GMEG - Harnessing Gravity's Power for Clean, Reliable Energy

GMEG Explained: How it Works

Weighted Descent

Central Cable Drive

Multi-Gear Speed Up System

Electricity Generation

Track Rotation & Weight Repositioning

Precisely engineered gravity enablers, each holding a designated weight, are strategically positioned on a tilted track.Gravity pulls these enablers downwards, converting potential energy into kinetic energy.

Similar to gravitational energy storage.

A central cable system, akin to a conveyor belt, is pulled by the descending gravity enablers.

This innovative design minimizes friction and simplifies the mechanical structure.

A sophisticated multi-gear system first amplifies the input torque and then speed up the rotational output speed. This transforms the relatively slow descent speed into a high-speed output suitable for driving the generator.

The high-speed output rotation is transferred to a magnetic generator, which converts the mechanical energy into electricity, ready for use.

A DC motor periodically part-rotates the track, strategically repositioning the gravity enablers to maintain continuous operation and maximize energy capture.

Cost-Effectiveness:

• The GMEG boasts a significantly lower manufacturing cost per kWh/year compared to traditional renewable sources like wind and solar.

• This translates to an ultra-competitive energy price, offering substantial savings for consumers and businesses.

Continuous & Reliable Power Generation:

• Unlike solar and wind, the GMEG operates 24/7, providing a consistent and predictable source of baseload power, independent of weather conditions.

• This reliability enhances energy security and grid stability, making it an ideal solution for critical infrastructure and off-grid applications.

Minimal Environmental Impact:

• The GMEG has a small footprint and produces zero emissions during operation, contributing to a cleaner and healthier planet.

• It eliminates the need for large-scale land use and minimizes disruption to ecosystems.

Scalability:

• The modular design allows for easy scalability, catering to a wide range of energy demands, from on-site to power plants and and even entire remote communities.

Potential for Off-Grid Applications:

• The GMEG can potentially operate independently of the grid, making it ideal for remote locations and providing energy access to underserved communities.

Successful Energy Conversion

Both prototypes effectively converted gravitational potential energy into rotational energy matching expected mechanical output.

Continuous Operation

The second prototype achieved sustained mechanical energy generation over a full cycle, showcasing its reliability

Mechanical Advantage & Efficiency

The system demonstrated the ability to lift loads exceeding the input force, highlighting its efficiency. Additionally, the second prototype's gear system achieved a significant increase in rotational speed, crucial for optimizing power generation.