All Implemented Interfaces:

java.io.Serializable , kotlin.Comparable
```
public enum EMSSysSpecName
extends Enum<EMSSysSpecName>
                    
```
Previously known possible values in a de.jnkconsulting.e3dc.easyrscp.api.frame.tags.EMSTag.GET_SYS_SPECS data block.
A GET_SYS_SPECS block is a block of type DataType.CONTAINER, which in turn contains blocks of type DataType.CONTAINER and the Tag. Jeder SYS_SPEC Block besteht aus drei weiteren Blöcken
This enum maps the previously known values of de.jnkconsulting.e3dc.easyrscp.api.frame.tags.EMSTag.SYS_SPEC_NAME.
Since:

2.0

Nested Class Summary

Nested Classes
Modifier and Type	Class	Description

Field Summary

Fields
Modifier and Type	Field	Description
`private final String`	`rscpName`
`private final String`	`name`
`private final Integer`	`ordinal`
`private final EnumEntries<EMSSysSpecName>`	`entries`

Constructor Summary

Constructors
Constructor	Description

Enum Constant Summary

Enum Constants
Enum Constant	Description
`HYBRID_MODE_SUPPORTED`	Speculation: Describes whether the Hybrid operating mode is supported; rscpName = "hybridModeSupported" The values container has the Tag
`INSTALLED_BATTERY_CAPACITY`	Returns the installed battery capacity. Presumed unit is kWh; rscpName = "installedBatteryCapacity" ATTENTION: It is known that the values are not always correct!!! Do not rely on the value. This is probably a setup error of the installer. The values container has the Tag
`MAX_AC_POWER`	Unknown: Probably the maximum possible AC power across all phases?. Unit ... Watt?; rscpName = "maxAcPower" The values container has the Tag
`MAX_BATTERY_CHARGE_POWER`	Maximum possible charging power of the battery in watts. This value may differ from the maximum possible charging power of the system itself. See MAX_CHARGE_POWER; rscpName = "maxBatChargePower" The values container has the Tag
`MAX_BATTERY_DISCHARGE_POWER`	Maximum possible discharging power of the battery in watts. This value may differ from the maximum possible discharging power of the system itself. See MAX_DISCHARGE_POWER; rscpName = "maxBatDischargPower" The values container has the Tag
`MAX_CHARGE_POWER`	Maximum possible charging power of the system in watts. This value may differ from the maximum possible charging power of the battery. See MAX_BATTERY_CHARGE_POWER; rscpName = "maxChargePower" The values container has the Tag
`MAX_DISCHARGE_POWER`	Maximum possible discharging power of the system in watts. This value may differ from the maximum possible discharging power of the battery. See MAX_BATTERY_DISCHARGE_POWER; rscpName = "maxDischargePower" The values container has the Tag
`MAX_FBC_CHARGE_POWER`	Unknown. In my system the value is identical to MAX_CHARGE_POWER and MAX_BATTERY_CHARGE_POWER. Therefore the unit is pretty sure Watt; rscpName = "maxFbcChargePower" The values container has the Tag
`MAX_FBC_DISCHARGE_POWER`	Unknown. In my system the value is identical to MAX_DISCHARGE_POWER and MAX_BATTERY_DISCHARGE_POWER. Therefore the unit is pretty sure Watt; rscpName = "maxFbcDischargePower") The values container has the Tag of type EMSTag.SYS_SPEC_VALUE_INT
`MAX_PV_POWER`	Should presumably provide the peak power in watts. My system returns here an int container with data type DataType.ERROR. Therefore: One does not know; rscpName = "maxPvPower" The values container has the Tag
`MAX_START_CHARGE_POWER`	Unknown. Probably the maximum power in watts, from when the battery is charged. I guess MIN_START_CHARGE_POWER and MAX_START_CHARGE_POWER give the limits for the charge limit (See EMSTag.MAX_CHARGE_POWER and EMSTag.MAX_DISCHARGE_POWER); rscpName = "maxStartChargePower" The values container has the Tag
`MAX_START_DISCHARGE_POWER`	Unknown. Probably the maximum power in watts, from when the battery is discharged. I guess MIN_START_CHARGE_POWER and MAX_START_CHARGE_POWER give the limits for the charge limit (See EMSTag.MAX_CHARGE_POWER and EMSTag.MAX_DISCHARGE_POWER; rscpName = "maxStartDischargePower" The values container has the Tag
`MIN_START_CHARGE_POWER`	Unknown. Probably the minimum power in watts, from when the battery is charged. I guess MIN_START_CHARGE_POWER and MAX_START_CHARGE_POWER give the limits for the charge limit (See EMSTag.MAX_CHARGE_POWER and EMSTag.MAX_DISCHARGE_POWER; rscpName = "minStartChargePower" The values container has the Tag
`MIN_START_DISCHARGE_POWER`	Unknown. Probably the minimum power in watts, from when the battery is discharged. I guess MIN_START_CHARGE_POWER and MAX_START_CHARGE_POWER give the limits for the charge limit (See EMSTag.MAX_CHARGE_POWER and EMSTag.MAX_DISCHARGE_POWER; rscpName = "minStartDischargePower" The values container has the Tag
`RECOMMENDED_MIN_CHARGE_LIMIT`	Recommended minimum charge limit of the battery in watts; rscpName = "recommendedMinChargeLimit" The values container has the Tag
`RECOMMENDED_MIN_DISCHARGE_LIMIT`	Recommended minimum discharge limit of the battery in watts; rscpName = "recommendedMinDischargeLimit" The values container has the Tag
`START_CHARGE_DEFAULT`	Default value in watts, from when the battery is charged. At least the assumption. However, an EMSTag for this value is missing. For the discharge process the value is present. See EMSTag.DISCHARGE_START_POWER; rscpName = "startChargeDefault" The values container has the Tag
`START_DISCHARGE_DEFAULT`	Default value in watts, from when the battery is discharged. See EMSTag.DISCHARGE_START_POWER; rscpName = "startDischargeDefault" The values container has the Tag

