
We are pleased to offer full featured, real time, high fidelity simulation models that provide training on all major power plant equipment and control systems.
We can configure virtually every major turbine to be fired by any of the major boiler manufacturers. We can also supply numerous different control variations. (All configurations can be purchased as either 8-bay or 12-bay simulators, plus an instructor station and main model hardware providing the users with either a 10 or 14 bay usable workstation environment.) All of our simulators have various universal control emulations that include industry standard hierarchies and usage details.
| Universal Simulator Specs |
| Simulator Designation |
Boiler Configuration |
Turbine Configuration |
| Sim - 01 |
400 MW ABB-CE coal fired drum boiler with 6 negative pressure Raymond pulverizers, 3 boiler circ pumps and electric BFP's. |
Westinghouse (TC4F) with DEH "Hard Panel" control emulation. Also available with G.E. (D-8 turbine configuration) and EHC Mark - II Controls. |
| Sim - 02 |
400 MW ABB-CE coal fired drum boiler with 6 positive pressure Raymond pulverizers (2 P.A. fans), 3 boiler circ pumps and electric BFP's. |
Westinghouse (TC4F) with DEH "Hard Panel" control emulation. Also available with G.E. (D-8 turbine configuration) and EHC Mark - II Controls. |
| Sim - 03 |
400 MW ABB-CE coal fired drum boiler with 6 positive pressure Raymond pulverizers (2 P.A. fans), 3 boiler circ pumps and steam turbine driven BFP's. |
G.E. (D-8 turbine configuration) and EHC Mark - II Controls. |
| Sim - 04 |
400 MW B & W coal fired drum boiler with 6 MPS-89 pulverizers, 2 P.A. fans and electric driven BFP's. |
G.E. (D-8 turbine configuration) and EHC Mark - II Controls. |
| Sim - 05 |
400 MW ABB-CE drum boiler fired by any combination of natural gas or #6 fuel oil. Ignitors #2 fuel oil. |
Westinghouse (TC4F) with DEH "Hard Panel" control emulation. |
| Sim - 06 |
525 MW B & W super-critical boiler that is cyclone fired (10 cyclones) and burns coal or natural gas. |
General Electric (G-2 turbine) with EHC hard panel emulation. |
| Sim - 07 |
675 MW Foster Wheeler coal fired drum type boiler with 8 MPS-89 pulverizers. |
BBC (TC6F) with universal TT6 turbine controller. |
| Sim - 08 |
675 MW Babcock & Wilcox coal fired drum type boiler With 8 MPS-89 Pulverizers. |
General Electric (G-3) With Triconex control emulation (based on EHC Mark-II). |
| Sim - 09 |
125 MW B & W drum type boiler. This boiler is cyclone fired (3 cyclones) and burns coal. |
Westinghouse with MHC control emulation. |
| Sim - 10 |
110 MW natural circulation CE boiler fired by #6 oil or natural gas. |
General Electric double flow with shell mounted valves and MHC control emulation. |
| Sim - 11 |
565 MW Babcock & Wilcox coal fired drum type boiler With 7 MPS-89 Pulverizers. |
General Electric (G-2) EHC Mark-II with AMS. |
| Sim - 12 |
250 MW Babcock & Wilcox coal fired drum type boiler with 6 EL Pulverizers and one Steam Driven BFP. |
General Electric double flow with shell mounted valves and Mark-VI turbine controls. |
| Sim - 13 |
350 MW Babcock & Wilcox coal fired drum type boiler with 5 MPS - 89 Pulverizers and electric driven BFP's. |
General Electric (D-8) and Mark VI turbine controls. |
| Sim - 14 |
300 MW Babcock & Wilcox coal fired drum type boiler with 5 MPS Pulverizers and one Steam Driven BFP. |
General Electric double flow with shell mounted valves and Mark-VI turbine controls. |
| Sim - 15 |
750 MW ABB-CE super critical boiler fired by natural gas or #6 oil. |
Westinghouse (TC8F) with DEH "Soft Panel" control emulation. |
| Sim - 16 |
500 MW 2 on 1 combined cycle modeled with 3D Pact! |
|
| | This is an exceptional, ground breaking simulator. It is modeled with a 3-D add-on called 3D Pact that allows the user to "walk-thru" the plant. 3D PACT is an interdependent suite of real time 3D rendering software technologies. 3D Pact provides plant instructors, operators, engineers and maintenance staff with unrivalled abilities and intuitive, easy to use interfaces for training, monitoring and planning purposes. It allows integration of a full 3D Plant with an existing or new Training Simulator via industry standard communication protocols which truly puts the physical plant in the classroom. This allows unparalleled multi-disciplinary training options and by providing a physical plant together with a full-scope simulator it allows deeper understanding of plant processes than what is possible with only a standard control room simulator. |
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