SCADA/EMS For Power System Dispatch Center
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COURSE DATES AND LOCATIONS
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INTRODUCTION
We all know SCADA stands for Supervisory Control and Data Acquisition, but most of us confuse that with HMI- Human Machine Interface. SCADA is merely software whereas HMI is hardware. The advantage of SCADA is we can use a computer, install the SCADA software, and can work it like an HMI as well.
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COURSE OBJECTIVES
By the end of the course, you‘ll be able to:
- Gain general understanding of what is ICS/SCADA
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Gain general understanding of typical ICS/SCADA architectures
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Gain general understanding of technologies used in ICS/SCADA
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Gain general understanding of software used in ICS/SCADA
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Gain general understanding of different ICS/SCADA protocols
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Gain general understanding of ICS/SCADA security regulations & standards
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Gain general understanding why do these technologies need to be defended?
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Gain general understanding of the ICS/SCADA threat landscape
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Gain general understanding of ICS/SCADA attack surfaces
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Gain general understanding of how to defend yourself, with technical examples
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Learn about the tools and techniques that can be used to better understand your environments.
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Have the appropriate mindset for defending your ICS/SCADA environments.
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COURSE AUDIENCE
This course is made for
- Electrical power generation systems and distribution engineers in utilities and industrial plants
- Managers of private electricity producers and large power consumers
- Substation engineers
- Consulting engineers
- Manufacturers of power equipment technicians and technologists
- Other technical personnel involved in the design, operation and maintenance of high/medium voltage substations
- Operations technicians
- Electrical maintenance technicians and supervisors
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COURSE OUTLINE
Day One
Introduction to Power Quality
- Definition of Power Quality
- Power Quality Progression
- Power Quality Terminology
- Power Quality Issues
- Susceptibility Criteria
- Responsibilities of the Suppliers and Users of Electrical Power
- Power Quality Standards
Power Frequency Disturbance
- Common Power Frequency Disturbances
- Cures for Low-Frequency Disturbances
- Voltage Tolerance Criteria
Day Two
Electrical Transients
- Transient System Model
- Examples of Transient Models and Their Response
- Power System Transient Model
- Types and Causes of Transients
Day Three
Grounding and Bonding
- Shock and Fire Hazards
- National Electrical Code Grounding Requirements
- Essentials of a Grounded System
- Ground Electrodes
- Earth Resistance Tests
- Earth–Ground Grid Systems (Ground Rods, Plates, Ground Ring)
- Power Ground System
- Signal Reference Ground
- Signal Reference Ground Methods
- Single-Point and Multipoint Grounding
Day Four
Electromagnetic Interference
- Frequency Classification
- Electrical Fields
- Magnetic Fields
- Power Frequency Fields
- High-Frequency Interference
- Electromagnetic Interference Susceptibility
- EMI Mitigation
- Cable Shielding to Minimize Electromagnetic Interference
- Health Concerns of Electromagnetic Interference
Day Five
Static Electricity
- Tribo-electricity
- Static Voltage Buildup Criteria
- Static Model
- Static Control
- Static Control Floors
- Humidity Control
- Ion Compensation
- Static-Preventative Casters
- Static Floor Requirements
- Measurement of Static Voltages
- Discharge of Static Potentials
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