Electric Power System Protection: Case Study and Trouble Shooting

ACARA

03 – 04 Juni 2015 | Rp. 4.900.000 Per Peserta di Yogyakarta
03 – 04 Juni 2015 | Rp. 5.900.000 Per Peserta di Semarang / Solo
03 – 04 Juni 2015 | Rp. 6.900.000 Per Peserta di Bandung / Jakarta / Surabaya
03 – 04 Juni 2015 | Rp. 7.900.000 Per Peserta di Bali / Batam /Balikpapan / Manado / Lombok

Jadwal Training 2015 Selanjutnya …

 

 

Training Description Electric Power System Protection

Construction of generation plants, transmission and distribution of electrical energy systems is a costly business. At both levels of national grid systems and local industrial plants, two important aspects are at the heart of this strategic industry. These are the reliability of energy delivery to meet customers’ demands and safe operation. At different stages of energy processing i.e. at the generation, transmission and energy delivery stage, protection of personnel and equipment is of prime importance. To achieve these goals, protection schemes are to be employed. The philosophy adopted in any protection scheme is to clear faults with a minimum system disruption, at a high speed, and in a simple and economical way. The course deals with different types of protection schemes used in large networks and those adopted in industrial plants. It describes some of the important components such as relays, comparators and other protective gears, and techniques and calculations used for their settings. The course also reflects on recent development and what are new in this important field of electricity industry.



Training Purpose Electric Power System Protection

  1. On organizational level
    • • It introduces the subject of protection as an art where technical and economical constraints are to be met and compromised to achieve certain engineering requirements.
    • • Learn to develop and manage well-protected plants that lead to a higher security, less outages and hence better profitability.
    • • The course introduces new technologies used in relaying systems such as microprocessor and computer relaying which put organizations at the forefront of modern electricity industries.
    • • Helps organizations in making appropriate decisions at times of system expansion or in situations where new developments become necessary.
    • • Help organizations to understand causes of system failures, means available for remedies and hence better system management and operation with minimum investment.
  2. Personal Impact
    • • Introduces and acquaints attendees with different components used in protection schemes.
    • • Ability to perform some basic essential calculations required for relay settings.
    • • Establishes confidence in dealing with protection schemes installed for protecting personnel equipment to grantee flow of energy.
    • • Learn how to assess protection performance.
    • • Add knowledge on how to improve security level by designing better protection systems with aim to improve performance.
    • • Learn about error sources introduced by some protection scheme components and how to overcome them.

Training Outline Electric Power System Protection

  1. Fundamentals of Protection Practice and Basic Technology
    • • Protective Gear.
    • • Reliability
    • • Selectivity
    • • Speed, Stability and Sensitivity
    • • Circuit quantities & conventions
    • • Fault calculations
  2. CTs Requirements
    • • Error in CTs and compensation
    • • Accuracy limit current of CTs
    • • Class X CTs and linear CTs
    • • Transients in CTs
    • • Practical conditions
  3. Static Relays
    • • Circuits using analogue techniques
    • • Digital techniques
    • • Output and Tripping circuits
    • • Electrical Interference
    • • Future trends
  4. Protection Schemes and substation design diagrams
    • • Generator protection
    • • Motor protection
    • • Transformer protection
    • • Line Protection
    • • Substation Design Diagrams
  5. Differential protection
    • • Classification of differential protection
    • • Direction comparison
    • • Circulating current and balanced voltage systems
    • • Transformer differential protection
    • • Differential protection for generators and rotating machines
    • • Line differential protection
    • • Busbar-differential protection
    • • Differential system with multiple restraint
    • • High impedance differential system
  6. Industrial Power System Protection
    • • Busbar arrangement
    • • Discrimination
    • • HRC fuses
    • • Industrial circuit-breakers
    • • Infeed fault current from induction motor
    • • Automatic changeover systems
    • • Voltage and phase reversal protection
    • • Private generation
  7. Installation, testing and maintenance of protection systems
    • • Installation of protection equipment
    • • Testing protection schemes.
    • • Pre-commissioning tests,
    • • Installation resistance measurements
    • • Secondary injection tests
    • • C.Ts tests
    • • Periodic maintenance
  8. Setting and testing numerical protection



Training Participants Electric Power System Protection

Managers involved with energy management, Electrical engineers and Technical Staff who have to deal with the aspect of electrical and industrial power system protection, control and operation.



