Top High Torque Low Pressure Steam Power Generators for 1kW Output

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SUMMARY

The discussion focuses on finding a suitable engine or turbine that can operate under 2 bar (30 PSI) pressure to generate up to 1 kW of power output. Participants suggest exploring options like a reciprocating Tesla engine, Stirling engines, and the Brayton cycle for efficiency. The importance of superheating steam for better efficiency is emphasized, as low-pressure steam results in reduced performance. Additionally, the use of evacuated vacuum solar panels in a closed thermosiphon circuit for steam generation is proposed.

PREREQUISITES
  • Understanding of steam power generation principles
  • Familiarity with Tesla turbines and their applications
  • Knowledge of Brayton cycle mechanics
  • Experience with heat exchangers and thermosiphon systems
NEXT STEPS
  • Research the efficiency of superheating steam in low-pressure systems
  • Explore the design and functionality of Stirling engines
  • Investigate the construction and operation of Tesla turbines
  • Learn about Brayton cycle applications in small-scale power generation
USEFUL FOR

This discussion is beneficial for engineers, hobbyists, and innovators interested in small-scale power generation, particularly in rural settings where low-cost, efficient solutions are needed.

mickeyt500
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Does anyone know a suitable engine / turbine / expander that can run under 2 bar (30 PSI) of pressure and generate upto 1 kw power output? Basically a high torque, low pressure...i have been searching like crazy everywhere, cannot find anything...Also will a manufactured tesla turbine be able to do this? I have access to a mechanical workshop, but if this product is readily available off the shelf it would be nice. Or if any of u guys know of any mods to compressors or anything please share your ideas...

Thank u all
 
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If you are only going to develop 1KW it probably is not worth while the capital outlay will buy you a great many KW-Hrs from your local electricity supplier.
 
It would need to be piston driven and fairly large. If you are using steam to drive it, do you realize that at that low presure you have very low efficiency? The power from steam comes from the superheat not from vaporizing the water. The more superheat you put in the greater the efficiency.
 
im trying to develop a 1 kW on small scale , trying to make it usable in rural areas...where 1 kW does wonders, future large scale implements will b worked on :) what do u guys think about a reciprocating tesla engine?
 
chayved buddy, what kind of engine do u have in mind?
 
Have you looked into Stirling engines?
 
yes buddy, but getting one that fits my specs is tedious
 
Where will you be getting the steam from?
 
I am going to be getting it from an evacuated vacuum solar panel in a closed thermosiphon circuit, using a heat exchanger.
 
  • #10
As you are trying to generate electricity I guess that you need a fairly steady speed, otherwise have you considered an atmospheric engine?
 
  • #11
I currently am thinking about a project using a brayton cycle. Seems to be the cheapest/safest option.
 

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