What Specifications Are Needed for Installing Underwater Turbines?

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SUMMARY

The discussion focuses on the specifications required for installing underwater electricity-generating turbines, particularly in relation to civil and electrical engineering considerations. Key points include the need for appropriate cables, connectors, and transformers to handle a power output of 35kVA. Important factors to consider are maximum and minimum temperatures, voltage, current, frequency, and environmental conditions such as exposure to marine life and abrasion. Engaging with a manufacturer for tailored advice on equipment selection is strongly recommended.

PREREQUISITES
  • Understanding of electrical engineering principles related to power generation.
  • Familiarity with cable specifications for underwater applications.
  • Knowledge of transformer functions and requirements for phase and voltage adjustment.
  • Awareness of environmental factors affecting underwater installations.
NEXT STEPS
  • Research specifications for underwater power cables suitable for tidal energy applications.
  • Learn about transformer selection criteria for 35kVA systems.
  • Investigate environmental impact assessments for underwater turbine installations.
  • Explore manufacturers that specialize in underwater electrical equipment and their consultation services.
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Civil engineers, electrical engineers, project managers in renewable energy, and anyone involved in the installation of underwater power generation systems.

hardworker
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I'm doing a feasibility study on installing underwater electricity generating turbines. Being a civil engineering student, I don't know much of anything about the electrical engineering aspect of this. Now, these turbines are supposed to be near the bridge so most of the cables will be run along the bridge out of the water. I'm guessing these cables need to go to a transformer to get them into the right phase, voltage etc. We're dealing with power on the 35kVA range.

What I'm asking is what sort of cables, connectors and transformers I will need. Or at least what information I need before I can make that decision. Thanks

Also, it's probably important for me to say that since these turbines run off of tidal energy, the power output won't be uniform over the entire day
 
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Just to name a few,

max/min temperature,
Conduit?
Max voltage,
Max current,
Max/min frequency,
Surge withstand,
Exposure to abrasion or trauma, bending, marine life,
Length over and under water,
Allowable inductance and capacitance and resistance.
Tension

But I would contact a manufacturer and ask them to help me make a selection.
 
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