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Hydrogen powered drones successfully challenge ultra-low temperature flight at minus 40 ℃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 an insurmountable gap for ordinary lithium-ion drones. Due to the characteristics of lithium batteries, their discharge capacity is greatly reduced in extremely low external temperatures, and they may even be unable to fly normally. In this extreme cold challenge in the Arctic region, the XC02 hydrogen powered drone from Hydrogen Peng Technology adopts the latest self-developed low-temperature resistant fuel cell system and environmental temperature and humidity maintenance system. The drone can still perform normally even in extreme weather conditions. From night to dawn, from low to extremely cold, the Hydrogen Peng Technology XC02 has excellently completed multiple testing tasks, fully verifying the low-temperature performance of the aircraft. Long lasting endurance, fearless of severe cold. Efficient aerial flight operation capability, unrestricted by ground conditions, and the advantage of hydrogen power to mitigate the impact of extreme weather. Hydrogen Peng Technology will continue to expand the application scenarios of hydrogen powered drones in the future, creating more comprehensive scenario application solutions. |
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