Zhongke Yueyang (Qingdao) Innovation Technology Co., Ltd. is located in the beautiful coastal city – Qingdao.  It is constantly exploring and innovating in the direction of new energy industry, which has realized the only domestic hydrogen fuel cell 100% localization and become the market leader. The company takes high and new technology as the guide, adheres to the development strategy of "development and cooperation", and always focuses on new energy research and development, production, sales and service. The company has 12 scientific research personnel, among which the leaders are, Dr. Guo Zhen, professor-level senior engineer and Dr. Liang Hanpu, doctoral supervisor.  

Company profile

•The only domestic fuel cell 100% localization of the company

•Fuel cell (graphite bipolar) uAVs can last 4-6 times longer than lithium battery powered uAVs, and fuel cell (titanium bipolar) UAVs can last 8-10 times longer than lithium battery powered UAVs.  

•We use titanium bipolar plates to reduce the weight and volume of the reactor, and work with the Institute of Metals of the Chinese Academy of Sciences to select lightweight loads to increase their weight. 

•At present, compressed gas is the main hydrogen source used by uAVs. With the advancement of hydrogen storage technology, other forms of hydrogen source will be put into use and the convenience and reliability of fuel cell UAVs will also be improved.  

•The kw air-cooled fuel cell system independently developed by us has completed the uav carrying test, and its system power density, service cycle life and other indicators are at the international advanced level, and the product power can be customized according to the actual application scenarios.  Compared with the traditional uav, hydrogen-powered unmanned aerial vehicle (uav) has light weight, small vibration, low noise, zero carbon emissions and other advantages, and break through the bottleneck such as low temperature and endurance. The endurance of the multi-rotor UAV (graphite bipolar) is more than 3 hours. and the endurance of fixed wing is more than 24 hours. It can operate normally in high mountains, long roads and cold winters. 

Technological innovation