init async motor table and busbar section table create sql
This commit is contained in:
douxu
parent
829279b22b
commit
d9cc5f3738
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@ -6,6 +6,6 @@ const (
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NullableType = iota
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// BusbarType 母线类型
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BusbarType
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// AsynchronousMotorType 异步电动机类型
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AsynchronousMotorType
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// AsyncMotorType 异步电动机类型
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AsyncMotorType
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)
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@ -10,7 +10,7 @@ import (
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func SelectModelByType(modelType int) BasicModelInterface {
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if modelType == constant.BusbarType {
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return &orm.BusbarSection{}
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} else if modelType == constant.AsynchronousMotorType {
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} else if modelType == constant.AsyncMotorType {
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return &orm.AsyncMotor{}
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}
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return nil
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@ -5,19 +5,21 @@ import "github.com/gofrs/uuid"
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// AsyncMotor define asynchronous motor model
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type AsyncMotor struct {
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UUID uuid.UUID `gorm:"column:uuid;primaryKey"`
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UUID uuid.UUID `gorm:"column:global_uuid;primaryKey"`
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NoLoadVoltage float64 // 空载电压
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NoLoadElectricCurrent float64 // 空载电流
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NoLoadPower float64 // 空载电功率
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BlockageF1Frequency float64 // 堵转 f1 频率
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BlockageF1Voltage float64 // 堵转 f1 频率电压
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BlockageF1ElectricCurrent float64 // 堵转 f1 频率电流
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BlockageF1Power float64 // 堵转 f1 频率电功率
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BlockageF2Frequency float64 // 堵转 f2 频率
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BlockageF2Voltage float64 // 堵转 f2 频率电压
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BlockageF2ElectricCurrent float64 // 堵转 f2 频率电流
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BlockageF2Power float64 // 堵转 f2 频率电功率
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APhaseDCResistor float64 // A相直流电阻
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BPhaseDCResistor float64 // B相直流电阻
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CPhaseDCResistor float64 // C相直流电阻
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APhaseDCResistance float64 // A相直流电阻
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BPhaseDCResistance float64 // B相直流电阻
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CPhaseDCResistance float64 // C相直流电阻
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RunningStatorResistance float64 // 运行定子电阻r1
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StartUpStatorResistance float64 // 启动定子电阻r1
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ColdStateStatorResistance float64 // 冷态定子电阻r1
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@ -30,9 +32,9 @@ type AsyncMotor struct {
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RunningEquivalentReactanceOfRotor float64 // 运行转子等值电抗x2
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StartUpEquivalentReactanceOfRotor float64 // 启动转子等值电抗x2
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ColdStateEquivalentReactanceOfRotor float64 // 冷态转子等值电抗x2
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RunningExcitationResistor float64 // 运行励磁电阻Rfe
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StartUpExcitationResistor float64 // 启动励磁电阻Rfe
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ColdStateExcitationResistor float64 // 冷态励磁电阻Rfe
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RunningExcitationResistance float64 // 运行励磁电阻Rfe
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StartUpExcitationResistance float64 // 启动励磁电阻Rfe
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ColdStateExcitationResistance float64 // 冷态励磁电阻Rfe
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RunningExcitationReactance float64 // 运行励磁电抗Xm
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StartUpExcitationReactance float64 // 启动励磁电抗Xm
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ColdStateExcitationReactance float64 // 冷态励磁电抗Xm
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@ -52,9 +54,9 @@ type AsyncMotor struct {
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ElectricMotorHeatingTimeConstant float64 // 电动机发热时间常数Twu
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ElectricMotorHeatDissipationTimeConstant float64 // 电动机散热时间常数Tcd
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ThermalLoadCurve []float64 // 热载曲线坐标点
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CompensationForEnvironmentalConditions int // 环境条件补偿环境温度
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LowerLimitOfTerminalVoltage int // 机端电压下限
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MaximumNumberOfStarts int // 起动次数上限
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CompensationForEnvConditions int // 环境条件补偿环境温度
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MinLimitOfTerminalVoltage int // 机端电压下限
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MaxLimitOfStarts int // 起动次数上限
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StartingStrategy string // 起动策略
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NormalStartUpTime int // 起动转正常时间
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RestartBatch int // 再起动批次
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@ -66,23 +68,9 @@ type AsyncMotor struct {
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Trend string // 潮流
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Frequency string // 频率
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StatusMeasurementPoint string // 状态测点
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Mechanics string // 机械
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Machinery string // 机械
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}
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/*
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电流-测量级 Ia/Ib/Ic/I1/I2/I0
