At the IntelDrone conference, drone Jupiter-H2 using a hydrogen fuel cell to be flying due to its hydrogen fuel cell technology. This drone has developed by the Flightwave Aerospace Systems and UK Intelligent Energy (Interligentenergy). Flightwave explained that hydrogen fuel cell technology is derived from the cooperation with UK intelligent energy, which gives Jupiter-H2 powerful weight lifting force and higher durability.
Flightwave Chief Marketing Officer Edmund Cronin explains the reasons why the Jupite-H2 appearance is designed as high cylinders: it is designed for a warehouse channel for space, or it may be occupied by workers and forklifts. He said that companies with large warehouses are looking for drones to quickly and efficiently read radio frequency identification (RFID) tags for inventory management.
The highly worthy highlight is powered by a hydrogen fuel cell. Three-liter hydrogen tank fuel can last for two hours, upgrade to nearly three pounds of payload. The basic principle of the hydrogen fuel cell is the inverse reaction of electrolytic water, and the pure hydrogen is mixed with oxygen in the air to produce water, which can also generate electricity.
upite-H2 of 650W module operates under hydrogen and air, to generate clean electricity. This technology is scalable and can be integrated into the drone platform without affecting the assertion of payload, providing the company's so-called "Optimized Operation Solution for the extensive industry."
Jupite-H2 solves the pain points of traditional battery-powered drone
According to the panel network, the body is light, the load capacity, long life, and universal installation system can accommodate any sensor, and it can be seen as the most important performance advantage of drone Jupite-H2.
Flightwave CMO Edmund Cronin, "We regard Jupite-H2 as a model for changing the rules of the game, especially for narrow indoor or outdoor spaces require long flight time and stable mobile."
CRONIN said, "In the warehouse environment, the problem of traditional battery-powered drones is the lack of endurance and limited payload capacity." He said, scanning a song path to scan the tag, running out of the battery in a walkway. However, Jupite-H2 can be flying for two hours. Therefore, Jupite-H2 has used, meaning it will solve the pain points faced by traditional battery-powered drones.
According to the pavilion network, it is currently only about 20 minutes of battery life. The FLIGHTWAVE claims that the hydrogen fuel battery life has increased significantly to two hours, which is 6 times that of the general battery, but charging only needs A few minutes can be done.
It is worth noting that according to FlightWave, because there is no moving part of the fuel cell, they have almost no sound, only a small amount of water vapor is discharged, and the characteristics of clean and environmentally friendly.
"The cooperation between Flightwave and the UK intelligent energy has always been a key factor in the development of Jupite-H2," CRONIN added, "they are driving the limitations of hydrogen fuel cell technology, so that the fuel cell is lighter and more powerful."
Jupite-H2 is expected to be sold in early 2018, and official prices are $ 15,000.
In addition, last month, FlightWave launched an unmanned flight system called "Edge" battery, and plans to stand after solar power generation. Flightwave CMO CRONIN said that the general bay on the plane can be customized through the Flightwave's payload partners plan to carry any of the needs of customers, this is an open source integrated kit.
Original link: https://www.eeboard.com/news/jupiter-h2/
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