init async motor model and optimize model select func

model/model_select.go

@@ -10,14 +10,13 @@ import (
 func SelectModelByType(modelType int) BasicModelInterface {
 	if modelType == constant.BusbarType {
 		return &orm.BusbarSection{}
+	} else if modelType == constant.AsynchronousMotorType {
+		return &orm.AsyncMotor{}
 	}
 	return nil
 }
 
 // SelectModelNameByType define select the data structure name for parsing based on the input model type
 func SelectModelNameByType(modelType int) string {
-	if modelType == constant.BusbarType {
+	return SelectModelByType(modelType).ReturnTableName()
-		return "BusBarSection"
-	}
-	return ""
 }

orm/async_motor.go

@@ -0,0 +1,105 @@
+// Package orm define database data struct
+package orm
+
+import "github.com/gofrs/uuid"
+
+// AsyncMotor define asynchronous motor model
+type AsyncMotor struct {
+	UUID                                 uuid.UUID `gorm:"column:uuid;primaryKey"`
+	NoLoadVoltage                        float64   // 空载电压
+	NoLoadElectricCurrent                float64   // 空载电流
+	NoLoadPower                          float64   // 空载电功率
+	BlockageF1Voltage                    float64   // 堵转 f1 频率电压
+	BlockageF1ElectricCurrent            float64   // 堵转 f1 频率电流
+	BlockageF1Power                      float64   // 堵转 f1 频率电功率
+	BlockageF2Voltage                    float64   // 堵转 f2 频率电压
+	BlockageF2ElectricCurrent            float64   // 堵转 f2 频率电流
+	BlockageF2Power                      float64   // 堵转 f2 频率电功率
+	APhaseDCResistor                     float64   // A相直流电阻
+	BPhaseDCResistor                     float64   // B相直流电阻
+	CPhaseDCResistor                     float64   // C相直流电阻
+	RunningStatorResistance              float64   // 运行定子电阻r1
+	StartUpStatorResistance              float64   // 启动定子电阻r1
+	ColdStateStatorResistance            float64   // 冷态定子电阻r1
+	RunningStatorReactance               float64   // 运行定子电抗x1
+	StartUpStatorReactance               float64   // 启动定子电抗x1
+	ColdStateStatorReactance             float64   // 冷态定子电抗x1
+	RunningEquivalentResistanceOfRotor   float64   // 运行转子等值电阻r2
+	StartUpEquivalentResistanceOfRotor   float64   // 启动转子等值电阻r2
+	ColdStateEquivalentResistanceOfRotor float64   // 冷态转子等值电阻r2
+	RunningEquivalentReactanceOfRotor    float64   // 运行转子等值电抗x2
+	StartUpEquivalentReactanceOfRotor    float64   // 启动转子等值电抗x2
+	ColdStateEquivalentReactanceOfRotor  float64   // 冷态转子等值电抗x2
+	RunningExcitationResistor            float64   // 运行励磁电阻Rfe
+	StartUpExcitationResistor            float64   // 启动励磁电阻Rfe
+	ColdStateExcitationResistor          float64   // 冷态励磁电阻Rfe
+	RunningExcitationReactance           float64   // 运行励磁电抗Xm
+	StartUpExcitationReactance           float64   // 启动励磁电抗Xm
+	ColdStateExcitationReactance         float64   // 冷态励磁电抗Xm
+	RunningTemperature                   int       // 运行温度
+	StartUpTemperature                   int       // 启动温度
+	ColdStateTemperature                 int       // 冷态温度
+
+	// 热限制曲线参数
+	EIS                                      string    // 电动机定子绕组绝缘结构热分级,枚举值类型105(A)/120(E)/130(B)/155(F)/180(H),默认值155(F)
+	TemperatureLimit                         int       // 温度限值,范围值0-1000
+	TemperatureRiseLimit                     int       // 温升限值,范围值0-1000
+	ColdStateAllowsContinuousStartingTimes   int       // 冷态允许连续起动次数
+	HotStateAllowsContinuousStartingtimes    int       // 热态允许连续起动次数
+	ProhibitionOfRestartForShortestTime      float64   // 禁止重起动最短时间
+	HotStateAllowsBlockageTime               float64   // 热态允许堵转时间Ta
+	ColdStateAllowsBlockageTime              float64   // 冷态允许堵转时间To
+	ElectricMotorHeatingTimeConstant         float64   // 电动机发热时间常数Twu
+	ElectricMotorHeatDissipationTimeConstant float64   // 电动机散热时间常数Tcd
+	ThermalLoadCurve                         []float64 // 热载曲线坐标点
+	CompensationForEnvironmentalConditions   int       // 环境条件补偿环境温度
+	LowerLimitOfTerminalVoltage              int       // 机端电压下限
+	MaximumNumberOfStarts                    int       // 起动次数上限
+	StartingStrategy                         string    // 起动策略
+	NormalStartUpTime                        int       // 起动转正常时间
+	RestartBatch                             int       // 再起动批次
+	ElectricCurrentMeasurementLevel          string    // 电流测量级
+	VoltageMeasurementLevel                  string    // 电压测量级
+	ElectricCurrentProtectionLevel1          string    // 电流保护级1
+	ElectricCurrentProtectionLevel2          string    // 电流保护级1
+	VoltageProtectionLevel                   string    // 电压保护级
+	Trend                                    string    // 潮流
+	Frequency                                string    // 频率
+	StatusMeasurementPoint                   string    // 状态测点
+	Mechanics                                string    // 机械
+}
+
+/*
+电流-测量级	Ia/Ib/Ic/I1/I2/I0
+电压-测量级	"Ua/Ub/Uc/U1/U2/U0
+Uab/Ubc/Uca/U^"
+电流-保护级1	IA/IB/IC/I1/I2/I0/In
+电流-保护级2	I'A/I'B/I'C
+电压-保护级	"UA/UB/UC/U1/U2/U0
+UAB/UBC/UCA/U^"
+潮流	P/Q/S/PF
+频率	f,df/dt
+状态测点	Temp./PD/Vsp
+机械	TL/n/s
+*/
+
+/*
+(1)温度的格式为正整数，0~500
+(2)电阻和电抗的参数为正实数，三位整数五位小数的格式，XXX.XXXXX
+*/
+
+// TableName func respresent return table name of asynchronous motor
+func (a *AsyncMotor) TableName() string {
+	return "AsyncMotor"
+}
+
+// SetUUID func implement BasicModelInterface interface
+func (a *AsyncMotor) SetUUID(uuid uuid.UUID) {
+	a.UUID = uuid
+	return
+}
+
+// ReturnTableName func implement BasicModelInterface interface
+func (a *AsyncMotor) ReturnTableName() string {
+	return "AsyncMotor"
+}

orm/busbar_section.go

@@ -3,6 +3,7 @@ package orm
 
 import "github.com/gofrs/uuid"
 
+// BusbarSection define busbar section model
 type BusbarSection struct {
 	// 母线基本参数
 	Name               string    // 母线端名称,默认值BusX
@@ -62,7 +63,7 @@ type BusbarSection struct {
 	StatusMeasurementPoint  []string // 状态测点测点
 }
 
-// TableName func respresent return table name of BusbarSection
+// TableName func respresent return table name of busbar section
 func (b *BusbarSection) TableName() string {
 	return "BusbarSection"
 }