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电压-测量级 "Ua/Ub/Uc/U1/U2/U0
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Uab/Ubc/Uca/U^"
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电流-保护级1 IA/IB/IC/I1/I2/I0/In
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电流-保护级2 I'A/I'B/I'C
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电压-保护级 "UA/UB/UC/U1/U2/U0
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UAB/UBC/UCA/U^"
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潮流 P/Q/S/PF
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频率 f,df/dt
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状态测点 Temp./PD/Vsp
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机械 TL/n/s
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*/
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/*
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(1)温度的格式为正整数，0~500
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(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
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@ -6,11 +6,11 @@ import "github.com/gofrs/uuid"
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// BusbarSection define busbar section model
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type BusbarSection struct {
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// 母线基本参数
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Name string // 母线端名称,默认值BusX
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BusbarName string // 母线端名称,默认值BusX
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BusbarNumber int // 母线编号,默认值1
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UUID uuid.UUID `gorm:"column:uuid;primaryKey"`
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UUID uuid.UUID `gorm:"column:global_uuid;primaryKey"`
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StandardVoltage float32 // 标准电压,单位kV,范围值在000.01~500.00
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Desc string // 描述
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BusbarDesc string // 描述
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IsService bool // 是否服役,值为运行/退出
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Status string // 状态,值为现役/新建/计划/检修/库存可用/库存报废
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PowerGridName string // 当前工程电网的顶层建模时的电网名称
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@ -24,9 +24,9 @@ type BusbarSection struct {
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DynamicStableCurrent float32 // 母线动稳定电流,范围值0.01~65536
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MinLoadAdjustmentCoefficient int // 最小母线负荷调整系数,范围值0-100
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MaxLoadAdjustmentCoefficient int // 最大母线负荷调整系数,范围值0-500
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BusbarType int // 母线类型,默认值PQ
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ReferenceVoltage float32 // 母线类型,单位kV,默认值37
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ReferenceVCurrent float32 // 母线类型,单位MVA,默认值100
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BusbarType string // 母线类型,默认值PQ
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ReferenceVoltage float32 // 基准电压,单位kV,默认值37
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ReferenceCurrent float32 // 基准电流,单位MVA,默认值100
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MinS3Capacities float32 // 最小三项短路容量,范围值0.00~65536.00
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MaxS3Capacities float32 // 最大三项短路容量,范围值0.00~65536.00
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MinS3Current float32 // 最小三项短路电流,范围值0.00~65536.00
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@ -37,17 +37,17 @@ type BusbarSection struct {
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MaxS1Capacity float32 // 最大单项短路容量,范围值0.00~65536.00
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MinS1Current float32 // 最小单项短路电流,范围值0.00~65536.00
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MaxS1Current float32 // 最大单项短路电流,范围值0.00~65536.00
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MinS1Impedance float32 // 最小单项短路阻抗,默认值 0.1,范围值0.0000~100.0000
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MaxS1Impedance float32 // 最大单项短路阻抗,默认值 0.05,范围值0.0000~100.0000
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MinZ1Impedance float32 // 最小单项短路阻抗,默认值 0.1,范围值0.0000~100.0000
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MaxZ1Impedance float32 // 最大单项短路阻抗,默认值 0.05,范围值0.0000~100.0000
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// 母线稳定参数
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UnderVoltageWarningThreshold int // 欠压预警阈值
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UnderVoltageWarningRunningTime float32 // 欠压预警运行时间,默认值 10s,默认单位秒，默认范围值0s-100s
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UnderVoltageWarningRunningTime int // 欠压预警运行时间,默认值 10s,默认单位秒，默认范围值0s-100s
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UnderVoltageAlarmThreshold int // 欠压告警阈值
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UnderVoltageAlarmRunningTime float32 // 欠压告警运行时间,默认值 10s,默认单位秒，默认范围值0s-100s
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UnderVoltageAlarmRunningTime int // 欠压告警运行时间,默认值 10s,默认单位秒，默认范围值0s-100s
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OverVoltageWarningThreshold int // 过压预警阈值
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OverVoltageWarningRunningTime float32 // 过压预警运行时间,默认值 10s,默认单位秒，默认范围值0s-100s
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OverVoltageWarningRunningTime int // 过压预警运行时间,默认值 10s,默认单位秒，默认范围值0s-100s
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OverVoltageAlarmThreshold int // 过压告警阈值
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OverVoltageAlarmRunningTime float32 // 过压告警运行时间,默认值 10s,默认单位秒，默认范围值0s-100s
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OverVoltageAlarmRunningTime int // 过压告警运行时间,默认值 10s,默认单位秒，默认范围值0s-100s
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PMax float32 // 有功储备裕度最大值
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QMax float32 // 无功储备裕度最大值
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Ulim float32 // 电压裕度
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@ -85,13 +85,13 @@ func NewBusbarSection(name string) (*BusbarSection, error) {
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return nil, err
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}
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return &BusbarSection{
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Name: name,
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UUID: uuid,
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BusbarName: name,
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UUID: uuid,
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}, nil
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}
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func (b *BusbarSection) BusNameLenCheck() bool {
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if len([]rune(b.Name)) > 20 {
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if len([]rune(b.BusbarName)) > 20 {
