This PI System plugin provides real-time compressor efficiencies, expected generator capacity, and expected heat rates based upon compressor inlet temperature and humidity.
This PI System plugin provides a real-time calculation and polar plot of exhaust gas temperatures and maps to the originating combustion chamber.
This plugin performs thermodynamic calculations on the TCA (Turbine Compressed Air) cooler, calculating the real-time duty, heat exchanger effectiveness, heat transfer coefficient, and fluid flows.
This plugin simplifies early identification of problems with turbine driven compressors. It calculates compressor discharge pressure, work (brake horsepower, and both include isentropic efficiency and polytropic efficiency then plots them plots them in real time against scalable, dynamic reference curves that adjust with compressor speed.
This variation of the Combustion Gas Turbine Power Curves plugin (PPI-LNG-CTG-PRF) allows users to customize the plugin with their own existing KPI tags.
This plugin compares Corrected Power to Air Inlet Temperature and plots power against the Full Load Output design as well as PCD and WF curves.
This plugin helps quickly identify potential problems with rotating equipment. It uses gas inlet and outlet conditions to calculate the power extracted by the turbo-expander, applicable efficiencies, and shaft losses.
This plugin compares real-time turbine performance to expected performance. It monitors turbine status for gear boxes, generators, and overall performance issues and organizes wind asset parameters by Region
This plugin predicts wind turbine generator capacity based on weather conditions based on weather forecast feeds from weather.
This PI System plugin module is useful for identifying loss of efficiency or other turbine problems.
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