Software for Power Plant Optimization

Power plant optimization software helps engineers model, analyze, and improve the performance of generating equipment and supporting systems. For gas-turbine applications, it can calculate thermodynamic-cycle behavior, component matching, efficiency, fuel consumption, operating limits, and control response. SimTurbo focuses on a graphical, physics-based approach that lets users explore system behavior before making design or operating changes.

Yes. SimTurbo is designed for gas-turbine system design, analysis, and simulation across power-generation, aerospace, marine, and research applications. Users can configure engine architectures and model components such as compressors, combustors, turbines, shafts, nozzles, recuperators, and afterburners. The platform supports conceptual studies as well as performance evaluation of new or existing gas-turbine configurations.

Yes. Steady-state analysis supports operating-point evaluation, efficiency calculations, fuel-consumption studies, ambient-condition analysis, pressure-ratio optimization, and component matching. Transient simulation addresses dynamic events such as startup, shutdown, throttle movement, acceleration, deceleration, load changes, actuator dynamics, sensor response, and fault conditions. Using both views helps engineers assess performance and operability together.

Control-system simulation allows engineers to develop and validate logic before applying it to a live or prototype system. SimTurbo supports PID controller development, fuel scheduling, gain scheduling, start and shutdown logic, engine protection, actuator and sensor modeling, and closed-loop stability analysis. These capabilities help teams assess response quality, operating limits, and fault-handling behavior under changing conditions.

Yes. SimTurbo supports simulation of advanced gas-turbine configurations, including recuperated, regenerated, reheated, intercooled, and afterburning systems. Engineers can use these studies to examine thermal-performance improvement, waste-heat recovery potential, fuel-efficiency effects, and emissions-related tradeoffs. Comparing alternate cycle configurations in a model provides a structured basis for selecting concepts worthy of deeper development.

Yes. SimTurbo supports exporting simulation data for post-processing in tools such as Excel, MATLAB/Simulink, and Python. This allows engineering teams to incorporate model results into existing reporting, optimization, visualization, or verification workflows. Exported data can be particularly useful when comparing scenarios, documenting assumptions, or conducting additional calculations outside the interactive simulation environment.

A free 30-day trial is available for SimTurbo control-system design capabilities, with full product features included during the trial period. The trial gives engineers an opportunity to explore graphical modeling, control validation, and dynamic simulation workflows using their own evaluation cases. Subscription and lifetime-access options are also available for selected software offerings, depending on the intended use.

Yes. SimTurbo offers academic simulation solutions for universities, engineering colleges, research laboratories, and technical institutes. The platform can support classroom demonstrations, laboratory experiments, thermodynamics and propulsion courses, capstone projects, and faculty research. Discounted student licensing, classroom licenses, laboratory licenses, research licenses, and campus-oriented deployment options are available for eligible academic users.