My Tidal Energy Method - Global Coastal Impact

Killian H. Yates
My Tidal Energy Method - Global Coastal Impact

Introducing My Revolutionary Tidal Energy Method

Global Coastal Demographics

A remarkable 40% of the world's population lives within 100 kilometers of the coast, and this percentage increases to 90% when we consider areas within 200 kilometers of coastlines. This concentration of human settlement near oceans presents a unique opportunity for tidal energy implementation.

Tidal Wave Movement Cone collectors flip direction with tidal movement Pressure line creates forward force Vacuum line provides return cycle Solar-topped pressure/vacuum accumulator Mirror system handles opposite tidal flow Process Flow: 1. Tidal movement pushes/pulls through cone collectors 2. Cones convert motion to hydraulic pressure and vacuum 3. Dual line system maintains continuous force cycle 4. Accumulator manages pressure/vacuum storage 5. System works bidirectionally with tidal changes

Implications for Coastal Communities

  • Local Energy Generation: Communities can generate power directly where most people live, minimizing transmission losses and infrastructure costs.
  • Infrastructure Integration: The system can be integrated into existing coastal infrastructure like ports, breakwaters, and sea walls, maximizing efficiency and reducing installation costs.
  • Economic Benefits: Coastal regions, especially in developing nations, could become energy independent, reducing reliance on expensive inland power transmission.
  • Environmental Impact: Unlike traditional power plants that require large inland areas, this system utilizes existing marine space without significant land use.

Specific Applications for Coastal Zones

Given that most major cities are located along coastlines, this system could:

  • Power desalination plants for fresh water production
  • Support port operations and maritime infrastructure
  • Provide reliable energy for coastal industrial zones
  • Reduce dependency on fossil fuel power plants in densely populated coastal areas

Global Implementation Potential

With over 620,000 kilometers of global coastline, the potential for implementation is vast. Key regions include:

  • Asia-Pacific: Home to the largest coastal population globally
  • European Atlantic Coast: High tidal ranges and developed infrastructure
  • North American Seaboards: Extensive coastal urban development
  • Island Nations: Complete coastal access with high energy needs

This innovative system leverages the power of tides to generate clean and sustainable energy. By utilizing cone collectors and a hydraulic system, it ensures continuous energy production regardless of the tidal direction. The solar-topped accumulator enhances efficiency and stability, making it particularly valuable for coastal communities worldwide.