Mechanical Energy Storage Using Compliant Mechanisms

Mechanical Energy Storage Using Compliant Mechanisms ID: 2023-009

A revolutionary energy storage technology that harnesses strain energy within compliant mechanisms for efficient and sustainable power generation.

Technology Overview:

This novel invention introduces a method of storing energy as strain within compliant mechanisms, similar to winding a torsion spring, which can then be released to drive a generator. This approach is designed to provide efficient energy storage and rapid recharge capabilities across various applications, using materials with high resilience to maximize energy storage density.

Key Advantages

Rapid charging times
Nearly unlimited recharge cycles
Environmentally friendly, avoiding toxic chemicals and mining
No chemical processes required
Utilizes materials with high resilience for optimal performance

Problems Solved

Environmental impact of conventional batteries
Limited recharge cycles of traditional battery technologies
Slow recharge rates of current energy storage solutions
Dependency on chemical processes and scarce resources

Market Applications

Large-scale energy storage systems for renewable resources
Quick-charging solutions for electric vehicles
Consumer electronics requiring efficient energy storage
Transportation and portable power solutions

Stage of Development

This technology is in the prototyping stage, with continuing research and development in progress.

Additional Information

Technology ID: 2023-009
Sell Sheet: Download the Sell Sheet here
Marketing Analysis: Link to Market Analysis here
Date Published: March 18, 2025