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The document describes a prototype for an innovative battery called BatteryX. It has attributes such as integration with flexible electronics, high specific power, rapid charge/discharge times with millions of cycles, and stability at extreme temperatures. The technical approach uses a graphene electrode and flexible substrate. Feedback is sought on both the technical approach and business approach. Potential applications include replacing thin film batteries and use in home electronics, electric vehicles, and energy storage.
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CLICK HERE to Subscribe: https://www.youtube.com/user/DIALuxWorks?sub_confirmation=1
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The document summarizes research on inkjet-printed graphene for flexible micro-supercapacitors. Graphene is an ideal electrode material due to its high surface area, conductivity, and stability. The researchers used graphene oxide ink that was reduced to graphene after printing. Printed graphene films were highly porous with a surface area of 282 m2/g. Electrochemical testing showed the printed graphene achieved a capacitance of 132 F/g and could be charged and discharged rapidly while retaining 97% of its capacitance over many cycles. The research demonstrated inkjet printing as a scalable method for producing graphene-based flexible micro-supercapacitors.
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The document discusses analyzing the weaknesses in a business idea for building a small custom aircraft. It identifies weaknesses in the initial idea's market size, customers, competition, and capabilities assessments. It then provides recommendations to improve the weaknesses by better defining the target customer demographic and income levels, the company's uniqueness, partnership strategy, and assessing competitors and customer segments.
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Inkjet printing graphene for electrical components
Inkjet printing graphene for electrical components
Customer feedbacks
- 1. Innovative BatteryX Linh T. Le & Louis Ting Technology Entrepreneurship Prof Chuck Eesley, Stanford University
- 2. Description of the prototype • R&D Ideas: How it works? • Technical Approach: Why it is better? • Business Approach: Why people buy it? Feedbacks on Technical Approach Feedbacks on Business Approach Conclusion
- 3. Simon et al., Nature Materials, 2008
- 4. Supercapacitor a.k.a BatteryX Attributes • Integration with Flexible Electronics • Higher Specific Power • Rapid Charge/Discharge times with million cycles • Stable at extreme temperature Silver Current Collectors Hermetic Concept Flexible Seal First Gen BatteryX Kapton Graphene Electrolyte Electrodes
- 5. Market: • Replace thin film battery market with technical value added performance • Different product line to target home-used rechargeable battery Cost & Revenue: • IP License, Material cost and Manufacturing cost • Pricing model for BatteryX from competitors
- 6. Competitors • Competitive landscape assessment with 3-4 startups in similar applications Customers • Customized design for specific customer’s needs (R&D lab, startups, etc.) • Marketing to reach home-use customers
- 7. Limitation • Define theoretical limit of first gen BatteryX and potential to replace battery Demonstration Integrate-ability with flexible electronics • Use in LED circuitry, provide OLED display, etc. Other Potentials Application: • Battery for car and potential use in energy storage with solar module, etc.
- 8. Market Size: • Evaluate the market size for thin film battery • Extrapolate the market for projected best performance Cost Structure: • Assess cost difference for lab scale and industrial scale manufacturing Price Strategy: • Adopt different pricing models for better comparison
- 9. Revenue Stream: • Re-Licensing for non-exclusive application might not be a “good idea” • Distinguish sale from different products