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return false
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}
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return true
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@ -105,7 +105,7 @@ func (b *BusbarSection) BusVoltageCheck() bool {
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}
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func (b *BusbarSection) BusDescLenCheck() bool {
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if len([]rune(b.Desc)) > 100 {
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if len([]rune(b.BusbarDesc)) > 100 {
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return false
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}
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return true
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@ -0,0 +1,72 @@
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CREATE TABLE public."AsyncMotor" (
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id serial NOT NULL,
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global_uuid uuid NOT NULL,
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noload_voltage decimal(7, 2) NOT NULL,
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noload_electric_current decimal(7, 2) NOT NULL,
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noload_power decimal(7, 2) NOT NULL,
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blockage_f1_frequency decimal(5, 2) NOT NULL,
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blockage_f1_voltage decimal(7, 2) NOT NULL,
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blockage_f1_electric_current decimal(7, 2) NOT NULL,
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blockage_f1_power decimal(7, 2) NOT NULL,
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blockage_f2_frequency decimal(5, 2) NOT NULL,
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blockage_f2_voltage decimal(7, 2) NOT NULL,
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blockage_f2_electric_current decimal(7, 2) NOT NULL,
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blockage_f2_power decimal(7, 2) NOT NULL,
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a_phase_dc_resistance decimal(7, 2) NOT NULL,
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b_phase_dc_resistance decimal(7, 2) NOT NULL,
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c_phase_dc_resistance decimal(7, 2) NOT NULL,
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running_stator_resistance decimal(8, 5) NOT NULL,
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startup_stator_resistance decimal(8, 5) NOT NULL,
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coldstate_stator_resistance decimal(8, 5) NOT NULL,
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running_stator_reactance decimal(8, 5) NOT NULL,
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startup_stator_reactance decimal(8, 5) NOT NULL,
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coldstate_stator_reactance decimal(8, 5) NOT NULL,
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running_equivalent_resistance_of_rotor decimal(8, 5) NOT NULL,
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startup_equivalent_resistance_of_rotor decimal(8, 5) NOT NULL,
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coldstate_equivalent_resistance_of_rotor decimal(8, 5) NOT NULL,
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running_equivalent_reactance_of_rotor decimal(8, 5) NOT NULL,
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startup_equivalent_reactance_of_rotor decimal(8, 5) NOT NULL,
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coldtsate_equivalent_reactance_of_rotor decimal(8, 5) NOT NULL,
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running_excitation_resistance decimal(8, 5) NOT NULL,
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startup_excitation_resistance decimal(8, 5) NOT NULL,
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coldstate_excitation_resistance decimal(8, 5) NOT NULL,
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running_excitation_reactance decimal(8, 5) NOT NULL,
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startup_excitation_reactance decimal(8, 5) NOT NULL,
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coldstate_excitation_reactance decimal(8, 5) NOT NULL,
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running_temperature integer NOT NULL,
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startup_temperature integer NOT NULL,
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coldstate_temperature integer NOT NULL,
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eis character varying(10) default 'f' NOT NULL,
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temperature_limit integer NOT NULL,
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temperature_rise_limit integer NOT NULL,
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coldstate_allows_continuous_starting_times integer default 2 NOT NULL,
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hotstate_allows_continuous_starting_times integer default 1 NOT NULL,
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prohibition_of_restart_for_shortest_time decimal(4, 1) default 30 NOT NULL,
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hotstate_allows_blockage_time decimal(5, 2) default 10 NOT NULL,
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coldstate_allows_blockage_time decimal(5, 2) default 6 NOT NULL,
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electric_motor_heating_time_constant decimal(5, 2) default 100 NOT NULL,
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electric_motor_heat_dissipation_time_constant decimal(5, 2) default 300 NOT NULL,
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thermal_load_curve decimal(5, 2) [] NOT NULL,
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compensation_for_env_conditions decimal(5, 2) NOT NULL,
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min_limit_of_terminal_voltage integer default 80 NOT NULL,
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max_limit_of_tarts integer NOT NULL,
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starting_strategy character varying(10) NOT NULL,
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normal_startup_time integer NOT NULL,
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restart_batch integer NOT NULL,
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electric_current_measurement_level character varying(10) NOT NULL,
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voltage_measurement_level character varying(10) NOT NULL,
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electric_current_protection_level1 character varying(10) NOT NULL,
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electric_current_protection_level2 character varying(10) NOT NULL,
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voltage_protection_level character varying(10) NOT NULL,
