1. Purpose of the vessel: The propulsion system must be selected based on the intended use of the vessel, such as fishing, cargo transport, cruise, etc.
2. Operating conditions: The propulsion system must be able to operate effectively in the prevailing environmental conditions, such as tidal currents, sea state, wind, etc.
3. Power requirements: The propulsion system must be able to provide the necessary power for the vessel to operate at the desired speed.
4. Fuel efficiency: The propulsion system must be fuel-efficient to reduce operating costs and minimize environmental impact.
5. Maintenance requirements: The propulsion system must be easy to maintain and repair to minimize downtime and reduce costs.
6. Environmental impact: The propulsion system must be designed to minimize emissions and reduce its impact on the environment.
7. Maneuverability: The propulsion system must be able to provide the vessel with the necessary maneuverability to navigate safely in congested waterways.
8. Reliability: The propulsion system must be reliable and durable to minimize breakdowns and maximize vessel uptime.
9. Compatibility: The propulsion system must be compatible with other systems on the vessel, such as electrical power and hydraulic systems.
10. Cost: The propulsion system must be cost-effective and provide a good return on investment.
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