SCR Propulsion Systems: Electric Motor & Towboat Power

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SUMMARY

The discussion centers on the feasibility of using an electric motor powered by batteries and a backup generator to achieve 1800 horsepower (hp) for a towboat. Participants clarify that the term "SCR" refers to silicon-controlled rectifiers, which are not directly applicable to powering a towboat. The consensus indicates that mechanical output from the generator must meet or exceed the required horsepower to effectively drive the boat, as electrical power cannot exceed the mechanical power available from the generator.

PREREQUISITES
  • Understanding of electric motor specifications and capabilities
  • Knowledge of generator mechanics and power output
  • Familiarity with silicon-controlled rectifiers (SCR) and their applications
  • Basic principles of power conversion and efficiency in propulsion systems
NEXT STEPS
  • Research electric motor specifications for marine applications
  • Explore generator types and their mechanical power outputs
  • Learn about the role of silicon-controlled rectifiers in electrical systems
  • Investigate power conversion techniques for electric propulsion systems
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Marine engineers, electrical engineers, and professionals involved in the design and optimization of electric propulsion systems for boats and other vessels.

djreidt
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Anybody know anything about SCR...can an electric motor power a towboat with batteries and back up generator power say 1800 hp.
 
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I have no idea what is "scr."

Why not just use the mechanical output of the generator directly to drive the boat. You won't get 1800 hp of electrical power out of the generator unless you could already get at least 1800 hp of mechanical power.
 
The only "SCR" I know is a silicon-controlled rectifier -- basically a normally-closed switch that is opened at a theshold voltage and cannot be closed again until the current through it stops. They're commonly used for protection circuits on ICs -- if you oversupply the part, the SCR opens and conducts large currents, protecting the more sensitive circuitry for a while (until the heat dissipation blows the chip up anyway).

I don't think this is what djreidt means, though..

- Warren
 

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