Piezoelectric Energy Harvesting Pickleball Paddle ID: 2022-021
An innovative pickleball paddle that generates electricity through play, utilizing piezoelectric discs for energy harvesting.
Photo by joescarnici - stock.adobe.com
Technology Overview
This technology introduces a unique approach to energy harvesting within the realm of sports equipment, specifically designed for pickleball. It features a 3D-printed paddle with a honeycomb-shaped core housing 30 piezoelectric discs, 15 on each side, that convert the mechanical stress of hitting a ball into electrical energy. This energy is then collected and stored via an advanced circuit board integrated within the paddle, employing a Nanopower Buck-Boost DC/DC charger chip for efficient energy management.
Key Advantages
- Transforms kinetic energy from sports activities into usable electrical power
- Utilizes advanced 3D printing technology for optimized design and assembly
- Employs a high-efficiency Nanopower energy harvesting charger chip
- Offers a sustainable alternative energy source during play
Problems Addressed
- Reduces wasted kinetic energy in sports activities
- Provides an alternative energy source in energy-scarce regions
- Enhances the sustainability of sports equipment
- Addresses the need for more practical applications of energy-harvesting technologies
Market Applications
- Hospital and clinical settings for enhanced precision in ultrasound neuromodulation treatments
- Integration within MRI systems for real-time adjustment of acoustic fields during treatments
- Potential expansion to diagnostic applications, such as measuring the spatial extent of brain tumors
Additional Information
Technology ID: 2022-021
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 28 March, 2025
Connect with the Tech Transfer to:
- Meet with the technology manager
- Receive additional information
- Request a marketing plan report