Package energy.eddie.aiida.adapters.datasource.fr.transformer.standard

Enum Class StandardModeEntry

java.lang.Object
java.lang.Enum<StandardModeEntry>
energy.eddie.aiida.adapters.datasource.fr.transformer.standard.StandardModeEntry
All Implemented Interfaces:
Serializable, Comparable<StandardModeEntry>, Constable
public enum StandardModeEntry extends Enum<StandardModeEntry>

  • Enum Constant Details

    • ADSC

      public static final StandardModeEntry ADSC
      Meter's secondary address (None)

    • VTIC

      public static final StandardModeEntry VTIC
      TIC version (None)

    • DATE

      public static final StandardModeEntry DATE
      Current date and time (None)

    • NGTF

      public static final StandardModeEntry NGTF
      Name of supplier's tariff calendar (None)

    • LTARF

      public static final StandardModeEntry LTARF
      Current supplier's tariff label (None)

    • EAST

      public static final StandardModeEntry EAST
      Total extracted active energy (Wh)

    • EASF01

      public static final StandardModeEntry EASF01
      Supplier extracted active energy, index 01 (Wh)

    • EASF02

      public static final StandardModeEntry EASF02
      Supplier extracted active energy, index 02 (Wh)

    • EASF03

      public static final StandardModeEntry EASF03
      Supplier extracted active energy, index 03 (Wh)

    • EASF04

      public static final StandardModeEntry EASF04
      Supplier extracted active energy, index 04 (Wh)

    • EASF05

      public static final StandardModeEntry EASF05
      Supplier extracted active energy, index 05 (Wh)

    • EASF06

      public static final StandardModeEntry EASF06
      Supplier extracted active energy, index 06 (Wh)

    • EASF07

      public static final StandardModeEntry EASF07
      Supplier extracted active energy, index 07 (Wh)

    • EASF08

      public static final StandardModeEntry EASF08
      Supplier extracted active energy, index 08 (Wh)

    • EASF09

      public static final StandardModeEntry EASF09
      Supplier extracted active energy, index 09 (Wh)

    • EASF10

      public static final StandardModeEntry EASF10
      Supplier extracted active energy, index 10 (Wh)

    • EASD01

      public static final StandardModeEntry EASD01
      Distributor extracted active energy, index 01 (Wh)

    • EASD02

      public static final StandardModeEntry EASD02
      Distributor extracted active energy, index 02 (Wh)

    • EASD03

      public static final StandardModeEntry EASD03
      Distributor extracted active energy, index 03 (Wh)

    • EASD04

      public static final StandardModeEntry EASD04
      Distributor extracted active energy, index 04 (Wh)

    • EAIT

      public static final StandardModeEntry EAIT
      Total injected active energy (Wh)

    • ERQ1

      public static final StandardModeEntry ERQ1
      Total Q1 reactive energy (VArh)

    • ERQ2

      public static final StandardModeEntry ERQ2
      Total Q2 reactive energy (VArh)

    • ERQ3

      public static final StandardModeEntry ERQ3
      Total Q3 reactive energy (VArh)

    • ERQ4

      public static final StandardModeEntry ERQ4
      Total Q4 reactive energy (VArh)

    • IRMS1

      public static final StandardModeEntry IRMS1
      Effective current, phase 1 (A)

    • IRMS2

      public static final StandardModeEntry IRMS2
      Effective current, phase 2 (A)

    • IRMS3

      public static final StandardModeEntry IRMS3
      Effective current, phase 3 (A)

    • URMS1

      public static final StandardModeEntry URMS1
      Effective voltage, phase 1 (V)

    • URMS2

      public static final StandardModeEntry URMS2
      Effective voltage, phase 2 (V)

    • URMS3

      public static final StandardModeEntry URMS3
      Effective voltage, phase 3 (V)

    • PREF

      public static final StandardModeEntry PREF
      App. reference power (PREF) (kVA)

    • PCOUP

      public static final StandardModeEntry PCOUP
      App. breaking capacity (PCOUP) (kVA)

    • SINSTS

      public static final StandardModeEntry SINSTS
      Extracted instantaneous app. power (VA)

    • SINSTS1

      public static final StandardModeEntry SINSTS1
      Extracted instantaneous app. power phase 1 (VA)

    • SINSTS2

      public static final StandardModeEntry SINSTS2
      Extracted instantaneous app. power phase 2 (VA)

    • SINSTS3

      public static final StandardModeEntry SINSTS3
      Extracted instantaneous app. power phase 3 (VA)

    • SMAXSN

      public static final StandardModeEntry SMAXSN
      Extracted max. app. power n (VA)

    • SMAXSN1

      public static final StandardModeEntry SMAXSN1
      Extracted max. app. power n phase 1 (VA)

