05470_EDF_T_00147884

  • Current version of the outage - v5
    • Entity : Generation
      Name : NOGENT 1
      Sector : Nuclear
      Location : France
      Market France
      Type : Forced
      Status : Actif
      Publication date : 12/07/2024 15:11:52
      Cause : Failure
      Complementary informations :
      Between the : 08/07/2024 19:11:00
      and the : 12/07/2024 15:11:00
      0 MW
      MW AVAILABLE POWER
      1310 MW
      MW MAXIMUM POWER

      The unavailabilities planning of a production unit is EDF’s best estimate at the time of publication and it is based on an estimate of the duration reasonably required for the planned works or events liable to affect the asset. In case of overlapping outages, whether forced or planned, the practice is to use the lowest available power for each overlapping period.

  • Earlier version of the outage - v4
    • Entity : Generation
      Name : NOGENT 1
      Sector : Nuclear
      Location : France
      Market France
      Type : Forced
      Status : Inactive
      Publication date : 12/07/2024 08:35:22
      Cause : Failure
      Complementary informations :
      Between the : 08/07/2024 19:11:00
      and the : 12/07/2024 16:00:00
      0 MW
      MW AVAILABLE POWER
      1310 MW
      MW MAXIMUM POWER

      The unavailabilities planning of a production unit is EDF’s best estimate at the time of publication and it is based on an estimate of the duration reasonably required for the planned works or events liable to affect the asset. In case of overlapping outages, whether forced or planned, the practice is to use the lowest available power for each overlapping period.

  • Earlier version of the outage - v3
    • Entity : Generation
      Name : NOGENT 1
      Sector : Nuclear
      Location : France
      Market France
      Type : Forced
      Status : Inactive
      Publication date : 11/07/2024 18:03:50
      Cause : Failure
      Complementary informations :
      Between the : 08/07/2024 19:11:00
      and the : 12/07/2024 23:00:00
      0 MW
      MW AVAILABLE POWER
      1310 MW
      MW MAXIMUM POWER

      The unavailabilities planning of a production unit is EDF’s best estimate at the time of publication and it is based on an estimate of the duration reasonably required for the planned works or events liable to affect the asset. In case of overlapping outages, whether forced or planned, the practice is to use the lowest available power for each overlapping period.

  • Earlier version of the outage - v2
    • Entity : Generation
      Name : NOGENT 1
      Sector : Nuclear
      Location : France
      Market France
      Type : Forced
      Status : Inactive
      Publication date : 09/07/2024 10:01:35
      Cause : Failure
      Complementary informations :
      Between the : 08/07/2024 19:11:00
      and the : 14/07/2024 23:00:00
      0 MW
      MW AVAILABLE POWER
      1310 MW
      MW MAXIMUM POWER

      The unavailabilities planning of a production unit is EDF’s best estimate at the time of publication and it is based on an estimate of the duration reasonably required for the planned works or events liable to affect the asset. In case of overlapping outages, whether forced or planned, the practice is to use the lowest available power for each overlapping period.

  • Earlier version of the outage - v1
    • Entity : Generation
      Name : NOGENT 1
      Sector : Nuclear
      Location : France
      Market France
      Type : Forced
      Status : Inactive
      Publication date : 08/07/2024 19:12:15
      Cause : Failure
      Complementary informations :
      Between the : 08/07/2024 19:11:00
      and the : 09/07/2024 22:00:00
      0 MW
      MW AVAILABLE POWER
      1310 MW
      MW MAXIMUM POWER

      The unavailabilities planning of a production unit is EDF’s best estimate at the time of publication and it is based on an estimate of the duration reasonably required for the planned works or events liable to affect the asset. In case of overlapping outages, whether forced or planned, the practice is to use the lowest available power for each overlapping period.