The Promoda DG Synchronizing Panel is designed to synchronize multiple diesel generator sets and enable them to operate in parallel with each other or with the utility power supply. The panel ensures stable voltage, frequency, and phase matching before connecting generators to a common electrical bus, allowing safe and efficient load sharing between generators.
In facilities where high power demand or continuous backup power is required, multiple generator sets are often installed to operate together. The DG synchronizing panel coordinates the operation of these generators by controlling voltage regulation, frequency matching, and load distribution across the generator network.
The panel incorporates advanced synchronization controllers, generator protection relays, load sharing modules, and breaker control systems to ensure smooth synchronization and stable system operation. The synchronization process compares voltage, frequency, and phase sequence of generators before closing the breaker to connect the generator to the busbar.
Promoda DG synchronizing panels support both manual and automatic synchronization modes, allowing operators to manage generator operation according to system requirements. Once synchronized, the system automatically balances load among generators using load sharing controllers.
Constructed using industrial-grade sheet steel enclosures, the panel houses generator control equipment, protection devices, and synchronization controllers within dedicated compartments. The modular design allows integration of multiple generator feeder sections for scalable power generation systems.
Designed for 415V low voltage generator systems, the panel is widely used in large industrial facilities, power plants, data centers, and infrastructure projects where reliable backup power and flexible load management are required.
Promoda DG synchronizing panels provide efficient generator management, improved system stability, and uninterrupted power supply for critical electrical networks.
Key Highlights
Multi-Generator Synchronization
Allows multiple diesel generators to operate in parallel.
Automatic Load Sharing
Distributes electrical load evenly between generators.
Synchronization Control System
Matches voltage, frequency, and phase before connecting generators.
Manual and Automatic Operation
Supports both manual synchronization and automatic control.
Generator Protection Integration
Includes protection systems for safe generator operation.
Scalable Power Management
Expandable design for multiple generator installations.
Panel Architecture
The DG synchronizing panel is structured into functional sections that manage generator synchronization, load sharing, and system protection.
- Generator Control Section
Controls generator start, stop, and synchronization operations. - Synchronization Section
Matches generator voltage, frequency, and phase before connection. - Load Sharing Section
Ensures balanced power distribution among generators. - Protection Section
Includes circuit breakers and generator protection relays.
Major Components
- Synchronization Controller
Manages generator synchronization process. - Load Sharing Controller
Distributes electrical load among generators. - Protection Breakers
Provide electrical protection for generator circuits. - Control Relays
Manage generator automation sequences. - Metering Devices
Monitor voltage, current, frequency, and power parameters.
| Parameter | Specification |
|---|---|
| Panel Type | DG Synchronizing Panel |
| Voltage Rating | 415V AC |
| Generator Compatibility | Multiple Diesel Generator Sets |
| Synchronization Controller | Automatic Synchronizing Controller |
| Load Sharing | Automatic Load Sharing Module |
| Protection Devices | MCCB / ACB Protection |
| Panel Construction | Floor mounted sheet steel enclosure |
| Access | Front operation, rear wiring access |
| Control Voltage | 24V DC Generator Control |
| Ingress Protection | IP42 / IP54 |
| Control Wiring | FRLS copper wiring |
| Standards | IEC 61439 compliant panel |
Generator Synchronization System
- Synchronizes multiple generator sets with electrical busbars
- Matches voltage, frequency, and phase sequence automatically
- Ensures safe generator connection to the power system
- Improves stability of parallel generator operation
- Supports reliable backup power generation
Load Sharing Control
- Automatic load distribution between generators
- Maintains balanced generator operation
- Prevents generator overloading
- Improves efficiency of power generation systems
- Supports generator capacity expansion
Panel Engineering Design
- Floor-mounted industrial enclosure
- Modular generator feeder sections
- Front access for monitoring and control
- Rear access for wiring and maintenance
- Expandable system architecture
Efficient Generator Management
- Allows multiple generators to operate together
- Improves generator utilization efficiency
- Ensures stable power generation
- Provides scalable backup power systems
Compared to Single Generator Systems
- Higher power generation capacity
- Improved system reliability
- Flexible load management
- Redundant backup power capability
Key Industry Sectors
- Industrial manufacturing plants
- Power generation facilities
- Large commercial complexes
- Data centers and IT facilities
- Infrastructure and utility projects
Common Installations
- Parallel diesel generator systems
- Industrial backup power systems
- Power plant auxiliary generation systems
- Large commercial generator installations
- Critical infrastructure power systems