    • SMAXSN2

      public static final StandardModeEntry SMAXSN2
      Extracted max. app. power n phase 2 (VA)

    • SMAXSN3

      public static final StandardModeEntry SMAXSN3
      Extracted max. app. power n phase 3 (VA)

    • SMAXSN_1

      public static final StandardModeEntry SMAXSN_1
      Extracted max. app. power n-1 (VA)

    • SMAXSN1_1

      public static final StandardModeEntry SMAXSN1_1
      Extracted max. app. power n-1 phase 1 (VA)

    • SMAXSN2_1

      public static final StandardModeEntry SMAXSN2_1
      Extracted max. app. power n-1 phase 2 (VA)

    • SMAXSN3_1

      public static final StandardModeEntry SMAXSN3_1
      Extracted max. app. power n-1 phase 3 (VA)

    • SINSTI

      public static final StandardModeEntry SINSTI
      Injected instantaneous app. power (VA)

    • SMAXIN

      public static final StandardModeEntry SMAXIN
      Injected max. app. power n (VA)

    • SMAXIN_1

      public static final StandardModeEntry SMAXIN_1
      Injected max. app. power n-1 (VA)

    • CCASN

      public static final StandardModeEntry CCASN
      Point n of the extracted active load curve (W)

    • CCASN_1

      public static final StandardModeEntry CCASN_1
      Point n-1 of the extracted active load curve (W)

    • CCAIN

      public static final StandardModeEntry CCAIN
      Point n of the injected active load curve (W)

    • CCAIN_1

      public static final StandardModeEntry CCAIN_1
      Point n-1 of the injected active load curve (W)

    • UMOY1

      public static final StandardModeEntry UMOY1
      Mean voltage ph. 1 (V)

    • UMOY2

      public static final StandardModeEntry UMOY2
      Mean voltage ph. 2 (V)

    • UMOY3

      public static final StandardModeEntry UMOY3
      Mean voltage ph. 3 (V)

    • STGE

      public static final StandardModeEntry STGE
      Status Register (None)

    • DPM1

      public static final StandardModeEntry DPM1
      Start of Mobile 1 Peak Time (None)

    • FPM1

      public static final StandardModeEntry FPM1
      End of Mobile 1 Peak Time (None)

    • DPM2

      public static final StandardModeEntry DPM2
      Start of Mobile 2 Peak Time (None)

    • FPM2

      public static final StandardModeEntry FPM2
      End of Mobile 2 Peak Time (None)

    • DPM3

      public static final StandardModeEntry DPM3
      Start of Mobile 3 Peak Time (None)

    • FPM3

      public static final StandardModeEntry FPM3
      End of Mobile 3 Peak Time (None)

    • MSG1

      public static final StandardModeEntry MSG1
      Short message (None)

    • MSG2

      public static final StandardModeEntry MSG2
      Ultra-short message (None)

    • PRM

      public static final StandardModeEntry PRM
      PRM (None)

    • RELAIS

      public static final StandardModeEntry RELAIS
      Relay (None)

    • NTARF

      public static final StandardModeEntry NTARF
      Current tariff index number (None)

    • NJOURF

      public static final StandardModeEntry NJOURF
      Number of current day in supplier's calendar (None)

    • NJOURF_1

      public static final StandardModeEntry NJOURF_1
      Number of next day in supplier's calendar (None)

    • PJOURF_1

      public static final StandardModeEntry PJOURF_1
      Profile of the next day in the supplier's calendar (None)

    • PPOINTE

      public static final StandardModeEntry PPOINTE
      Point n of the extracted active load curve (W)

  • Method Details

    • values

      public static StandardModeEntry[] values()
      Returns an array containing the constants of this enum class, in the order they are declared.
      Returns:
      an array containing the constants of this enum class, in the order they are declared

    • valueOf

      public static StandardModeEntry valueOf(String name)
      Returns the enum constant of this class with the specified name. The string must match exactly an identifier used to declare an enum constant in this class. (Extraneous whitespace characters are not permitted.)
      Parameters:
      name - the name of the enum constant to be returned.
      Returns:
      the enum constant with the specified name
      Throws:
      IllegalArgumentException - if this enum class has no constant with the specified name
      NullPointerException - if the argument is null

    • fromEntryKey

      public static StandardModeEntry fromEntryKey(String entryKey)

    • needsSanitization

      public static boolean needsSanitization(String key)

    • needsSanitization

      public boolean needsSanitization()

    • rawEntryKey

      public String rawEntryKey()

    • toString

      public String toString()
      Overrides:
      toString in class Enum<StandardModeEntry>

    • obisCode

      public ObisCode obisCode()

    • rawUnitOfMeasurement

      public UnitOfMeasurement rawUnitOfMeasurement()