Method Summary

Modifier and Type	Method	Description
`final EMSSysSpecName`	`valueOf(String value)`	Returns the enum constant of this type with the specified name.
`final Array<EMSSysSpecName>`	`values()`	Returns an array containing the constants of this enum type, in the order they're declared.
`final String`	`getRscpName()`
`final EnumEntries<EMSSysSpecName>`	`getEntries()`	Previously known possible values in a de.jnkconsulting.e3dc.easyrscp.api.frame.tags.EMSTag.GET_SYS_SPECS data block.

Methods inherited from class kotlin.Enum
getName, getOrdinal
Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Constructor Detail
- Method Detail
  - valueOf
```
 final EMSSysSpecName valueOf(String value)
```
    Returns the enum constant of this type with the specified name. The string must match exactly an identifier used to declare an enum constant in this type. (Extraneous whitespace characters are not permitted.)
    
    Parameters:
    
    value - Name in the value of the de.jnkconsulting.e3dc.easyrscp.api.frame.tags.EMSTag.SYS_SPEC_NAME data block.
  - values
```
 final Array<EMSSysSpecName> values()
```
    Returns an array containing the constants of this enum type, in the order they're declared.
    This method may be used to iterate over the constants.
  - getRscpName
```
 final String getRscpName()
```
  - getEntries
```
 final EnumEntries<EMSSysSpecName> getEntries()
```
    Previously known possible values in a de.jnkconsulting.e3dc.easyrscp.api.frame.tags.EMSTag.GET_SYS_SPECS data block.
    A GET_SYS_SPECS block is a block of type DataType.CONTAINER, which in turn contains blocks of type DataType.CONTAINER and the Tag. Jeder SYS_SPEC Block besteht aus drei weiteren Blöcken
    de.jnkconsulting.e3dc.easyrscp.api.frame.tags.EMSTag.SYS_SPEC_INDEX
    de.jnkconsulting.e3dc.easyrscp.api.frame.tags.EMSTag.SYS_SPEC_NAME
    de.jnkconsulting.e3dc.easyrscp.api.frame.tags.EMSTag.SYS_SPEC_VALUE_INT resp. de.jnkconsulting.e3dc.easyrscp.api.frame.tags.EMSTag.SYS_SPEC_VALUE_STRING
    This enum maps the previously known values of de.jnkconsulting.e3dc.easyrscp.api.frame.tags.EMSTag.SYS_SPEC_NAME.
    Since:
    
    2.0

Enum EMSSysSpecName

Nested Class Summary

Field Summary

Constructor Summary

Enum Constant Summary

Method Summary

Methods inherited from class kotlin.Enum

Methods inherited from class java.lang.Object

Constructor Detail

Method Detail

valueOf

values

getRscpName

getEntries