Paralleling and Protection
Paralleling and protection
Automatic genset controller AGC-4 Mk II
- Automatic Mains Failure sequence
- Multi-master Power Management
- Power Management Core (32dg)
- Power Management Extended (>32dg)
- RMB Transformer maintenance with up to 32 gensets
- PLC
- Engine CANbus
- Din rail mount
- Flexible Hardware
- Additional CANbus based I/O (9 x CIO modules)
- Redundant controller
- Redundant CANbus for Power mamangement
- N+X configuration
- Close Before Excitation / Run-up synchronization from 6 seconds
- DEIF digital AVR DVC550 support
- Multi purpose PID´s
- Gridcode compiant with: VDE AR-N 4110/4105 (Medium voltage, Germany, VDE AR-N 4105 (low voltage, Germany, EN 50549-1:2019 (Europe), ENA EREC G99 (United Kingdom)
- Touch Screen Supported (TDU107)
- Tier4 final/stage5
- Emulation for easy training and FAT
- Hybrid EMS support (1)
- Heavy consumer (via ALC-4)
- Fuel optimisation
- Fully compatible with AGC 150 and ASC-4
- TÜV pending and UL approved
Advanced Genset Controller AGC 150
- Synchronization
- Power Management Core (32dg)
- -40 degree support
- PLC
- Engine and Generator protection
- Engine CANbus
- Front mount
- Additional CANbus based I/O (9 x CIO modules)
- DEIF digital AVR DVC550 support
- Multi purpose PID´s
- Tier4 final/stage5
- Emulation
- Hybrid EMS support
- Fuel optimisation
Automatic Load Controller ALC-4
- Prioritised load groups
- Anticipated load-dependent start
- Integrated in power management system
- Automatic startup of extra gensets
- Avoid overload of system
- Manual or automatic control of feeders
- Easy setup via USW and intuitive to use
- Easy commissioning, prepare SW setup before commissioning, live status of feeders shown in USW
- Flexible setup of different application types
- CANbus communication, long distance communication (up to 300 m)
- Security of supply – safety based on feeder priority
Paralleling & protection GPC 300
- Diesel Generator controller
- Engine and Generator protection
- Engine CANbus
- Generator controller
- Generator breaker control
- Mains connection protection
- Mains connection breaker control
- Mains connection controller
- BTB controller
- BTB connection breaker control
- BTB connection protection
- Single generator with mains connection application
- CODESYS PLC for advanced purpose
- AC protection
- Bus tie breaker control
- Graphical based easy-to-use plant layout
- Synchronization
- PLC
- Rear mount
- Flexible Hardware
- Additional I/O racks (9 racks)
- Ethernet Ring connection for Power management
- Redundant breaker feedback
- Colour Display
Maximize Power System Performance with DEIF
Elevate the performance and reliability of your power system with DEIF's advanced paralleling and protection solutions. Contact us today to learn more about how our products can benefit your application.
DEIF's paralleling and protection solutions are engineered to optimize power system performance, ensuring seamless integration and reliable operation in diverse applications.
Key Features of DEIF Paralleling Solutions:
- Intelligent Control: Our paralleling solutions feature intelligent control algorithms for precise synchronization and load sharing between multiple power sources.
- Scalable Architecture: From small-scale applications to large power plants, DEIF's paralleling solutions offer scalability to accommodate various system sizes and configurations.
- Enhanced Reliability: Benefit from enhanced system reliability with DEIF's advanced protection features, safeguarding your power system against potential faults and disturbances.
- Remote Monitoring and Control: Monitor and manage your paralleling system remotely with DEIF's intuitive interface and remote accessibility features, enabling proactive maintenance and troubleshooting.
- Seamless Integration: DEIF's paralleling solutions seamlessly integrate with existing power generation and distribution systems, minimizing installation time and complexity.
Explore DEIF's Paralleling and Protection Products
Discover our comprehensive lineup of paralleling and protection products, each designed to meet the unique needs of modern power systems.