Many resources are needed to download a project. Please understand that we have to compensate our server costs. Thank you in advance.
Project price only 1 $
You can buy this project and download/modify it how often you want.
com.github.andy2003.smareader.inverter.LriDef Maven / Gradle / Ivy
package com.github.andy2003.smareader.inverter;
import java.util.function.Function;
public enum LriDef {
INV_STATUS(0x00214800),
CoolsysTmpNom(0x00237700, -2, "°C", "Operating condition temperatures"),
SPOT_PDC1(0x00251E01), // *40* DC power input (aka SPOT_PDC1)
SPOT_PDC2(0x00251E02), // *40* DC power input (aka SPOT_PDC2)
SPOT_ETOTAL(0x00260100, 0, "Wh", "Total yield"), // *00* Total yield (aka SPOT_ETOTAL)
SPOT_ETODAY(0x00262200, 0, "Wh", "Day yield"), // *00* Day yield (aka SPOT_ETODAY)
SPOT_PACTOT(0x00263F00, -3, "W", "Power total"), // *40* (aka SPOT_PACTOT)
BatChaStt(0x00295A00, 0, "%", "Current battery charge status"),
INV_PACMAX1(0x00411E00, 0, "W", "Nominal power in OK Mode"), // *00* (aka INV_PACMAX1)
INV_PACMAX2(0x00411F00, 0, "W", "Nominal power in Warning Mode"), // *00* (aka INV_PACMAX2)
INV_PACMAX3(0x00412000, 0, "W", "Nominal power in Fault Mode"), // *00* (aka INV_PACMAX3)
OperationGriSwStt(0x00416400), // *08* Grid relay/contactor (aka INV_GRIDRELAY)
OperationRmgTms(0x00416600), // *00* Waiting time until feed-in
SPOT_UDC1(0x00451F01), // *40* DC voltage input (aka SPOT_UDC1)
SPOT_UDC2(0x00451F02), // *40* DC voltage input (aka SPOT_UDC2)
SPOT_IDC1(0x00452101), // *40* DC current input (aka SPOT_IDC1)
SPOT_IDC2(0x00452102), // *40* DC current input (aka SPOT_IDC2)
MeteringPvMsTotWhOut(0x00462300), // *00* PV generation counter reading
MeteringGridMsTotWhOut(0x00462400), // *00* Grid feed-in counter reading
MeteringGridMsTotWhIn(0x00462500), // *00* Grid reference counter reading
MeteringCsmpTotWhIn(0x00462600), // *00* Meter reading consumption meter
MeteringGridMsDyWhOut(0x00462700), // *00* ?
MeteringGridMsDyWhIn(0x00462800), // *00* ?
SPOT_OPERTM(0x00462E00, 0, "ms", "Operating time"),
SPOT_FEEDTM(0x00462F00, 0, "ms", "Feed-in time"),
MeteringGriFailTms(0x00463100), // *00* Power outage
MeteringWhIn(0x00463A00), // *00* Absorbed energy
MeteringWhOut(0x00463B00), // *00* Released energy
MeteringPvMsTotWOut(0x00463500), // *40* PV power generated
MeteringGridMsTotWOut(0x00463600), // *40* Power grid feed-in
MeteringGridMsTotWIn(0x00463700), // *40* Power grid reference
MeteringCsmpTotWIn(0x00463900), // *40* Consumer power
SPOT_PAC1(0x00464000, 0, "W", "Power L1"),
SPOT_PAC2(0x00464100, 0, "W", "Power L2"),
SPOT_PAC3(0x00464200, 0, "W", "Power L3"),
SPOT_UAC1(0x00464800, -2, "V", "Grid voltage phase L1"),
SPOT_UAC2(0x00464900, -2, "V", "Grid voltage phase L2"),
SPOT_UAC3(0x00464A00, -2, "V", "Grid voltage phase L3"),
SPOT_IAC1_1(0x00465000, -3, "A", "Grid current phase L1"),
SPOT_IAC2_1(0x00465100, -3, "A", "Grid current phase L2"),
SPOT_IAC3_1(0x00465200, -3, "A", "Grid current phase L3"),
SPOT_IAC1(0x00465300, -3, "A", "Grid current phase L1"),
SPOT_IAC2(0x00465400, -3, "A", "Grid current phase L2"),
SPOT_IAC3(0x00465500, -3, "A", "Grid current phase L3"),
SPOT_FREQ(0x00465700, -2, "HZ", "Grid frequency"), // *00* (aka SPOT_FREQ)
MeteringSelfCsmpSelfCsmpWh(0x0046AA00), // *00* Energy consumed internally
MeteringSelfCsmpActlSelfCsmp(0x0046AB00), // *00* Current self-consumption
MeteringSelfCsmpSelfCsmpInc(0x0046AC00), // *00* Current rise in self-consumption
MeteringSelfCsmpAbsSelfCsmpInc(0x0046AD00), // *00* Rise in self-consumption
MeteringSelfCsmpDySelfCsmpInc(0x0046AE00), // *00* Rise in self-consumption today
BatDiagCapacThrpCnt(0x00491E00, 0, "", "Number of battery charge throughputs"),
BatDiagTotAhIn(0x00492600), // *00* Amp hours counter for battery charge
BatDiagTotAhOut(0x00492700), // *00* Amp hours counter for battery discharge
BatTmpVal(0x00495B00, -1, "°C", "Battery temperature"),
BatVol(0x00495C00, -2, "V", "Battery voltage"),
BatAmp(0x00495D00, -3, "A", "Battery current"),
NameplateLocation(0x00821E00), // *10* Device name (aka INV_NAME)
NameplateMainModel(0x00821F00), // *08* Device class (aka INV_CLASS)
NameplateModel(0x00822000), // *08* Device type (aka INV_TYPE)
NameplateAvalGrpUsr(0x00822100), // * * Unknown
NameplatePkgRev(0x00823400), // *08* Software package (aka INV_SWVER)
InverterWLim(0x00832A00), // *00* Maximum active power device (aka INV_PACMAX1_2) (Some inverters like
// SB3300/SB1200)
GridMsPhVphsA2B6100(0x00464B00),
GridMsPhVphsB2C6100(0x00464C00),
GridMsPhVphsC2A6100(0x00464D00);
private int value;
private String unit;
private String description;
private Function conversion;
LriDef(int value) {
this.value = value;
}
LriDef(int value, int pot, String unit, String description) {
this.value = value;
this.unit = unit;
this.description = description;
double factor = Math.pow(10, pot);
this.conversion = num -> num.longValue() * factor;
}
public static LriDef intToEnum(int code) {
LriDef e = findEnum(code & 0x00FFFFFF);
if (e == null) {
e = findEnum((code & 0x00FFFF00));
}
return e;
}
private static LriDef findEnum(int value) {
for (LriDef enumValue : values()) {
if (enumValue.value == value) {
return enumValue;
}
}
return null;
}
@SuppressWarnings("unchecked")
public T convert(Number value) {
if (conversion != null) {
return (T) conversion.apply(value);
}
return (T) value;
}
public String getUnit() {
return unit;
}
public String getDescription() {
return description;
}
}
