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Training running 2018

Advanced Grounding System Design

Offering Training

 

Protection on Power Systems

 

DESCRIPTION

Seminar ini akan memberikan latar belakang yang Anda butuhkan untuk memahami mata pelajaran yang kompleks mengenai generator, trafo dan didistribusikan pembangkit (DG) perlindungan interkoneksi. Kursus-kursus ini sangat berharga bahkan jika Anda memiliki pengetahuan yang terbatas dari standar sistem tenaga & praktek.

WHO SHOULD ATTEND

Utility engineers, consultants (especially those involved with IPP/DG design), equipment/control engineers, generator packager and manufacturer engineers as well as others who specify protective relays and develop settings for these devices.

OBJECTIVE

v  Learn how to improve the security and dependability of generator, transformer and distributed generation (DG) interconnection electrical protection in both utility and non-bulk power systems.

v  Learn how enhanced generator and transformer protection can support the power system while maintaining integrity even longer – without tripping – avoiding blackouts.

SUMMARY OUTLINE

1.      Generator Basic Concepts

2.      Generator Protection

3.      Fault Fundamentals

4.      Generator Protection Calculations & Settings

5.      Blackout Avoidance & Load Shedding

6.      Transformer Protection Fundamentals

7.      Power Transformer Protection

8.      Back-up Protection

9.      Digital Transformer Protection System Setup

10.  Transformer Protection Calculations & Settings –Differential Elements

11.  Update on DG Interconnection Protection

12.  Motor Bus Transfer

COURSE METHOD

COURSE SPEAKER

v  Presentation

v  Discuss

v  Case Study

v  Evaluation

v  Simulation

Teguh Santoso, Ir

 

Teguh Santoso experienced more than 27 years in electrical.

TIME & VENUE

COURSE FEE

Dafam fortuna Hotel

Jl. Dagen 60 Malioboro

Yogyakarta

(02746429888)

 

25-28 Juli 2015

26-29 September 2016

10-13October 2016

5-8 Desember 2016

 

4 days

08 am – 04 pm

 

 

IDR 7,000,000.00 per participant non residential

 

Course fees can be transferred to the following account number :

CV JP CONSULTANT : MANDIRI Bank Yogyakarta Branch Acc. No.  1370007857077

 

FACILITY

INFORMATION AND REGISTRATION

¨  Module / Handout

¨  Certificate

¨  Souvenir

¨  Training Kit

¨  USB

JP Consultant

Kalibayem No. 436 Ngestiharjo Kasihan Bantul Yogyakarta

Email         :  jpconsultantyogyakarta@gmail.com

Website     : www.jptrainingcenter.com

Contact      : Tina (085741853818)      

                             (082225972336)     

                     Fia   (081215667730)

 

 

 

Offering Training

Advanced Electrical Grounding

DESCRIPTION

This advanced course will also address other grounding electrode systems not covered in the basic electrical grounding course such as “Buried Horizontal Ground Grids”, the “Three-Point” triangular electrode and calculations for determining the area of influence of grounding electrodes, such as a ground rod.

The course will also include additional principles involved in Earth Resistance testing and additional methods of measuring the “Ground Resistance” such as “The Slope Method” grounding resistance testing for large grounding systems such as substations.

The lightning protection section of the course will provide as an additional material, calculations for transient over voltage generated in high structures such as transmission and communications towers and the step voltage hazards caused by transient induced voltage gradients in the earth. Capacitive coupling of transient energy will also be discussed.

This course will also provide a comprehensive coverage of design practices for grounding and electromagnetic compatibility of industrial, commercial, and residential systems with linear and distorting loads.

For critical electronic loads, this advanced course will provide grounding practices for signal reference subsystems, multipoint grounding systems and lower and higher frequency signal reference networks, subjects not covered in the basic grounding course.

WHO SHOULD ATTEND

Electrical Engineers, Project Engineers, Design Engineers, Plant Engineers or those who have a considerable understanding of electrical grounding and are responsible for the engineering, design, construction, installation, inspection, operation, or maintenance of electrical grounding systems in an industrial, commercial or institutional or utility setting.

SUMMARY OUTLINE

  1. State of the Art
  • Importance of Grounding Systems
  • Advanced Grounding System Definitions
  • Advanced Components of a Grounding System
  • Types of Grounding Systems
  • Detailed Requirements for a Grounding System
  • Advanced Electrical Grounding Concepts
  • Voltage and Current Distribution in the Soil
  • Voltage Drop around a Grounding Electrode
  • Fault Current Calculation
  1. Advanced Geology Considerations
  • Earth Crust Composition
  • Resistivity and Conductivity Properties of the soil
  • Properties of Different Soils
  • Electrical Conductivity of the soil
  • Resistivity Measurements
  • Wenner Method
  • Measurement Registry

3. Advanced Grounding Overview

  • Why Ground Circuits and Systems
  • Grounding methods
  • System Grounding
  • Single Point Grounding
  • Solid Grounding
  • Impedance Grounding
  • Reactance Grounding
  • Resistance Grounding
  • Isolated Grounding
  • Ground Faults
  • Grounding Systems

