Application:
Widely used in Spacecraft, near-space dronesand other aerospace applications.Space Energy Sector (Core Scenarios).
1.Power Supply for Satellites and Space Stations
Ground-based or orbital laser stations send lasers to satellites, where laser cells receive the energy and convert it into electricity, addressing the problems of traditional solar cells being affected by shadows and dust.
2.Deep Space Exploration Power Supply
In deep space areas far from the Sun where solar energy is weak (such as Jupiter exploration), lasers can transmit energy over long distances, providing continuous power to probes.
3.Unmanned Systems Endurance
Provides “remote charging” for drones, unmanned vehicles, underwater robots, and other equipment, eliminating the need to return to base stations and extending operation time (e.g., for border patrols and ocean exploration).
4.Extreme Environment Power Supply
In high-altitude, polar, or nuclear radiation areas, laser cells can receive energy through enclosed chambers without being exposed to harsh conditions, ensuring stable operation of equipment.
5.Wireless Charging Upgrade
In the future, it could be used for phones, laptops, and other devices to achieve longer-range, higher-efficiency directional wireless charging, avoiding energy loss in traditional wireless charging.
6.Micro Energy Supply
Provides long-term energy to microscopic sensors (e.g., medical implants, industrial IoT sensors) without the need for frequent battery replacements.
Advantages:
• The efficiency can reach over 50%.
• Long endurance time.
• Environmentally friendly and sustainable.
Parameters:
