In today's digital age, the importance of an Uninterrupted Power Supply (UPS) cannot be overstated. Power outages, surges, and spikes can cause significant damage to electronic equipment, resulting in data loss, downtime, and financial losses. This is where Uninterruptible Power Supply (UPS) systems come in. A UPS system provides emergency power to your electronic devices in the event of a power outage or disturbance, ensuring that your equipment stays up and running.
If you are looking to gain a comprehensive understanding of UPS systems and learn how to install and maintain them, Uninterruptible Power Supply (UPS) is the perfect opportunity for you. In this course, you will explore everything you need to know about Uninterruptible Power Supply (UPS).
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Course : |
UPS Systems Maintenance & Troubleshooting |
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Duration: |
3 days |
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Language: |
English |
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Location: |
Dubai, Riyadh, Dammam, Doha |
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Mode: |
Classroom Instructor-led Training (CILT) and Virtual Instructor-led Training (VILT) |
Day 1 - Introduction to UPS Systems, Application and Types
1. What is UPS?
2. Introduction to UPS Systems
3. Type of Grid Issues
4. Resilience, Resilient Power System
5. Type of UPS systems
6. Offline UPS
7. Line Interactive UPS
8. Double Conversion Online UPS
9. Generator and ATS (with and w/o Bypass Isolation)
10. Single Line Diagram of UPS System
11. Introduction to Main Parts of UPS
12. Principle Diagram, How UPS does works?
13. Description of UPS Operation
14. Normal mode operation
15. Battery Mode Operation
16. Static By-Pass Mode Operation
17. Manual Bypass Mode Operation
18. UPS Applications
19. UPS Types as per Applications
20. UPS Selection as per Application
21. Stand Alone UPS Configuration
22. UPS Accessories and Options
23. Input Isolation Transformer
24. Rectifier Isolation Transformer
25. Bypass Isolation Transformer
26. Output Isolation Transformer
27. Back Feed Protection
28. Back up Time
29. Parallel UPS System
30. N+1 & N+2 UPS systems and Their Operation
31. Modular UPS systems
32. How to Avoid Single Point of Failure
33. Type of UPS (re-look)
34. Power Electronic Elements & Applications
35. Single Line Diagram of Each Part of UPS
36. Harmonics
37. UPS Project Single Line Diagram
38. Quiz/Exercise Day 1
Day 2 - UPS specifications, DC UPS systems, Batteries and Harmonics
1. Project Specifications and Compliance
2. Galvanic Isolation
3. Transformer-based UPS
4. Transformer Less UPS
5. Load Power Factor
6. Type of Batteries
7. Comparison of Different Type of Batteries
8. Temperature, Heat Dissipation, Cooling for UPS & Batteries
9. Common & Separate Batteries Bank
10. UPS Communication with PCs, Data Centers, BMS, PLC, SCADA
11. Service Bypass, Manual Bypass, and External Manual Bypass
12. UPS Output Power Factor
13. EMC, Topology, 3Ph or 3P+N UPS
14. Input Isolation & output Isolation
15. Grounding Systems
16. UPS Selection and configuration
17. Comparison Between Transformer Less & Transformer Based UPS
18. Total Harmonics Distortion (Voltage & Current)
19. Methods to Mitigate the Harmonics
20. 6 Pulse Rectifier
21. 12 Pulse or 18 Pulse Rectifier
22. Pure Pulse or IGBT Based Rectifier
23. Active & Passive Harmonic Filter
24. Types of Energy Storage
25. Batteries, Fuel Cell & Fly Wheel
26. Types of Batteries and their comparison
27. Battery Selection, UPS compatibility
28. Run Time Calculation
29. Batteries Monitoring System
30. Introduction to the DC UPS system
31. Rectifier, battery chargers specs and selection
32. 24V, 48V, and 110VDC UPS systems with different types of batteries
33. DC UPS batteries Sizing and configuration
34. Operation of DC UPS system
35. Quiz/Exercise Day 2
Day 3 - UPS Installation, Commissioning, O&M, Trouble Shooting
1. BOM CheckList
2. UPS Hazard
3. Batteries Hazard
4. Safety Procedures Risk assessment and Inspection Test Plan
5. Personal Protective Equipment
6. Important checks prior to start work on AC UPS, DC UPS, and Batteries
7. Installation Checklist UPS & Batteries
8. Megger Test
9. Batteries Installation, safety and risk assessment
10. Physical / Visual Inspection of different Parts of UPS System and possible issues
11. Pre-Commissioning of AC & DC UPS
12. Rectifier Startup, Expected Test Results
13. Invertor Startup, Expected Test Results
14. Batteries Connection to the UPS, Rectifier
15. Static Bypass, Manual By-Pass and Back Feed Protection Testing
16. Preventive Maintenance Report
17. Graphic display, software, and parameters
18. Possible Problem in Rectifiers, troubleshooting
19. Alarms and faults in the Invertor section
20. Parts (PCB, Fuses, Power Electronics, consumables) replacement
21. Operation and Maintenance of UPS & Batteries
22. Faults Diagnosis and Alarm
23. Parameters and Calibration Method of UPS & Batteries
24. Quiz/Exercise Day 3
Answer
A UPS system is an essential component of any critical IT infrastructure. However, it is not just about purchasing a UPS system and plugging it in. Proper installation, configuration, and maintenance are crucial for the effective and efficient operation of a UPS system. This is where our (UPS) training comes in in. With hands-on training, you will be able to:
Answer
A UPS system is an essential component of any critical IT infrastructure. However, it is not just about purchasing a UPS system and plugging it in. Proper installation, configuration, and maintenance are crucial for the effective and efficient operation of a UPS system. This is where our (UPS) training comes in. With hands-on training, you will be able to: