Lasers could supply drones with energy during long deployments, but the receivers heat up strongly. A Chinese team has now developed a perovskite tandem cell with antimonselenide nanosticks, which controls heat better and achieves 38.49 percent efficiency with simulated airflow. However, the system has not yet flown. Tianjin (China). Batteries limit the operating time of small unmanned aircraft, [...] The article Drones should fly unlimitedly th…
This story is only covered by news sources that have yet to be evaluated by the independent media monitoring agencies we use to assess the quality and reliability of news outlets on our platform. Learn more here.
Lasers could supply drones with energy during long deployments, but the receivers heat up strongly. A Chinese team has now developed a perovskite tandem cell with antimonselenide nanosticks, which controls heat better and achieves 38.49 percent efficiency with simulated airflow. However, the system has not yet flown. Tianjin (China). Batteries limit the operating time of small unmanned aircraft, [...] The article Drones should fly unlimitedly th…