.Rows)
{
id = dr["id"].ToString();
if (objs.TryGetValue(id, out obj))
{
if (obj.busiRunData == null)
{
obj.createRunData();
}
RunDataSubstation rdata = obj.busiRunData as RunDataSubstation;
rdata.activePower = dr.getDouble("yg");
rdata.reactivePower = dr.getDouble("wg");
//rdata.rateOfLoad = dr.getDouble("fzl") / 100;
//rdata.powerFactor = dr.getDouble("fcos");
rdata.redundancy = dr.getDouble("ryd");
rdata.HVL = 90 + rd.Next(40); //zh 注模拟
//rdata.HVoltPUV = rdata.HVL / 110;
obj.tooltipMoveTemplate = "PlanningSubstationTemplate";
obj.tooltipMoveContent = obj.busiRunData;
}
}
//zh注，强制模拟配电室
foreach (var item in root.distnet.getAllObjListByObjType(EObjectType.配电室))
{
if (item.busiRunData == null)
{
item.createRunData();
}
RunDataTransformFacilityBase rdata = item.busiRunData as RunDataTransformFacilityBase;
//rdata.rateOfLoad = (30.0 + rd.Next(60)) / 100;
rdata.HVL = 8 + rd.Next(4);
//rdata.HVoltPUV = rdata.HVL / 10;
}
//载入变压器
string sql = @"
select f_id id, f_mch name, f_fh yg,f_wgfh wg,f_fzl fzl,f_glysh fcos,f_gycyxdy hvl,f_zsh allloss,f_shzgl ap,f_tgs closs,f_ts iloss,f_bs tloss,f_bsl tlr from HCR_ACFLOW_MTTV
union
select f_id id, f_mch name, f_fh yg,f_wgfh wg,f_fzl fzl,f_glysh fcos,f_gycyxdy hvl,f_zsh allloss,f_shzgl ap,f_tgs closs,f_ts iloss,f_bs tloss,f_bsl tlr from HCR_ACFLOW_MTTHV
union
select f_id id, f_mch name, f_ygfh yg,f_wgfh wg,f_fzl fzl,f_cos fcos,0 hvl,f_zws allloss,sqrt(f_ygfh*f_ygfh+f_wgfh*f_wgfh) ap,f_pbcus closs,f_pbfes iloss,f_pbsh tloss,f_pbsl tlr from MCR_ACFLOW_MT
";
dt = DataLayer.DataProvider.getDataTableFromSQL(sql);
if (root.earth.objManager.zLayers.ContainsKey(EObjectCategory.变压器类.ToString()))
{
objs = root.earth.objManager.zLayers[EObjectCategory.变压器类.ToString()].pModels;// root.earth.objManager.getAllObjDictBelongtoCategory("变压器");
foreach (DataRow dr in dt.Rows)
{
id = dr["id"].ToString();
if (objs.TryGetValue(id, out obj))
{
RunDataTransformerBase rundata = new RunDataTransformerBase(obj)
{
activePower = double.Parse(dr["yg"].ToString()),
reactivePower = double.Parse(dr["wg"].ToString()),
//rateOfLoad = double.Parse(dr["fzl"].ToString()) / 100,
//powerFactor = double.Parse(dr["fcos"].ToString()),
HVL = double.Parse(dr["hvl"].ToString()),
allLoss = double.Parse(dr["allloss"].ToString()),
//apparentPower = double.Parse(dr["ap"].ToString()),
copperLoss = double.Parse(dr["closs"].ToString()),
ironLoss = double.Parse(dr["iloss"].ToString()),
transformLoss = double.Parse(dr["tloss"].ToString()),
transformLossRate = double.Parse(dr["tlr"].ToString()),
};
obj.busiRunData = rundata;
obj.tooltipMoveTemplate = "PlanningTransformerTemplate";
obj.tooltipMoveContent = obj.busiRunData;
}
}
}
//======= 载入节点数据
dt = DataLayer.DataProvider.getDataTableFromSQL("select * from MCR_ACFLOW_node");
//objs = root.earth.objManager.getAllObjDictBelongtoCategory("节点");
objs = root.distnet.getAllObjDictByObjType(EObjectType.节点);
foreach (DataRow dr in dt.Rows)
{
id = dr["f_id"].ToString();
if (objs.TryGetValue(id, out obj))
{
RunDataNode rundata = new RunDataNode(obj)
{
activePower = dr.getDouble("f_yg"),
reactivePower = dr.getDouble("f_wg"),
volt = dr.getDouble("f_dy"),
//voltPUV = dr.getDouble("f_dy_by"),
};
obj.busiRunData = rundata;
}
}
////载入3卷变压器
//dt = DataLayer.DataProvider.getDataTableFromSQL("select * from HCR_ACFLOW_MTTHV");
//objs = root.earth.objManager.getAllObjDictBelongtoCategory("3卷变压器");
//foreach (DataRow dr in dt.Rows)
//{
// id = dr["f_id"].ToString();
// if (objs.TryGetValue(id, out obj))
// {
// RunDataTransformer3P rundata = new RunDataTransformer3P()
// {
// name = dr["F_MCH"].ToString(),
// activePower = double.Parse(dr["F_FH"].ToString()),
// reactivePower = double.Parse(dr["F_WGFH"].ToString()),
// rateOfLoad = double.Parse(dr["F_FZL"].ToString()) / 100,
// powerFactor = double.Parse(dr["F_GLYSH"].ToString()),
// HVL = double.Parse(dr["F_gycyxdy"].ToString()),
// allLoss = double.Parse(dr["F_zsh"].ToString()),
// apparentPower = double.Parse(dr["F_shzgl"].ToString()),
// copperLoss = double.Parse(dr["F_tgs"].ToString()),
// ironLoss = double.Parse(dr["F_ts"].ToString()),
// transformLoss = double.Parse(dr["F_bs"].ToString()),
// transformLossRate = double.Parse(dr["F_bsl"].ToString()),
// };
// obj.busiRunData = rundata;
// obj.tooltipMoveTemplate = "PlanningTransformer3Template";
// obj.tooltipMoveContent = obj.busiRunData;
// }
//}
#endregion
}
}
