ENERGY SOLUTIONS FOR SPACE AND EARTH

Energy Solutions for Lunar Infrastructure Development

Current power generation and storage systems are inadequate for long-duration lunar missions, necessitating large energy storage units due to the Moon’s extended day and night cycles. Our system could address this by transmitting energy to any point on the lunar surface, overcoming the limitations of day/night energy production and storage.

Wireless Power Transmission in Orbit to Enhance Satellite Power Availability

Wireless power transmission technology can be employed in Earth’s orbit to recharge satellites, significantly enhancing their operational efficiency and extending their mission lifespans. Satellites can maintain peak performance and functionality throughout their operational life, supporting a wide range of space missions and applications.

Laser Ablation for Space Debris Mitigation

The European Space Agency (ESA) estimates there are about 36,500 large objects and 1 million smaller objects in Earth’s orbit. Advanced space-based laser technology offers a solution by using high-powered lasers to target and ablate debris, slowing it down and reducing its orbital lifetime. A space-based laser system could potentially remove up to 100,000 small debris objects during its operational lifespan.

Wireless Power Transmission for In-Flight Drone Recharging

Wireless power transmission technology can be utilized on Earth to recharge drones in flight, optimizing their efficiency and allowing for extended autonomous operation. This solution eliminates the need for frequent landings and manual recharging, making drones more effective for high-demand activities such as surveillance, delivery, and environmental monitoring.