Recently, at the invitation of the Daishan County Government, the XC02 hydrogen-powered long-endurance multi-rotor unmanned aerial vehicle independently developed by HydrocTechnology went to Daishan County, Zhoushan City, Zhejiang Province to conduct a demonstration application test of long-distance autonomous inspection at sea. XC02 successfully completed this maritime inspection mission with its ultra-long endurance and beyond-visual-range autonomous operation capabilities, verifying the huge

Recently, hydrogen powered drone products from Hepeng Technology were exhibited at the Zhongguancun Forum and successively appeared on CCTV News Channel's "Morning News" economic channel, "Tianxia Finance" and Chinese International Channel.

On April 28th, "Morning News of the World" reported on the hydrogen powered drone product independently developed by Hepeng Technology under the title of "2024 Zhongguancun Forum Journalists Visiting University Science and Technology Achievements Exhibition". The reporter introduced how the XC04 drone, which uses hydrogen as the main power source, operates and flies. With just three minutes of refueling, it can enjoy an ultra long range of three hours of flight.

Genhe City is famous for its coldness, with an average annual temperature of -5 ℃ and a minimum temperature of minus 58 ℃, earning it the nickname "China's Cold Pole". To challenge its limits and verify its performance, Hydrogen Peng Technology has chosen the destination for this test to be in the coldest city in northern China. In the snowy and snowy ground of Genhe, the testers carried out testing work in an orderly manner despite the severe cold of minus 40 ℃. With the issuance of the takeoff command, the XC02 hydrogen powered drone slowly took off and flew for 10 minutes, 20 minutes, 1 hour, and 2 hours. All data was normal. The XC02 hydrogen powered drone completed a 2-hour endurance test in the extremely cold environment of minus 40 ℃, confirming its long endurance and high reliability in extremely cold environments. Flight operations in low-temperature environments (endurance) have always been a gap that ordinary lithium-ion drones cannot overcome,