Introduction:
Modern industrial, utility, and infrastructure facilities demand robust and intelligent power management to ensure safety, efficiency, reliability, and cost optimization. A Power Management System (PMS) serves as the brain behind effective monitoring, control, automation, and protection of electrical power systems.
This comprehensive 10-day course provides a deep dive into the design, operation, configuration, and integration of PMS, focusing on real-world applications, industry standards, and practical use cases. Whether you're upgrading systems, integrating with SCADA/DCS, or troubleshooting issues, this course is structured to elevate your understanding and capabilities in Power Management Systems.
Course Objectives:
By the end of this training, participants will be able to:
- • Understand the architecture and components of a Power Management System
- • Analyze power distribution and consumption patterns
- • Configure PMS for energy efficiency and operational reliability
- • Integrate PMS with automation systems (SCADA, DCS, BMS, etc.)
- • Perform advanced diagnostics, alarms, and event tracking
- • Apply international standards and cybersecurity best practices
Course Outline:
Day 1: Introduction to Power Management Systems
- • Fundamentals of power systems and electrical distribution
- • Role and importance of PMS
- • PMS vs. SCADA vs. EMS vs. BMS
- • Applications in industrial, utility, and commercial sectors
Day 2: PMS Architecture and Communication Protocols
- Components: meters, IEDs, PLCs, controllers
- Network topology (Ethernet, Modbus, IEC 61850, DNP3)
- System integration layers
- Redundancy and failover strategies
Day 3: Power Monitoring and Measurement
- Real-time monitoring: voltage, current, power factor, harmonics
- Load profiling and demand forecasting
- Energy metering and billing interfaces
- Alarms and event management
Day 4: Load Shedding and Demand Management
- Automatic Load Shedding schemes
- Priority-based load control
- Peak demand management and optimization
- Black start and islanding considerations
Day 5: Power Quality Management
- Harmonics, transients, sags, swells, interruptions
- Monitoring and analyzing power quality events
- Use of PQ analyzers and correction methods
- Integration with UPS and generators
Day 6: System Configuration and PMS Software
- PMS user interface and dashboard
- Configuration of parameters and logic
- Data logging, trending, and reporting tools
- Remote control and local HMI integration
Day 7: Integration with SCADA, DCS & Other Systems
- PMS and SCADA data exchange
- OPC, APIs, and third-party software integration
- Interfacing with energy storage and renewable sources
- Cybersecurity considerations in integrated systems
Day 8: Protection and Reliability Strategies
- • Fault detection and isolation
- • Coordination with protection relays
- • Power system reliability indices (SAIDI, SAIFI)
- • Maintenance and contingency planning
Day 9: Case Studies and Industry Applications
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- • PMS in oil & gas, manufacturing, hospitals, data centers
- • Real-life failure scenarios and solutions
- • Best practices in system commissioning and acceptance tests
Day 10: Hands-On Simulation & Final Assessment
- PMS simulation and control exercises
- System diagnostics walkthrough
- Group activity: PMS design challenge
- Review, feedback, and certification
Why Attend This Course
- Gain technical expertise in modern Power Management Systems
- Learn from industry professionals and real-world case studies
- Enhance your capability to design, manage, and troubleshoot PMS
- Network with peers and discuss regional/sector-specific challenges
- Receive a certificate of completion recognized internationally
Conclusion
A strong foundation in Power Management Systems is essential for ensuring reliable, safe, and efficient electrical operations in modern facilities. This course offers a unique combination of theoretical knowledge, practical skills, and real-world insights, empowering you to excel in your professional role. Join us and take a significant step forward in mastering power management technologies.
