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The Rise of Digital Substation Era in Indonesia EKO PRASETYO 87112313Z [email protected] Unit Induk Transmisi Jawa Bagian Tengah July 22nd 2020



Profile Educations • 2003 – 2005 SMA Negeri 1 Sidoarjo • 2005 – 2009 Institut Teknologi Sepuluh Nopember (B. Eng) • 2018 – 2019 University of Manchester (M.Sc with Distinction) Professional Experiences • 2009 – 2011 McDermott International, E&I Engineer • 2011 – 2017 PT. PLN UIP3BS UPT Tanjung Karang, Har Proteksi • 2017 – 2018 PT. PLN UIP3BS UPT Tanjung Karang, Renev • 2018 – 2020 PT. PLN Div TLN, Pegawai Tugas Belajar • 2019 – 2019 UK National Grid Power Systems Research Centre, Internship • 2020 – 2020 PT. PLN Div RKO, Internship • 2020 – Now PT. PLN UIT JBT, Har Proteksi



Eko Prasetyo, S.T, M.Sc PT. PLN (Persero) UIT JBT eko. [email protected]



Notable Activities • 2014 Delegate of PLN Group, APPTC by Omicron, Singapore • 2017 Delegate of PLN Group, APPS Course by GE Grid, Stafford, UK • 2017 Awardee of LPDP Scholarship PK-122, Kemenkeu Indonesia • 2019 MSc Best Projects Prize, University of Manchester, UK • 2020 Conference Reviewer, ICT-PEP 2020



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1. Modern Grid (Smart Grid) ▪ Bi-Directional power flow ▪ Extensive communication ▪ More inverters in the grid ▪ More green energy ▪ Dynamic pricing ▪ Demand response ▪ Use of Non-Conventional Instrument Transformers ▪ etc



Source: CLP, “Smart Grid,” Hongkong. website: https://www.clp.com.hk/



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2. Smart Transmission Grid



Source: GE Grid Solutions, “Session 86 - IEC 61850 Process Bus,” APPS, Stafford 2018



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3. Philosophy of Substation Control System ▪ Conventional Control Full of copper hardwire Less communication



▪ Digital Control Substation Automation System (SAS) 61850-1



Digital Substation (DSS) 61850-2 Extensive use of IEC-61850 based communication Source: GE Grid Solutions, “Session 70 – Digital Control System,” APPS, Stafford 2018



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4. Digital Substation: Evolution or Revolution? ▪ Substation = critical link Transmission, and Distribution.



between



Generation,



▪ Substations can be made smarter by adding sensors, monitoring, automation, and analysis systems. ▪ DSS completely changes how substation monitored and controlled. Source: https://www.tdworld.com/smart-utility/article/20958258/digital-substation-evolution-or-revolution



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5. Standard Protocol in DSS



Source: Schneider Electric, “Digital Substation,” 2020



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6. Technical Comparison Conventional: more hardwire and civil works uses static or 1st generation digital relays only capable for network management/switching



Digital: more fibre optics and programming uses IEC 61850-2 IEDs capable of asset performance management



Source: ABB Powergrids, “We are bridging the gap, Enabling Digital Substations,” Switzerland, 2018.



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7. Why Digital Substation? Advantages of DSS: ▪



Interoperability according to IEC 61850s







Lower instrument transformer requirement







Improved asset management, safety, and reliability







Opportunity of controllable cyber security







Software based testing







Fewer human operators



Considerations of DSS:



Source: ABB Powergrids, “We are bridging the gap, Enabling Digital Substations,” Switzerland, 2018.







11 years experience (1st world DSS in 2009 by ABB)







Would require regulation updates







Needs of competency upgrade on O&M engineer www.pln.co.id



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8. Future Potential of DSS



Source: Digital Substation Market with Covid-19 Impact Analysis by Module, 2020. website: www.marketsandmarkets.com/



Source: Effectiveness and Comparison of Digital Substations Over Conventional Substations, DOI :10.25046/aj040452



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9. Existing and Potential Use of IEC-61850 in Indonesia ▪ Basic substation measurement and control (SOGI)



▪ Use of MMS in IEDs for automated disturbance reporting ▪ Redundant inter-substation trip using GOOSE



▪ CB Failure and non-cascaded protection on transformer using GOOSE



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10. Milestone of DSS in Indonesia



2020 2014



2008 1st batch SAS (MMS).



SS retrofit includes 9-2LE (Kalibakal etc).



SS retrofit using SAS (MMS, GSSE, GOOSE).



Fully DSS (Sepatan, Teluk Naga, Bandung Utara).



1st DSS with 9-2LE (SKMDU & JKBRG).



Use of NCIT (Hybrid Pasar Kemis – Gajah Tunggal).



SS retrofit using SAS (MMS). www.pln.co.id



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11. Key Supporting Factors • Update in regulation and standard for process bus and DSS. (SPLN S3.001-3: 2012 & S6.002:2014 follows IEC 61850)



Cyber Security



• Operation & maintenance readiness. (Updates on SKDIR 520 book 26 for SOGI)



• Cyber security handling.



O&M



Engineer



Readiness



Development



Regulation Update



• Intensive training for SAS & DSS engineer.



DSS PLN



R&D



• Strengthen collaboration and R & D with universities. www.pln.co.id



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12. Experience learned from UK NGET Incorporation of local universities for: •



Preparing dedicated engineers







Problem solving







R & D related to SAS & DSS



MU



Relay Tester



GPS Time Sync Fibre Optics



IED



Switches



RTDS



Corporate investment in universities for DSS laboratory www.pln.co.id



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Gracias Arigato



Thank You



Terima Kasih Obrigado



Xièxiè



Danke



Shukraan