Paralleling Switchgear & Control Systems

Paralleling Switchgear & Control Systems

 

Thomson Power Systems’ Paralleling Switchgear is the most intelligent, advanced Switchgear available today designed specifically for use in the Power Generation Industry. The Paralleling Switchgear is configurable using standard designs allowing automatic paralleling of single or multiple generators for an unlimited number of Power Generation System applications including Distributed Generation, Automatic Standby or Prime Power systems. Available for low or medium voltage applications with all types of generators and a variety of prime movers including gas or diesel reciprocating engines and gas or steam driven turbines.

 

  • Intelligent, Configurable Switchgear for Distributed Generation, Automatic Standby or Prime Power Systems
  • Superior Control & Monitoring using the Integrated PGC 4000v2 Power Generation Controller
  • User Friendly Color Touch Screen Operator Display with Run-time Configurable Graphics.
  • Digital Protective Relaying for Generator & Utility Supply per IEEE & ANSI standards
  • High Speed/Noise Immune Ethernet-based Communications exceeds Industry standards and provides reliable real-time system data transfer
  • Integrated Web/Internet-based Remote Monitoring and Controls Provide On-Line Service, Support and System Upgrades
  • Compliant with IEEE 1547 Distributed Generation Interconnect Standard
  • Certifications to UL, CSA and ANSI Switchgear Standards
  • High Short Circuit Withstand Ratings up to 100kA and 1000 MVA
  • Available with any commercially available synchronizing and load sharing controller

 

Paralleling Switchgear & Control Systems

 

PGC 4000v2 Controller

The power of Thomson Power Systems’ Series 2400 Paralleling Switchgear is the PGC 4000v2 Power Generation Controller. The PGC 4000v2 integrates a vast array of advanced generator control and monitoring features with run-time configurability. Advanced integrated features include utility and generator revenue grade power metering, protective relaying, engine control, load sharing and synchronizing. The color touch screen graphical operator interface display combined with internet/web ready Ethernet communications makes it the most user friendly, integrated power generation controller on the market. By incorporating advanced communication interfaces, Series 2400 Paralleling Switchgear can operate in harmony with any PLC or building management system, providing maximum equipment utilization and total energy management.

 

  • Superior control & monitoring system for Thomson Power Systems’ advanced Series 2400 Switchgear
  • Flexible Design allows use in Distributed Generation, Automatic Standby or Prime Power Applications
  • Integrated design for complete system control and monitoring
  • Integrated Revenue Grade Utility and Generator Metering with Power Quality Measurement (exceeds ANSI C12.20 Revenue Class 0.5 accuracy)
  • Integral Digital Engine-Generator controls with Automatic Synchronizing & kW/kVAR Load Sharing
  • User Friendly 19” color touch screen Operator Interface with run-time configurable Graphics
  • High Accuracy Digital Protective Relaying for Generator & Utility Supply per IEEE & ANSI standards
  • High-Speed / Noise-Immune simultaneous Dual-LAN 1GB/s Ethernet-based Communication provides the most reliable real-time system data transfer available
  • Fully Integrated Web / Internet-based Remote Monitoring and Controls provide online service support and system upgrades
  • Compliant with IEEE 1547 Distributed Generation Interconnect Standard
  • Provides controls for Single or Multiple Generator & Utility Feeder applications
  • Certified to UL 508 & CSA 22.2 #14 Industrial Control Equipment Standards
  • Capable of Remote Synchronization over Ethernet
  • Intelligent Breaker Path determination for engaging Paralleling
  • Supports synchronization across dual bus voltage levels
  • Unmatched low transient breaker closure transitions using breaker closure detection, dual sync action, multiple synchronizers and predictive algorithms.

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