Titan 130 Gas Turbine Calculator

A gas turbine datasheet gives you a reference point. Evaluating a project means connecting that information to your application, operating duty, heat requirements and budget.

That work often involves moving between technical PDFs, performance curves and separate spreadsheets. Each change introduces another question: are all the calculations still using the same assumptions?

The Ruhify Titan 130 Performance & Sizing Suite brings configuration choices, performance charts, equipment visualization and cost estimates into one interactive experience. It helps engineering teams and technical buyers explore an initial project scenario before progressing to detailed assessment.

Start with the application

Power generation and mechanical drive applications require different evaluation inputs. The calculator begins with that distinction, offering generator-set and mechanical-drive configurations.

Users can explore applications such as utility power, industrial CHP, oil and gas, pipeline service and offshore installations. The configuration interface also includes driven equipment, grid frequency, operating duty, combustion options and heat-recovery configuration.

A configuration summary keeps the selected rating basis visible, including nominal output, heat rate, shaft arrangement, combustion system, output shaft speed and pressure ratio.

This gives the performance results context: users can see which configuration they are evaluating.

Read performance curves alongside the selected operating point

One output figure cannot describe the full operating range.

The calculator’s performance dashboard includes:

Fuel flow versus power output.

Part-load heat rate and efficiency.

Power and efficiency versus power-turbine speed.

Firing temperature and compressor discharge pressure.

These charts help users examine how the model represents performance as conditions change. For preliminary evaluation, they also help identify questions to take into a supplier discussion: What operating range matters? Which assumptions need confirmation? Which conditions deserve closer analysis?

The displayed curves and results should be checked against the applicable manufacturer data for the selected equipment configuration.

Put CHP efficiency in context

For combined heat and power projects, the evaluation must include both electricity and useful recovered heat.

A CHP efficiency figure needs a clear calculation basis. Users should establish the fuel-energy basis, electrical output boundary and amount of heat that the facility can actually use. Recoverable heat and useful heat are not automatically the same.

The calculator’s heat-recovery configuration provides a starting point for exploring the project arrangement. A detailed CHP assessment must then connect that arrangement to the facility’s heat demand, required temperatures and operating schedule.

Look beyond the turbine package price

The cost dashboard separates the turbine package from the wider installation scope. In the supplied example, it shows:

The installed-cost breakdown includes civil works, mechanical installation, electrical and controls integration, balance of plant, engineering, commissioning and contingency.

The lifecycle view adds fuel and maintenance to the capital costs, using a displayed discount-rate assumption of 8%.

These are illustrative calculator estimates, not supplier quotations. Their value is in making the cost structure visible and giving users a basis for questioning the assumptions behind an initial budget.

Explore the equipment in 3D

The turbine visualization adds equipment context to the numerical assessment. Users can examine the machine’s form while reviewing configuration and performance information.

For technical sales and early project discussions, this creates a shared reference: the equipment, its operating assumptions and its estimated economics can be discussed together.

Build a clearer preliminary assessment

The Titan 130 calculator supports early evaluation and more focused engineering conversations. Final sizing and procurement decisions still require validated project inputs, applicable OEM performance data and qualified engineering review.

Explore Ruhify for interactive industrial product experiences. To explore AI assistance for your own company or product knowledge, visit Ruhify AI Agent.