Advanced / Expert
Automation & Control
Advanced Diesel Generator Synchronization & Parallel Operations
Technical Focus: Precision controls, Power Management Systems (PMS), safety interlocks, reverse power protections, and smart grid/utility paralleling strategies.
📅 Date
Oct 8 - 9, 2026
📍 Location
Nairobi, Kenya
⏱️ Duration
2 Days Intensive
💰 Investment
USD 525 / KES 67,500
🎯
Target Audience
Engineers, Solar Technicians, Facility Managers, and Policy Stakeholders.
Course Curriculum
Day 1: The Physics of Synchronization & Control Logic
Day 1 focuses on the precision required to bring two or more independent power sources into a single, cohesive electrical bus without catastrophic failure.
01
Module 1: The Four Pillars of Synchronization
- In-depth analysis of Phase Sequence, Voltage Magnitude, Frequency, and Phase Angle.
- The role of the Synchroscope and dark/bright lamp methods (Manual vs. Auto).
- Understanding "Window of Acceptance" parameters in modern digital controllers.
02
Module 2: Governor and AVR Dynamics
- Isochronous vs. Droop Control: Choosing the right mode for the application.
- Automatic Voltage Regulator (AVR) functions in reactive power (kVAR) sharing.
- Electronic Governor Actuators: Speed sensing and fuel rack positioning.
03
Module 3: Cross-Current Compensation
- Managing circulating currents between paralleled alternators.
- Quadrature Droop Compensation explained.
- Transformer integration for HV synchronization.
Day 2: Load Sharing, Protection, and Grid Paralleling
Day 2 moves into the operational logic of "Power Management Systems" (PMS) and the safety protocols required for complex power plants.
04
Module 4: Active and Reactive Power Sharing
- kW Sharing: Ensuring proportional engine loading to prevent "reverse power" trips.
- kVAR Sharing: Balancing the excitation to manage the power factor across the bus.
- Load-dependent Start/Stop: Optimizing fuel efficiency by managing spinning reserve.
05
Module 5: Advanced Protection & Troubleshooting
- Reverse Power (32R): Causes, consequences, and relay settings.
- Loss of Excitation (40) and Over-excitation (24) protection.
06
Module 6: Paralleling with the Utility (Grid)
- Base Loading: Running the generator at a constant output while the grid takes the swing.
- Peak Lopping: Using the generator to cap utility charges during high-tariff periods.
- Zero-Export Control: Ensuring no power flows back into the national grid.
🚀 Course Learning Outcomes
By the end of this course, participants will be able to:
- ✔ Configure advanced digital controllers (e.g., DeepSea, ComAp, or Woodward) for auto-sync operations.
- ✔ Diagnose hunting and system-level load instability issues in complex paralleled environments.
- ✔ Design a dynamic load-sharing scheme that prioritizes system fuel efficiency and engine longevity.
- ✔ Implement precise safety interlocks and hardware configurations to mitigate and prevent devastating "out-of-phase" breaker closures.
Ready to register for this Masterclass?
Corporate discounts and early bird slots are currently open.