High-Altitude Kite Power Generation: British Clean-Tech Firm Gearing Up To Transform Offshore Wind Market

5th August 2015

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Kite Power Solutions, a British clean-technology company, has embarked on a £10M funding round to support the commercial development of its kite power technology for deployment in offshore waters. Kite Power Solutions’ technology promises to be a step-change in the generation of electricity from wind compared with conventional wind turbines that use tonnes of steel. As it’s cheaper to manufacture, easier to deploy and maintain and would be free of government subsidies, this innovative technology has the potential to transform the offshore wind market in the UK and the international markets. Kite Power Solutions is aiming to deploy its first 3MW power system in offshore waters by 2019.

Bill Hampton, Founder and Chief Executive of Kite Power Solutions (KPS) says: “We will be able to compete with offshore wind and without subsidies by removing tonnes of steel from every MWh produced offshore. Quite simply, by removing the steel from clean energy you make it lighter per MW and thus cheaper, and with a lower carbon footprint. Our kite technology is easier and cheaper to deploy and maintain.”

KPS is targeting the offshore wind market as its technology can reduce the capex of conventional offshore turbines by as much as 50%. Offshore wind installations are currently priced at around £140/MWh and are projected to fall to £78/MWh by 2020. KPS expects to reduce that cost to around £50/MWh by 2020.

In June of this year, Bill Gates described kite power as a “magic solution”. Whilst there are other systems under development around the world, the patented KPS system is unique and is the only British company active in the kite power market. The KPS power system has two kites that are flown on a man-made fibre tether between 500m to 750m length, the tether is attached to a winch system that generates electricity as it spools out. By achieving flight speeds of up to 100mph in 20mph winds, tether tension causes the line to be rapidly spool out from a drum, which is connected to an electricity generator.

Commenting on the cost of kite power generation vs conventional wind turbine generation, KPS’s Bill Hampton said: “Conventional wind energy technology can’t go much further: turbines are getting larger and conversion efficiencies are the highest they’ve ever been. Conventional offshore turbines require complex, expensive engineering, specialist installation vessels and tonnes of steel, the second most sought after commodity after oil. Both the industry and government need a step change in technology if the targets for renewables are to be met. Kite power generation offers a solution.”

KPS’s kite and cable system reduces the amount of steel required by over 75%, and the anchor system to hold the KPS installation is equipment routinely used in the offshore oil industry to install FPSOs (Floating Production Storage & Offloading) vessels and other large ships. The lightweight KPS system can therefore be deployed in far deeper waters.

Notes to Editors
About Kite Power Solutions – www.kitepowersolutions.com
• KPS was founded in 2011. It is the only UK kite technology in the market. The KPS team includes engineers who design super-yacht hydraulic systems and gyroscopes, and neural network experts who “teach” the lightweight system to fly. To date, KPS has received financial support from the UK Department of Energy & Climate Change and the private sector.
• KPS has been testing prototypes of its system in the UK since 2012.
• For an explanatory video about KPS’s technology, visit https://www.youtube.com/watch?v=5nl0UXyeqp8
• Other applications could be the deployment of the kite technology in suitable onshore locations (for example, the farmlands of North America or island communities) as well as in the developing world/emergency situations, as the equipment can be easily transported and installed.
• There are other kite technologies being developed around the world. For example in the US, Google-owned Makani Power uses a fixed wind design.

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