Metode  Training Electric Power System Protection 

Presentation, discuss, case study.

 

 

WAKTU & TEMPAT Training Electric Power System Protection 

Tempat (Tentative):

  • Hotel Santika Kuta, Bali
  • Hotel Nagoya Plaza, Batam
  •  Hotel Fave, Balikpapan
  • Hotel Aston, Manado
  • The Santosa Villas and Resort, Lombok
  • Hotel Gino Ferucci, Bandung
  •  Hotel Santika Pandegiling, Surabaya
  • Hotel Fave Pasar baru Jakarta, Jakarta
  • Hotel Ibis Solo
  • Hotel Ibis Simpang Lima, Semarang
  • Hotel Ibis Malioboro, Yogyakarta

Jadwal Training 2015

  1. 16 – 17 Maret 2015
  2. 23 – 24 Maret 2015
  3. 30 – 31 Maret2015
  4. 06 – 07 April 2015
  5. 13 – 14 April 2015
  6. 20 – 21 April 2015
  7. 27 – 28 April 2015
  8. 04 – 05 Mei 2015
  9. 11 – 12 Mei 2015
  10. 18 – 19 Mei 2015
  11. 25 – 26 Mei 2015
  12. 03 – 04 Juni 2015
  13. 08 – 09 Juni 2015
  14. 15 – 16 Juni 2015
  15. 22 – 23 Juni 2015
  16. 29 – 30 Juni 2015
  17. 06 – 07 Juli 2015
  18. 13 – 14 Juli 2015
  19. 27 – 28 Juli 2015
  20. 03 – 04 Agustus 2015
  21. 10 – 11 Agustus 2015
  22. 18 – 19 Agustus 2015
  23. 24 – 25 Agustus 2015
  24. 31 Agustus – 1 September2015
  25. 07 – 08 September 2015
  26. 14 – 15 September 2015
  27. 21 – 22 September 2015
  28. 28 – 29 September 2015
  29. 05 – 06 Oktober 2015
  30. 12 – 13 Oktober 2015
  31. 19 – 20 Oktober 2015
  32. 26 – 27 Oktober 2015
  33. 02 – 03 November 2015
  34. 09 – 10 November 2015
  35. 16 – 17 November 2015
  36. 23 – 24 November 2015
  37. 30 November – 1 Desember 2015
  38. 07 – 08 Desember 2015
  39. 14 – 15 Desember 2015
  40. 21 – 22 Desember 2015
  41. 28 – 29 Desember 2015

 

Investasi dan Fasilitas

  • Rp.7.900.000 (Non Residential) untuk lokasi di Bali, Batam, Balikpapan, Manaado atau Lombok
  • Rp. 6.900.000 (Non Residential) untuk lokasi di Bandung, Jakarta atau Surabaya
  • Rp 5.900.000 (Non Residential) untuk Lokasi Solo atau Semarang
  • Rp. 4.900.000 (Non Residential) untuk lokasi di Yogyakarta
  • Quota minimum 3 peserta ( Untuk Manado, Balikpapan dan Lombok Quota minimal 4 peserta)
  • Fasilitas : Certificate,Training kits, USB, Lunch, Coffee Break, Souvenir

 

Training Instructur Electric Power System Protection

Tugino, ST.,MT dan Tim
Having knowledge and experience as practician and trainer in Electricity Maintenance.

 

 

Electric Power System Protection: Case Study and Trouble Shooting

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