Open Source Gas Turbine: Difference between revisions

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=Basics=
=Basics=
*Essentially an [[Open Source Turboshaft Aircraft Engine]] that is used for stationary rotary motion generation
*Essentially an [[Open Source Turboshaft Aircraft Engine]] that is used for stationary rotary motion generation
*It is relitively to throw together a turbojet.  Our real challenge will be making it efficient and perhaps compact
*Should be able to use liquid fuels and gaseous fuels
*Should be able to use liquid fuels and gaseous fuels
*Liquid Fuels:
*Liquid Fuels:
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=Basic Design=
=Basic Design=
*
==Phase 1==
*[[Automotive Turbocharger]] based compressor and expander
*Metal tube for combustion chamber
*[https://www.youtube.com/watch?v=JzwfzgfJiJ4 Tech Ingredients] this is essentially what it will be
*Question is how to couple this to an electric generator? (Or a [[Variable Piston Pump]] for hydraulic fluid?)


=BOM=
=BOM=

Revision as of 14:49, 5 April 2020

Basics

Used For

  • Medium to Large Scale Power Generators
  • Large Vehicles
  • Smaller home scale version?
  • Hydrogen Cooled Gas Turbine for INTENSE industrial use? (Probably need a full on engineer for that one)

Industry Standards

Portable

  • Goofy concept, but one such device was created the Dynajet Generator
  • RC Turbojets/Turboshafts Exist

Home-Small Scale Commercial/Industrial

  • 100kw-1Mw seems to be the common designs

Commercial/Industrial

Existing Open Source Designs

  • Colin Furze makes all sorts of (albeit inefficient) jets
  • Tech Ingredients has made some "lab scale" turbojets, and edfs, may one day do a turbogenerator

Minimum Viable Product

  • Scaleable from commercial grade generators, and things like large commercial groundcraft/watercraft, all the way to industrial grade generators

Basic Design

Phase 1

BOM

See Also

Useful Links