Enabling Advanced Energy Storage and Delivery with Nanoporous Materials (Electric Vehicles Land, Sea & Air Europe 2011)

Mr Rob Haslett, Director of Business Development
Nanotecture
United Kingdom
 
2011年6月29天.

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Presentation Summary

  • Explanation of unique technology to create nano-porous materials and their resulting characteristics
  • An overview of supercapacitor development and how nanoporous enhance performance
  • The progress and results that Nanotecture have made in developing a supercapacitor product for engine starting applications
  • A short summary of other energy storage applications for nano-porous technology

Speaker Biography (Rob Haslett)

Rob has extensive experience in business management, supported by an academic background in electrical engineering, ideally positioning him to drive the company's growth in new markets. Rob's experience includes four years as Chief Executive Officer of Patterning Technologies, a developer of inkjet processes used in the manufacture of printed circuit boards, during which he re-focussed the company from a consultancy to a product-led organisation.
 
Other senior management positions include Managing Director of Global Communications, a privately-held supplier of satellite communications accessories for the consumer market. In this role Rob grew the business rapidly, overseeing outsourced manufacturing in China and implementing a company-wide structure, underpinned by reliable systems and procedures, to improve efficiency. From 1995 to 2004, Rob was European Managing Director, of OK International, a global supplier of soldering equipment to the electronics industry. Here Rob spearheaded the integration of two companies following an acquisition and developed new pan-European distribution channels.

Company Profile (Nanotecture)

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Nanotecture specialises in the production of nanoporous materials and the development of highly efficient electrical storage devices based on those materials. The company's proprietary material production process enables the precise engineering of nano-scale architectures within materials. A primary focus is asymmetric supercapacitors that combine the benefits of supercapacitors and batteries.
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