Progress

 

    • Partial replacement of primary equipment in the 110kV switchyard.
    • Installation of new AC and DC distribution board.
    • Upgrade of the Local SCADA system to the newest version.
    • Replacement, upgrade to digital technology and integration into Local SCADA system of all 220kV, 110kV and 35kV control and protection systems.
    • Installation of new metering cabinets and AC and DC distribution board.
    • Construction of nine relay protection buildings with belonging cable channels in the 220kV and 110kV outdoor switchyard and installation of the 220kV and 110kV control and protection system.
    • Construction of the service road in the 110kV switchyard.
    • Complete replacement of primary equipment in the 110kV switchyard.
    • Provision of new metering cabinets in the 400kV and 110kV relay protection building.
    • Replacement of one circuit breaker and all marshalling kiosks in the HV switchyard.
    • Replacement, upgrade to digital technology and integration into Local SCADA system of complete HV and MV control and protection system.
    • Installation of new AC and DC distribution board.
    • Complete replacement of primary equipment and marshalling kiosk in the HV switchyard.
    • Replacement, upgrade to digital technology and integration into Local SCADA system of complete HV and MV control and protection system.
    • Installation of new AC and DC distribution board.
    • Partial replacement of primary equipment and marshalling kiosks in the HV switchyard.
    • Replacement, upgrade to digital technology and integration into Local SCADA system of complete HV and MV control and protection system.
    • Installation of new AC and DC distribution board.
    • Replacement of marshalling kiosks located in the HV switchgear.
    • Replacement, upgrade to digital technology and integration into Local SCADA system of complete HV and MV control and protection system.
    • Installation of new AC and DC distribution board.
    • Replacement of one circuit breaker and all marshalling kiosks in the HV switchyard.
    • Replacement, upgrade to digital technology and integration into Local SCADA system of complete HV and MV control and protection system.
    • Installation of new metering cabinets and AC and DC distribution board.
    • Replacement of one circuit breaker and all marshalling kiosks in the HV switchyard.
    • Replacement, upgrade to digital technology and integration into Local SCADA system of complete HV and MV control and protection system.
    • Installation of new metering cabinets and AC and DC distribution board.
    • Replacement of one circuit breaker and all marshalling kiosks in the HV switchyard.
    • Replacement, upgrade to digital technology and integration into Local SCADA system ofcomplete HV control and protection system.
    • Installation of new AC and DC distribution board.
    • Replacement of four circuit breakers in the HV switchyard.
    • Replacement, upgrade to digital technology and integration into Local SCADA system of the MV control and protection system.
    • Replacement of marshalling kiosks located in the HV switchyard.
    • Replacement, upgrade to digital technology and integration into Local SCADA system of complete HV and MV control and protection system.
    • Installation of new metering cabinets and AC and DC distribution board.
    • Complete replacement of the 220kV primary equipment in the HV switchyard and partial replacement of the 400kV and 110kV primary equipment.
    • Installation of new metering cabinets and AC and DC distribution board in relay protection buildings.
    • Partial replacement of primary equipment in the 110kV switchyard.
    • Replacement, upgrade to digital technology and integration into Local SCADA system of complete MV control and protection system.
    • Installation of new metering cabinets in the 400kV relay protection buildings.
    • Replacement, upgrade to digital technology and integration into Local SCADA system of complete MV control and protection system.
    • Integration of SS 110/35 kV Brezna and associated transmission line into the transmission grid. 
    • Dismantling of an existing 220kV overhead line and the construction of an approximately 16km long 400kV double circuit overhead line from substation Pljevlja 2 to Montenegrin border in direction to Bajina Bašta – Serbia
    • Reconstruction of existing 400 kV OHL bay A6 for connection of new OHL 400kV Bajina Bašta
  • Scope of worksSubstationOHLPljevlja - Bajina Bašta

     

     

     

    SS Bar - 3.4%
     
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    SS Berane - 3.4%
     
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    SS Brezna - 3.4%
     
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    SS Budva - 3.4%
     
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    SS Cetinje - 3.4%
     
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    SS Herceg Novi - 3.4%
     
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    SS Mojkovac - 3.4%
     
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    SS Niksic - 3.4%
     
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    SS Pljevlja 1 - 3.4%
     
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    SS Pljevlja 2 - 3.4%
     
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    SS Podgorica 1 - 3.4%
     
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    SS Podgorica 2 - 3.4%
     
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    SS Podgorica 3 - 3.4%
     
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    SS Ribarevine - 3.4%
     
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    SS Tivat - 3.4%
     
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    SS Ulcinj - 3.4%
     
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    OHL Pljevlja - Bajina Bašta - 0%
     
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    PROGRESS IN TOTAL

     

     
    3.4%

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    Last updated: 25/10/2018