SCADA in Renewable Energy Plants course

SCADA in Renewable Energy Plants course

250$ 350$


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Description

 RenewableEnergy Fundamentals &PV Plant Architecture
Overview of Renewable Energy(PV, Wind, Hybrid)

  • Utility-scale PV plants (>50MW)
  • PV system components: PV arrays, DC combiner boxes, inverters
  • AC collection system, MV switchgear, transformers
  • Basic control philosophy in solar plants
  • Mini-Exercise: Identify components on a 50-MW PV

    What is SCADA? Why PV plants need it
  • ISA-95 (Levels0–4 explained)
  • Sensors → I/O → PLC/RTU → SCADA → Analytics
  • Real PV-SCADA examples
  • Mini-Exercise: Map PV devices into ISA-95 levels


PLC basics (Siemens S7, Schneider Modicon,etc.)

  • RTU Basics (Saitel, SEL, ABB)
  • Digital/Analog signaltypes
  • Communication protocols: Modbus TCP, RTU, IEC-104, OPC-UA
  • Mini-Exercise: Build a sample I/O list for an inverter station

    SCADA architecture layers: Field→ Control → Supervisory → Enterprise
  • SCADA servers, historian, HMI, redundancy
  • Network design:
    • Fiber rings, VLANs, RSTP,PRP,
    • Managed switches
  • Mini-Exercise: Create a PV SCADA network topology


HMI software: Brief about “AVEVA InTouch, WinCC “

  • Screen types: Overview, detailed, trends, alarms
  • Alarm philosophy (ISA-18.2):
    • Priorities, shelving, deadbands
    • Operator responserules
  • Mini-Exercise: Interpret real SCADA alarm scenarios
    Weather stationsignals (irradiance, temp, wind, humidity)
  • Power plant controller (PPC) functions
  • Historian configuration
  • Key PV KPIs:
    • PR, Availability, SpecificYield
  • Detecting performance issues from data
  • Mini-Exercise: Analyze PR drop using sample dataset

    End-to-end architecture: Field → SCADA → PPC → Grid
  • Device integration (inverters, meters, weatherstation)
  • Typical issuesand troubleshooting
  • Backup philosophy (OS images, database,historian)
  • Mini-Exercise: Students designa simplified SCADAlayout

    Difference betweenOT & IT
  • Difference betweenOT & IT cybersecurity
  • PV plants threats (ransomware, protocol injection, VPN abuse)
  • Standards overview
    • IEC 62443 (zones,conduits, SL1–SL4)
    • NIST CSF
    • NCA OTCC (Saudi Arabia)
  • Mini-Exercise: Identify cybersecurity gaps in a PV network diagram

    DMZ & segmented architecture
  • Firewalls, VPN, Jump servers
  • Hardening PLCs, RTUs, servers
  • IDS/IPS in solar farms
  • Backup, patching,antivirus strategy
  • Mini-Exercise: Build a secure PV SCADA cybersecurity architecture

    Integration workflow
    • I/O list, P&ID, architecture review
    • Signal testing,communication testing
  • FAT procedures
  • SAT procedures
  • Documentation & project close-out
  • Change management & version control
  • Mini-Exercise: Prepare a full FAT checklist

Outcomes

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Meet Your Instructor

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Mohamed ahmed abdelghafar

SCADA
  • students 14
  • Sections 8
  • Lessons 8
  • Duration 20 H
  • Language Arabic
  • Certificate True

Course Syllabus

Chapter 1

Lessons

  • 1 - SCADA in Renewable Energy Plants course
Chapter 2

Lessons

  • 1 - SCADA in Renewable Energy Plants course2
Chapter 3

Lessons

  • 1 - SCADACOURSE
Chapter 4

Lessons

  • 1 - SCADA in Renewable Energy Plants course4
Chapter 5

Lessons

  • 1 - SCADA in Renewable Energy Plants course5
Chapter 6

Lessons

  • 1 - SCADA in Renewable Energy Plants course6
Chapter 7

Lessons

  • 1 - SCADA in Renewable Energy Plants course7
Chapter 8

Lessons

  • 1 - SCADA in Renewable Energy Plants course8