Electrical Power System Sizing Within the Numerical Propulsion System Simulation

Electrical Power System Sizing Within the Numerical Propulsion System Simulation

Electrified aircraft propulsion seeks to address ambitious goals in the commercial airline industry, including significant decreases in fuel burn, emissions, noise, and takeoff field length. In order to move these electrified propulsion concepts forward, analysis tools are needed that can model prop...

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Hauptverfasser: Csank, Jeffrey T., Sadey, David J., Thomas, George L., Lavelle, Thomas M., Bergeson, Jennifer D., Calderon, Jesus Garcia
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Aircraft Propulsion And Power
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creator Csank, Jeffrey T.
Sadey, David J.
Thomas, George L.
Lavelle, Thomas M.
Bergeson, Jennifer D.
Calderon, Jesus Garcia
description Electrified aircraft propulsion seeks to address ambitious goals in the commercial airline industry, including significant decreases in fuel burn, emissions, noise, and takeoff field length. In order to move these electrified propulsion concepts forward, analysis tools are needed that can model propulsion systems containing both gas turbine and power system components. This work presents the definition of an electric port, a set of electrical power systems tools, and simulation examples for the Numerical Propulsion System Simulation (NPSS) software. NPSS is the industry standard modeling and simulation package for aircraft propulsion systems, and the ability to design, size, integrate, and analyze electric power systems will enable industry efforts towards the development of electrified aircraft propulsion.
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title Electrical Power System Sizing Within the Numerical Propulsion System Simulation
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