Coastal Currents

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Background

Around 70% of the Earth’s surface consists of ocean water, and hydroelectricity only accounts for around 6% of the United States' energy utility. So, investment in hydroelectric energy production in the ocean environment would lead to higher energy sustainability and reduce climate change. Currently, ocean-wave energy generators are only being used in large scales, are extremely costly, and only add to major power grids. This leaves a sizeable number of potential consumers without a product to accommodate their needs. Specifically, coastal residents currently don't have the means to utilize small scale hydroelectric energy. The scope of Coastal Current's wave-energy generator is to prove that this novel form of power generation from ocean waves is feasible on a small scale.

Goals and Objectives

  • Goals / Stakeholder Needs and Expectations
    • Minimum 30% efficiency
    • Generate enough electricity to power a mobile phone (5W)
    • $500 budget
    • Shipping box sized
    • Coastal residential usage 
  • Milestones
    • 1/31/25 - Decision Matrix Developed
    • 2/7/25 - Prototype Design Chosen
    • 1/14/25 - Initial Design and Mockup
    • 1/21/25 - Initial Bill of Materials for Proof of Concept
    • 1/24/25-2/7/25 - Assembly and Manufacturing Begins
    • 2/14/25 - Proof of Concept for Winter Design Review
    • 5/2/25 - Version 1 Functionality Verification
    • 5/9/25 - Integrating Optimization Solutions
    • 6/6/25 - Completed Documentation
    • 6/6/25 - Final Showcase

Documentation

Problem Definition Presentation

https://docs.google.com/presentation/d/e/2PACX-1vQskTBD5oBuqgwIH_X9SjwffdME0TxQltdWn9doDipeIWm7dxiHBall16J7wo0PufellZO8s9cpBTVa/pub?start=false&loop=true&delayms=5000 

Preliminary Design Review Presentation

 https://docs.google.com/presentation/d/e/2PACX-1vT0imzLSz2EcsWeUlE9hbCDLJ8bP1LEdzHXD-Z87QWWRgMAUzw6JiCu-04nBhNSJegXn51HMeuq6aYp/pub?start=false&loop=true&delayms=5000

Sponsor

Abdelrahman Elmaradny - aelmarad@uci.edu

Project status: 
Active
Department: 
MAE
Term: 
Winter
Spring
Academic year: 
2024-2025
Winter Poster: 
MAE151AProject#19[Coastal Currents]