The Synchronous Machine Transient Simulator – Real Time (SMTS-RT 6000) is a sophisticated hardware-in-the-loop simulator designed to emulate the behavior of a generator/motor, its associated turbine/load, and the grid. Here’s an overview of its features and benefits:

1. Hardware-in-the-Loop Simulation:

• The simulator replicates the dynamic behavior of a generator/motor, turbine/load, and the grid.
• It is connected to the excitation system for closed-loop tests to analyze both steady-state and transient behavior.

2. Reduced Testing Time and Costs:

• SMTS-RT 6000 reduces testing time for machines, thereby saving costs associated with conventional testing methods.
• It serves as an ideal training tool for maintenance and operation personnel.

3. Commissioning Efficiency:

• Commissioning time can be further minimized by tuning control parameter sets in advance using the simulator in conjunction with a UNITROL® 6000 control device.

4. Grid Code Compliance:

• The UNITROL® 6000 control functionality is designed to support any grid code requirements.
• The excitation control terminal (ECT) features extensive testing functions and powerful data recorders for testing, tuning, and verifying the performance of control, stabilizer, and limiter functions.

5. System Frequency Response Analysis:

• The built-in white noise generator facilitates quick and accurate analysis of system frequency response, enabling compliance testing in minimal time.

6. Data Management and Integration:

• Data records are stored in the ECT’s dedicated memory and can be easily copied and integrated into electronic documents for documentation purposes.

7. Simulation of Critical Conditions:

• In combination with the SMTS-RT 6000, it becomes possible to simulate the most critical plant or grid conditions, which may be unsafe or impractical to test within the real system.

Overall, the SMTS-RT 6000 offers a comprehensive solution for testing, commissioning, and compliance verification of excitation systems, enhancing efficiency, safety, and reliability in power generation applications.