Overview

Power Generation Using Wave Energy is an innovative renewable energy project developed during a hackathon organized by the Ministry of Power and Energy. This project explores the potential of harnessing ocean wave energy to generate clean, sustainable electricity through mechanical design and energy conversion systems.

The project demonstrates a comprehensive approach to wave energy conversion, combining mechanical engineering principles with renewable energy technology to create a functional prototype that can capture kinetic energy from ocean waves and convert it into usable electrical power.

Key Features

  • Wave Energy Converter Design: Innovative mechanical system designed to capture and convert wave motion into rotational energy through optimized buoy and linkage mechanisms.
  • Energy Conversion System: Integrated generator system that converts mechanical motion from waves into electrical energy with efficient power transmission.
  • 3D CAD Modeling: Complete 3D model developed in SolidWorks showcasing the mechanical assembly, component interactions, and structural design.
  • Sustainable Energy Solution: Clean, renewable energy generation with minimal environmental impact, contributing to green energy initiatives.
  • Ocean Wave Utilization: Designed to harness the continuous and predictable energy from ocean waves for consistent power generation.

Technical Components

System Architecture:

  • Floating Buoy System: Surface-mounted buoys that capture vertical wave motion and transfer energy to the conversion mechanism.
  • Mechanical Linkage: Connecting rods and joints that translate wave motion into rotational movement for the generator.
  • Power Generator: Electrical generator system that converts mechanical rotation into electrical energy.
  • Anchoring System: Stable base structure that maintains position while allowing the wave capture mechanism to move freely.
  • Structural Frame: Robust framework designed to withstand marine environment conditions and wave forces.