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Innovative BatteryX marketing slides

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The document summarizes a prototype for a BatteryX device created by Linh T. Le and Louis Ting, with mentor Don Green. It describes the prototype, its differentiators from other technologies, and how it applies feedback on a working prototype. The prototype utilizes graphene for its electrically conductive, optically transparent, and mechanically strong properties to allow for increased performance and reduced costs for flexible energy storage and generation devices.

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Linh T. Le & Louis Ting Mentor: Don Green Technology Entrepreneurship Prof Chuck Eesley, Stanford University
 Introduction  Prototype Description  Differentiators  Apply Feedbacks on Working Prototype
BatteryX Sketch Simon et al., Nature Materials, 2008 Supercapacitor Advantages  Higher specific power (~100x batteries)  Rapid charge/discharge times  Millions of charge/discharge cycles  State of charge indication  Efficiencies (98%)  Stable performance  Perform well at extreme temperatures
1) Increase Performance 2) Reduce Cost
First Roll to Roll  Novel Properties Graphene Graphene • Electrically conductive Discovery • Optically transparent • Mechanically strong & conformal • High surface area • Chemically & electrochemically inert Micropatterns Inkjet-Printed Graphene  Diverse Production Methods • $50/kg anticipated in 3 years for graphite-derived  Inkjet-Printed Graphene Micropatterns • Electrodes for cheap, flexible energy storage & generation devices 3D Assembly with Inkjet-Printed 2D Graphene Nanosheets
Ti Foil Current Collector Teflon Block [1] Stoller, 2008; [2] Vivekchand, 2008; [3] Wang, 2009

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Innovative BatteryX marketing slides

  • 1. Linh T. Le & Louis Ting Mentor: Don Green Technology Entrepreneurship Prof Chuck Eesley, Stanford University
  • 2. Introduction  Prototype Description  Differentiators  Apply Feedbacks on Working Prototype
  • 3. BatteryX Sketch Simon et al., Nature Materials, 2008 Supercapacitor Advantages  Higher specific power (~100x batteries)  Rapid charge/discharge times  Millions of charge/discharge cycles  State of charge indication  Efficiencies (98%)  Stable performance  Perform well at extreme temperatures
  • 4. 1) Increase Performance 2) Reduce Cost
  • 5. First Roll to Roll  Novel Properties Graphene Graphene • Electrically conductive Discovery • Optically transparent • Mechanically strong & conformal • High surface area • Chemically & electrochemically inert Micropatterns Inkjet-Printed Graphene  Diverse Production Methods • $50/kg anticipated in 3 years for graphite-derived  Inkjet-Printed Graphene Micropatterns • Electrodes for cheap, flexible energy storage & generation devices 3D Assembly with Inkjet-Printed 2D Graphene Nanosheets
  • 6. Ti Foil Current Collector Teflon Block [1] Stoller, 2008; [2] Vivekchand, 2008; [3] Wang, 2009