The flight was conducted using the Loughborough-based fuel cell engineering Company’s lightweight 650W Fuel Cell Power Module (FCPM) and is believed to be the longest flight time of its kind. MetaVista used 390g of liquid hydrogen in a specially designed 6L cylinder.

Loughborough 30 January 2019 - South Korean liquid hydrogen specialist MetaVista has demonstrated a record breaking 10 hour and 50 minute multi-copter test flight using an Intelligent Energy Fuel Cell Power Module.

The flight was conducted using the Loughborough-based fuel cell engineering Company's lightweight 650W Fuel Cell Power Module (FCPM) and is believed to be the longest flight time of its kind. MetaVista used 390g of liquid hydrogen in a specially designed 6L cylinder.

MetaVista has developed the ultra-light weight liquid hydrogen storage tank to specifically work with Intelligent Energy's FCPM. The MetaVista liquid hydrogen system coupled with the Intelligent Energy 650W FCPM system provides a significant 1865Wh/kg energy density.

David Woolhouse, CEO at Intelligent Energy, said: "We have been focussed for some time on developing lightweight, robust fuel cell power modules for UAVs that can offer commercial users something that batteries simply cannot - significantly longer flight time. We are pleased to have worked with MetaVista on this test flight, which has demonstrated that liquid hydrogen can increase that flight time further still when compared to compressed hydrogen - three times longer! This is a real game changer for commercial users who need longer in the air. We look forward to seeing MetaVista develop their product commercially over the coming months."

Dr. Jong Baik, MetaVista Inc. CEO, commented: "Our aim was to significantly increase the flight time for commercial UAV operators. Using Intelligent Energy's lightweight Fuel Cell Power Module we have been able to achieve this. The Intelligent Energy team has worked closely with us and we are delighted to be working with them. Together with our liquid hydrogen production and storage expertise, it has proved to be a successful partnership."

Fuel cells are an ideal power choice for commercial and military UAVs as they can offer significantly longer flight times when compared to traditional batteries.

Intelligent Energy has products which are suitable for UAVs in the 5-20kg weight range currently available to the commercial UAV market. Its products will be on display at upcoming UAV shows; Japan Drone 13-15 March in Chiba-City, near Tokyo, and AUVSI Xponential 30 April-2 May in Chicago.

The test flight was filmed and can be viewed here: https://www.youtube.com/watch?v=_U_dHZZ3vxQ

To find out more about Intelligent Energy's fuel cell power products for UAVs visit www.intelligent-energy.com/our-products/



ENDS

About Intelligent Energy

About Intelligent Energy: Intelligent Energy is a world-leading fuel cell engineering company focused on the development, manufacture and commercialisation of its Proton Exchange Membrane (PEM) fuel cell products, for customers in the automotive, stationary power and Unmanned Aerial Vehicle (UAV) sectors. Fuel cells are used in multiple applications, where clean, lightweight, high efficiency and cost-effective power is required. The company is headquartered and manufactures in Loughborough in the UK, with additional offices and representation in the US, Japan, India and China.

www.intelligent-energy.com



About MetaVista

MetaVista delivers the-state-of-the-are future energy and power systems by integrating cryogenic hydrogen associated technologies and software platform. Currently, MetaVista holds many international and US patents related to hydrogen liquefaction, refueling stations, hydrogen powered vehicles and marine vessels, next generation aviation and control systems. MetaVista is continuously broadening our technology base by working closely with US national R&D centers, international universities and laboratories, private IT and IoT sectors. Entire R&D activities have been implemented and executed by world-class engineers and scientists at our Hydrogen Energy X Advanced Research Laboratory, HEXAR Lab.