“If the energy output were high enough, it could alter regional atmospheric circulation and change a typhoon’s intensity and path,” Duan, a professor of mechanical engineering at Xidian University in Xian, northwestern China, wrote in state-run People’s Daily on Monday.
He added that the plant could also charge satellites, space stations and deep-space probes, allowing them to operate for longer and travel farther. “Future space internet networks or even lunar bases may rely on this ‘space-based power bank’ technology,” he wrote.
First proposed by Duan and his colleagues in 2013, the Zhuri (“chasing the sun”) project ultimately envisions building a kilometre-scale circular solar power station in geostationary orbit, about 36,000km (22,370 miles) above Earth, capable of generating gigawatt-level electricity.
In 2022, his team built a 75-metre-tall test tower on campus to simulate the entire process on Earth, including tracking the sun, concentrating light, converting it into electricity, turning that electricity into microwaves, beaming it across a distance, and converting it back into electricity at a receiving antenna.
Since then, the ground-based system has reached new technical milestones, including what Duan described as “one-to-many transmission”, allowing a single microwave transmitter to send power to multiple moving receivers at the same time rather than just one fixed target.
Ministry of Industry and Information Technology, Xidian University, People's Daily, Japan, United States, China, Peter Glaser, typhoons, Duan Baoyan, California Institute of Technology, space-based solar power station, Zhuri, International Space Station, Earth, National Natural Science Foundation of China#Change #typhoon #intensity #path #China #team #mulls #hitting #cyclones #space #beam1772528521












