1. Corrosion resistance: The structures used in tidal energy must be made of materials that can resist corrosion from the saltwater environment.
2. Durability: The structures should be designed to withstand the intense forces created by tidal flows, waves, and storms.
3. Scalability: The structures should be scalable to meet the needs of different tidal energy projects and locations.
4. Maintenance: The structures must be designed for easy maintenance, with components that can be easily replaced or repaired.
5. Environmental impact: The structures should be designed to minimize their impact on marine life and the surrounding ecosystem.
6. Reliability: The structures must be reliable and able to operate continuously for long periods of time, often in harsh environments.
7. Monitoring and control systems: To ensure safe and effective operation, the structures require advanced monitoring and control systems that can detect problems and adjust performance accordingly.
8. Installation and transport: The structures must be designed for easy installation and transport to remote locations.
9. Cost-effectiveness: The structures should be cost-effective to maintain and operate, with a design that maximizes energy output and minimizes operational costs.
10. Regulatory compliance: The structures must comply with regulatory guidelines for safety and environmental sustainability.
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