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trend character varying(10) NOT NULL,
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frequency character varying(10) NOT NULL,
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status_measurement_point character varying(10) NOT NULL,
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machinery character varying(10) NOT NULL,
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context jsonb NULL,
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comment character varying(4096) NULL
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);
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ALTER TABLE
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public."AsyncMotor"
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ADD
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CONSTRAINT "AsyncMotor_pkey" PRIMARY KEY (global_uuid)
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@ -0,0 +1,62 @@
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CREATE TABLE public."BusbarSection" (
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id serial NOT NULL,
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global_uuid uuid NOT NULL,
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busbar_number integer NOT NULL,
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busbar_name character varying(20) default 'Busx' NOT NULL,
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standard_voltage decimal(5, 2) NOT NULL,
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busbar_desc character varying(100) NOT NULL,
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is_service boolean NULL default false,
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status character varying(10) NOT NULL,
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power_grid_name character varying(10) NOT NULL,
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region_name character varying(10) NOT NULL,
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factory_station_name character varying(10) NOT NULL,
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voltage_percent_value decimal(5, 2) default 100 NOT NULL,
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voltage_calculcated_value decimal(5, 2) default 35 NOT NULL,
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phase_angle decimal(5, 2) default 0 NOT NULL,
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rated_current decimal(7, 2) default 1000 NOT NULL,
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dynamic_stable_current decimal(7, 2) default 40 NOT NULL,
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min_load_adjustment_coefficient integer default 100 NOT NULL,
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max_load_adjustment_coefficient integer default 100 NOT NULL,
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busbar_type character varying(10) NOT NULL,
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min_s3_capacities decimal(7, 2) default 0 NOT NULL,
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max_s3_capacities decimal(7, 2) default 0 NOT NULL,
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min_s3_current decimal(7, 2) default 0 NOT NULL,
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max_s3_current decimal(7, 2) default 0 NOT NULL,
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max_z3_impedance decimal(6, 3) default 0.05 NOT NULL,
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min_z3_impedance decimal(6, 3) default 0.1 NOT NULL,
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min_s1_capacity decimal(7, 2) default 0 NOT NULL,
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max_s1_capacity decimal(7, 2) default 0 NOT NULL,
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min_s1_current decimal(7, 2) default 0 NOT NULL,
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max_s1_current decimal(7, 2) default 0 NOT NULL,
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min_z1_impedance decimal(7, 4) default 0 NOT NULL,
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max_z1_impedance decimal(7, 4) default 0 NOT NULL,
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reference_voltage decimal(5, 2) default 37 NOT NULL,
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reference_current decimal(7, 2) default 100 NOT NULL,
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under_voltage_warning_threshold integer default 95 NOT NULL,
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under_voltage_warning_running_time integer default 10 NOT NULL,
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under_voltage_alarm_threshold integer default 90 NOT NULL,
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under_voltage_alarm_running_time integer default 10 NOT NULL,
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over_voltage_warning_threshold integer default 105 NOT NULL,
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over_voltage_warning_running_time integer default 60 NOT NULL,
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over_voltage_alarm_threshold integer default 110 NOT NULL,
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over_voltage_alarm_running_time integer default 10 NOT NULL,
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p_max decimal(7, 2) default 0 NOT NULL,
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q_max decimal(7, 2) default 0 NOT NULL,
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ulim decimal(5, 2) default 90 NOT NULL,
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plim decimal(5, 2) default 30 NOT NULL,
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qlim decimal(5, 2) default 30 NOT NULL,
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measurement_level_current character varying(10) NOT NULL,
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measurement_level_voltage character varying(10) NOT NULL,
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protection_level_current character varying(10) NOT NULL,
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protection_level_voltage_t character varying(10) NOT NULL,
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trend character varying(10) NOT NULL,
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frequency character varying(10) NOT NULL,
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status_measurement_point character varying(10) NOT NULL,
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context jsonb NULL,
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comment character varying(4096) NULL
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);
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ALTER TABLE
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public."BusbarSection"
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ADD
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CONSTRAINT "BusbarSection_pkey" PRIMARY KEY (global_uuid)
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