How does the tool handle different water depths?

The engine uses `identify_wave_regime` to classify the environment as deep, intermediate, or shallow, ensuring the correct physical formulas are applied based on the depth-to-wavelength ratio.

Can I calculate the total energy in a specific area of the ocean?

Yes, you can use `calculate_wave_train_energy` by providing the wave height, period, depth, and the physical length of the wave sequence in meters.

What units are used for the results?

Energy density is returned in Joules per square meter (J/m²), wave power in Kilowatts per meter (kW/m), and total energy in Joules (J).

Wave Energy Calculator MCP Connector for Claude

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Calculate wave energy density, power, and total energy in wave trains.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

More Details Connect to Claude

This MCP server provides precise oceanographic computations for wave dynamics. It allows AI agents to determine energy density (J/m²), wave power per meter (kW/m), and total energy within a wave train. By accounting for water depth, the engine correctly identifies the environment using identify_wave_regime and applies the appropriate physical models for deep, intermediate, or shallow water. Use calculate_wave_density for surface energy, calculate_wave_power for energy transmission rates, and calculate_wave_train_energy to find the total energy in a specific sequence of waves.

wave-energyocean-physicsmarine-engineeringwave-powerhydrodynamics