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1.台账增加默认排序

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2.增加场站/用户监测规模接口
This commit is contained in:
chendaofei
2026-06-15 10:21:14 +08:00
parent 6e4a294b00
commit 0196277eb2
15 changed files with 328 additions and 335 deletions
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8
pqs-device/common-device-biz/src/main/java/com/njcn/device/biz/enums/RunFlagEnum.java
View File

@@ -19,14 +19,16 @@ public enum RunFlagEnum {
QUIT(4, "退运"),
POWER_FLAG(0,"电网侧"),
NO_POWER_FLAG(1,"非电网侧"),
GW_FLAG(0,"主网"),
PW_FLAG(1,"配网"),
I_SORT(1,"I类测点"),
II_SORT(2,"II类测点"),
III_SORT(3,"III类测点"),
;

1
pqs-device/common-device-biz/src/main/java/com/njcn/device/biz/pojo/po/Overlimit.java
View File

@@ -2,7 +2,6 @@ package com.njcn.device.biz.pojo.po;
import com.baomidou.mybatisplus.annotation.TableField;
import com.baomidou.mybatisplus.annotation.TableName;
import com.njcn.device.biz.utils.COverlimit;
import lombok.Data;
import java.io.Serializable;

116
pqs-device/common-device-biz/src/main/java/com/njcn/device/biz/utils/COverlimitUtil.java
View File

@@ -18,7 +18,8 @@ import java.util.Objects;
*/
public class COverlimitUtil {
/** 配网占位默认值 */
private static final float PLACEHOLDER = -3.14159f;
/**
* 谐波电流系数
*/
@@ -34,38 +35,76 @@ public class COverlimitUtil {
/**
* 计算监测点限值
* @param voltageLevel 电压等级（10kV = 10 220kV = 220 ）
* @param protocolCapacity 协议容量
* @param devCapacity 设备容量
* @param shortCapacity 短路容量
* @param powerFlag 0.用户侧 1.电网侧
* @param lineType 0.主网 1.配网 需要注意配网目前没有四种容量，谐波电流幅值限值,负序电流限值无法计算默认-3.14159
* @param voltageLevel 电压等级(kV)
* @param protocolCapacity 协议容量(MVA)
* @param devCapacity 供电设备容量(MVA)，为空/0自动取对应电压默认值
* @param shortCapacity 实际最小短路容量(MVA)
* @param powerFlag 0=电网侧(不执行两步计算) 1=非电网侧/用户侧(执行两步计算)
* @param pointClass 配网点类型 0=Ⅱ类 1=Ⅲ类光伏；主网该字段传0即可
*/
public static Overlimit globalAssemble(Float voltageLevel, Float protocolCapacity, Float devCapacity,
Float shortCapacity, Integer powerFlag, Integer lineType) {
Float shortCapacity, Integer powerFlag,Integer pointClass) {
Overlimit overlimit = new Overlimit();
voltageDeviation(overlimit,voltageLevel);
voltageDeviation(overlimit, voltageLevel);
frequency(overlimit);
voltageFluctuation(overlimit,voltageLevel);
voltageFlicker(overlimit,voltageLevel);
totalHarmonicDistortion(overlimit,voltageLevel);
uHarm(overlimit,voltageLevel);
voltageFluctuation(overlimit, voltageLevel);
voltageFlicker(overlimit, voltageLevel);
totalHarmonicDistortion(overlimit, voltageLevel);
uHarm(overlimit, voltageLevel);
threeVoltageUnbalance(overlimit);
interharmonicCurrent(overlimit,voltageLevel);
interharmonicCurrent(overlimit, voltageLevel);
if(Objects.equals(lineType, RunFlagEnum.PW_FLAG.getStatus())) {
//配网
//谐波电流限值
int lineType;
if (voltageLevel >= DicDataEnum.KV220.getValue()) {
lineType = 0; // 主网
} else {
lineType = 1; // 配网（110、66、35、10kV）
}
float sc = Objects.isNull(shortCapacity) ? 0f : shortCapacity;
float pc = Objects.isNull(protocolCapacity) ? 0f : protocolCapacity;
float dc;
if (Objects.isNull(devCapacity) || devCapacity <= 0) {
dc = getDefaultDevCapacity(voltageLevel);
} else {
dc = devCapacity;
}
// 1. 配网 lineType = 1
if (Objects.equals(lineType, RunFlagEnum.PW_FLAG.getStatus())) {
overlimit.setINeg(PLACEHOLDER);
Float[] iHarmTem = new Float[49];
for (int i = 0; i <= 48; i++) {
//目前只处理了配网II类测点，III类测点暂未处理，III类测点参考主网
iHarmTem[i] = getHarmTag(i+2,voltageLevel).floatValue();
// 配网-电网侧(powerFlag=0) / 配网Ⅱ类：直接基准限值，不折算
if (Objects.equals(powerFlag,RunFlagEnum.POWER_FLAG.getStatus()) || Objects.equals(pointClass, 0)) {
for (int i = 0; i <= 48; i++) {
iHarmTem[i] = getHarmTag(i + 2, voltageLevel).floatValue();
}
}
// 配网-非电网侧 且 Ⅲ类光伏：两步计算，折算系数固定为1
else {
float calCap = 1.0f;
for (int i = 0; i <= 48; i++) {
float inHarm = iHarmCalculate(i + 2, voltageLevel, pc, dc, calCap);
iHarmTem[i] = inHarm;
}
}
overlimit.buildIHarm(iHarmTem);
overlimit.setINeg(-3.14159f);
}else {
//主网
iHarm(overlimit, voltageLevel, protocolCapacity, devCapacity, shortCapacity);
negativeSequenceCurrent(overlimit, voltageLevel, shortCapacity);
} else {
// 主网-电网侧(powerFlag=0)：直接基准限值
if (Objects.equals(powerFlag, RunFlagEnum.POWER_FLAG.getStatus())) {
Float[] iHarmTem = new Float[49];
for (int i = 0; i <= 48; i++) {
iHarmTem[i] = getHarmTag(i + 2, voltageLevel).floatValue();
}
overlimit.buildIHarm(iHarmTem);
}
// 主网-非电网侧/用户侧(风光场站)：完整两步计算
else {
iHarm(overlimit, voltageLevel, pc, dc, sc);
}
// 主网统一计算负序电流
negativeSequenceCurrent(overlimit, voltageLevel, sc);
}
return overlimit;
}
@@ -304,6 +343,30 @@ public class COverlimitUtil {
}
/**
* 根据电压等级获取【默认公共连接点供电设备容量】St(MVA)
* 无实际台账容量时兜底使用
*/
public static float getDefaultDevCapacity(Float voltageLevel) {
if (voltageLevel < 0.4f) {
return 1.0f;
} else if (voltageLevel < 6f) {
return 100f;
} else if (voltageLevel < 20f) {
return 200f;
} else if (voltageLevel < 35f) {
return 500f;
} else if (voltageLevel < 66f) {
return 800f;
} else if (voltageLevel < 110f) {
return 1000f;
} else if (voltageLevel < 220f) {
return 2000f;
} else {
return 3000f;
}
}
/*---------------------------------谐波电流限值end-----------------------------------*/
@@ -376,8 +439,9 @@ public class COverlimitUtil {
public static void main(String[] args) {
System.out.println("sss");
float aa = iHarmCalculate(9,500f,10,10,0.002222222222f);
Overlimit overlimit = new Overlimit();
iHarm(overlimit, 220f, 100f, 100f, 2000f);
System.out.println(aa);
System.out.println(overlimit);
}
}