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Gi Konv & Otomasi

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gardu induk

Text of Gi Konv & Otomasi

  • GI KONVENSIONAL DAN GI OTOMASI

  • TOPIK

  • SISTEM TENAGA LISTRIK

    Sistem Pembangkitan (Generation)Sistem Penyaluran (Transmission)Penghantar (transmission line)Gardu Induk (substation)Pusat Pengatur (Control Centre)Sistem Distribusi (Distribution)

  • GARDU INDUK

    Fungsi GI :Mentransformasikan daya listrikUntuk pengaturan pelayanan beban ke GI lain, dan ke Gardu distribusiUntuk pengamanan sistem tenaga listrikUntuk pengawasan operasi (pemantauan, pengukuran dll)

  • JENIS-JENIS GI

    Berdasarka tegangannyaBerdasarkan fungsinyaBerdasarkan IsolasiBerdasarkan sistem rel (Bus bar)

  • PERALATAN GI

    Primary Equipment (High Voltage)Secondary Equipment (Low Voltage)

  • PERALATAN GIPrimary Equipment (High Voltage)BusbarLinesTransformer (Power Transformer, Instrument TransformerKapasitorShunt ReactorMotorCircuti BreakerDisconneting SwitchEarthing SwitchLightning Arrester

  • PERALATAN GISecondary Equipment (Low Voltage)Protection (Distance Relay, Differencial Relay, Eart Fault Relay, Over Current Relay, dll)RTU for Monitoring, Control, and measuringTransducer for measurement (I, kV, MW, MVar, f)Logger/Recording (event logger, DFR, data logger, EWS, TWS)Telecommunication (PLC, Multiplex, PABX)

  • TREND PERKEMBANGAN GIMeter dan Logger EquipmentOtomatic Record;Not integratedManual record by operatorOtomatic record, Integrated, Easy queryGI Semi OtomasiGI Auto mationGI Konvensional

  • TREND PERKEMBANGAN GIProtection EquipmentelektronismekaniknumericGI Semi OtomasiGI Auto mationGI Konvensional

  • TREND PERKEMBANGAN GIControl EquipmentMotoris;Remote from CCLocal;Manual by operatorMotoris;Remote from any where in networkGI Semi OtomasiGI Auto mationGI Konvensional

  • TREND PERKEMBANGAN GI Model Komunikasi dengan Pusat Pengatur BebanStandaloneMaster SlaveHierarchicalDistributed

  • TREND PERKEMBANGAN GIGI KonvensionalLocal operationManual collection, evaluation, dan forwarding data to higher level systemDistributed systemGI Semi Otomasi Remote Operation from Control Centre (SCADA)Centralized SystemAutomatic data collection, evaluation and forwardingGI Otomasi (Substation Automation) ???

  • PROTOCOL KOMUNIKASI GIProtocols for connection to IEDs and substationsProfibusModbusDNP V3.00IEC 60870-5-103IEC 60870-5-101IEC 61850Protocols for connection to control centersHNZDNP V3.00IEC 60870-5-101IEC 60870-5-104IEC 61850 ???

  • KONFIGURASI GI OTOMASIKonfigurasi GI Saat Ini

  • KONFIGURASI GI OTOMASIKonfigurasi GI ke Depan

  • KONFIGURASI GI OTOMASIKonfigurasi Station Bus

  • KONFIGURASI GI OTOMASIKonfigurasi Station Bus + Proses Bus

  • KONFIGURASI GI OTOMASIKonfigurasi Common Network

  • KONFIGURASI GI OTOMASIKonfigurasi Station Bus Ring

  • IMPLEMENTASI GI OTOMASIRekomendasi untuk GI Eksisting

  • IMPLEMENTASI GI OTOMASIRekomendasi untuk GI Baru

  • IMPLEMENTASI GI OTOMASIRekomendasi untuk GI Baru (2)

  • IMPLEMENTASI GI OTOMASIContoh Implementasi

  • IMPLEMENTASI GI OTOMASIContoh Implementasi

  • BENEFIT GI OTOMASILess Hardware (panel and cubikle)Less cabling (hard wire)Less installationLess space demand and civil workLess maintenance (CBM)One point of data collection (information, evaluation, analisis)Economic, effective, and Save Operation and maintenanceEasy extensions and function implementation

  • BENEFIT GI OTOMASIImprove availability due to self-supervision and redundancyReduced cost :Installation, commissioning, operation, maintenance, and life-cycleNo conventional mimic board/panel controlOptical link Reduced EMC On-line primary equipment monitoringOpen system

  • SEKIAN

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