4. Grounding Electrode System Design Modelling

  • Advanced Grounding Theory
  • Parameters, Measurements and Calculations
  • Grounding Electrodes: Construction And Installation
  • Ground Resistance and Resistivity
  • Grounding Electrode Conductor
  • Electrical Grounding and Corrosion
  • Materials-Splicing
  • Installation and Protection
  • Sizing the grounding Electrode Conductor

5. Advanced Grounding System Design

  • Steps to Achieve a Proper Grounding System
  • Determination of Parameters
  • Design
  • Analysis
  • Topology
  • Materials
  • Grounding Electrodes
  • Low Voltage Systems
  • Basic Medium/High voltage Systems
  • Resistance Measurement
  • Measurement for Touch and Step Voltage
  • Grounding in Artic Regions

6. Circuit Grounding

  • How to ground AC Systems
  • How to ground DC systems
  • Grounded Conductor
  • Direct Current Systems
  • Alternating-Current System

7. Fault Protection Subsystems

  • Major Requirements: Leakage Current, Proper Sizing
  • Generators
  • Substations
  • Transformers
  • UPS systems: Online, Standby, Line Interactive, Alternative
  • Installation
  • Sizing the Equipment grounding
  • Identification of the Equipment grounding Conductor
  • Electric Shock
  • Grounding and electric Shock

8. Lightning Protection Systems

  • The Phenomenon of Lightning
  • Development of Lightning Flash
  • Flash Parameters
  • Influence of Structure Height
  • Lightning- Characteristics
  • Electrical Effects
  • Basic Protection Requirements
  • Protection Systems
  • Rolling Sphere Concept
  • Electro-Geometric Method
  • Lightning Protection System Specifications

9. Advanced Industrial Electrical Systems Grounding Strategies

  • Grounding Subsystems
  • Exterior Ground Ring
  • Interior Ground ring- Halo Ground
  • Telecommunication’s Site Grounding
  • Low Frequency Networks
  • High frequency Networks
  • Telecommunication Rooms and Closets

10. Advanced Electronic & Computer Equipment Grounding Systems

  • Computer and Electronic Equipment Grounding
  • Data Processing Equipment Grounding
  • Electronic Security Equipment Grounding
  • System Reference Zero
  • Detection of a faulty Neutral-Ground System
  • Sizing Wiring to meet Computer Industry Standards
  • Grounding line Treatment Devices
  • Transient Overvoltage Protector Grounding
  • Gas Tubes
  • Metal Oxide Varistors
  • Silicon Avalanche Diodes

11. Signal/Instrumentation Grounding

  • Signal Grounding
  • Grounding Procedures
  • Lower Frequency Equipment
  • Cabinet Grounding
  • Bonding Practices
  • Higher Frequency Equipment
  • Equipment Containing both Lower and Higher Frequency Circuits
  • Shielding Guidelines
  • Instrumentation Grounding
  • Common Mode Noise Control
  • Instrumentation Grounding
  • Analog Systems
  • Grounded and Ungrounded Transducers
  • Amplifiers
  • Digital Data Systems
  • Equipment Inspection and Test Procedures

12. EMI on Electronic Circuits

  • Susceptibility- Immunity
  • Cable Shielding and Grounding
  • Shields grounding
  • Coaxial Cables
  • Losses by Absorption and reflection
  • Grounding Low and High frequency Shielding
  • Grounding High frequency Shielding
  • Coaxial Cables
  • Superficial Resistivity
  • Resonance and Skin Effect
  • EMI (Electromagnetic Interference)
  • Inductive, Capacitive and Radiation Coupling
  • RFI (Radio frequency Interference)
  • Electrostatic Discharge

13. Advanced Electrical Grounding Applications

  • Transmission Lines Grounding
  • Substation Grounding
  • Distribution Transformer Grounding
  • Reflector Light Pole Grounding
  • Motor Grounding
  • Telecommunications site Grounding
  • Satellite System Grounding
  • High Frequency Grounding System
  • Metallic Fence Grounding
  • Tanks Grounding

COURSE METHOD

COURSE SPEAKER

  1. Presentation
  2. Discuss
  3. Case Study
  4. Evaluation
  5. Simulation

Teguh Santoso, Ir

 

Teguh Santoso experienced more than 26 years in Electrical.

TIME & VENUE

COURSE FEE

Hotel Jentra,Hotel Dafam, Jln Dagen, Malioboro Yogakarta

 

6 – 9 Januari 2014

08 am – 04 pm

In House Training:

Depend On Request

 

IDR 7,000,000.00 per participant non residential

Course fees can be transferred to the following account number :

CV JP CONSULTANT : MANDIRI Bank Yogyakarta Branch Acc. No.  1370007857077

 

FACILITY

INFORMATION AND REGISTRATION

  • Module / Handout
  • Certificate
  • Souvenir
  • Training Kit

JP Consultant

Kalibayem No. 436 Ngestiharjo Kasihan Bantul Yogyakarta

Phone         :  02743326339

Email          :  jpconsultantyogyakarta@yahoo.com

Contact      : Tina    (085741853818)

                    Damiri (083867388077)

                   

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