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Invensys Systems (UK) Ltd.


Triconex Home


Introduction to 
Turbo Machinery

Products

  TS110
  TS310
  310SV
  320
  TS3000
  TS3410
  TS3420

Auxiliaries

  HA100
  TurboSentry
  TurboMach.
  M306
  TS160

  Power Mgmt
  Compr. Ctrl

  Steam Tbn. 
  SOE
  TriLogger
  Gen. Ctrl.
  TMR-SOV

Guide to RfQ
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Contact


TRICONEX
Invensys Systems 
(UK) Limited
Manor Royal
Crawley
West Sussex
RH10 9SJ

Tel: 01293 406 540
Fax: 01293 408 462

 

Generator Controls


The World's Leading Supplier of Integrated Turbine and Generator Controls

More than just AVR.
We can provide complete power system management

Triconex Power Management System Features
Generator Voltage Regulation

The Triconex patented voltage regulation algorithms provide precise control of the generator voltage over widely varying system demands. Triconex can provide voltage regulators for all exciter types and generator sizes. The generator reactive map is modelled in the controller to allow precise control within the generator limits. The Triconex AVR algorithms provide:

  • Voltage control

  • VAR control

  • Power Factor control

  • Stator temperature override

  • Rotor temperature override

  • Tap changer control

Auto Synchronisation
The precise speed controls used by Triconex allow easy matching of the phase angle and voltage of the generator to the grid. Synchronization can be accomplished automatically by the controller or manually by operator intervention.

Generator Load Sharing
Triconex can provide numerous techniques for sharing the load between generators. All the turbines/generators can be controlled by a single controller or they can be controlled by multiple controllers. When each turbine/generator set has it's own controller, load sharing data can be passed between the controllers using hardwired signals or the Triconex peer-to-peer communications links. We can not only balance the load and voltage, we can also balance other parameters such as steam flow or pressure. All this is accomplished without a "master" load sharing controller.

Load Shedding
Most load shedding systems drop the non-essential loads based on a drop in frequency. In most cases, once the frequency has dropped, it's too late. The Triconex Load Shedding algorithms monitor not only the frequency, but also the system voltage, tie breaker status, the system loads and the reserve generator capacity. When an electrical system fault occurs, the load shedding system compares the system loads and available generator capacity to determine immediately which non-essential loads should be shed. This technique is augmented by voltage and frequency load shedding techniques if the system sags further. And the operator can easily change the order in which loads are shed.

System Management
Through a WonderWare HMI or a DCS, the customer has complete access to all aspects of the plant power system. Whether trending system variables such as loads, voltages and currents or setting the priority order for the load shedding system, all actions are taken through the same, ultra-reliable control system.

Fault Tolerant Triple Modular Redundant Systems:

  • TS 3000 Tricon
  • Tricon Configurable AVR Control
  • Trident Configurable AVR Control

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