During the design of an electric propulsion system, what must be considered according to established standards?

When designing an electric propulsion system, one of the most critical considerations is the safety and compliance requirements. This aspect ensures that the system adheres to relevant regulations, standards, and best practices that are established for marine environments and electrical systems. This includes understanding the risks associated with electrical systems, such as potential hazards, proper grounding, circuit protection, and the installation of equipment that can withstand the marine environment.

Compliance with standards set forth by organizations such as the American Boat and Yacht Council (ABYC) and the National Fire Protection Association (NFPA) is crucial, as they provide guidelines not only for safety but also for performance and reliability. By focusing on safety and compliance, designers can mitigate risks to the crew, the vessel, and the environment, ensuring that the system operates effectively and safely under all anticipated conditions.

While the other options like cost, durability, and environmental impact are significant factors in the design process, they must be balanced with a primary commitment to safety. Without meeting safety and compliance standards, no electric propulsion system would be acceptable for use, regardless of its cost, durability, or environmental considerations. Thus, prioritizing safety and compliance requirements fundamentally supports the overall integrity and functionality of the propulsion system.