Good Monday All,
I apologize for the absence over the weekend but I had to graduate from College real quick. I thought to get back on track, I would do a Company Profile on one of the Department of Energy’s Regional Clean Energy Business winners SiNode Systems. Just check out all the giant checks they won at the 2013 Rice Business Plan Competition!
Here is the Caption to that picture –
400 applicants. 42 selected competitors. 15 semi-finalists. 1 winner.
SiNode Systems took home the grand prize at the 2013 Rice Business Plan Competition, the world’s richest and largest business plan competition. In total, SiNode was awarded over $800,000 in prizes generously sponsored by the GOOSE Society of Texas, the OWL Investment Group, Mercury Fund, Greater Houston Partnership, U.S. Department of Energy, Trailblazer Capital, PKF of Texas, Fulbright & Jaworski LLP, BBVA Compass, Miller, Egan, Molter & Nelson LLP, and others.
The competition was an incredible experience for the SiNode team, and we would like to thank the organizers and sponsors of the event, especially the Rice Alliance and Northwestern alumnus Brad Burke.
And I am Back
Congratulations SiNode Systems for winning the Western Southwest Region in the DOE’s competition! I wish you luck on the upcoming National Competition on June 11th and 12th. Here are the links to get to the information I first stumbled across that sparked this post.
Okay, so for those wondering why I am writing about SiNode Systems, here is the DOE’s little blurb they used to describe the company for the competition.
Northwestern University, SiNode Systems
SiNode’s lithium battery anode technology addresses the two aspects of battery improvement, energy capacity and power density. SiNode Systems’ Si-graphene composite anode provides up to a ten-fold increase in energy capacity compared to the conventional graphite anode, and can increase energy capacity of a complete battery assembly by 50 percent to 100 percent. The graphene scaffolding of the anode provides for more flexible support and a faster charging of the battery, up to ten-fold increase.
From the SiNode System’s Technology Page
The technology utilizes a composite material of silicon nano-particles and graphene in a layered structure. In effect, the flexible graphene scaffolds of our composite materials eliminate the rapid degradation of performance associated with silicon-based anode materials. In addition, in-plane nano-engineered porosity is introduced to the graphene layers, allowing rapid ionic diffusion through the structure.
◦ mechanically flexible
◦ electronically conductive
◦ abundant charge carrying capacity
◦ excellent high-rate lithium-ion storage capabilities
In comparison to other competing anode technologies, SiNode has a unique advantage as a highly scalable and low cost solution for large-scale production. Much of the synthesis procedure for porous graphene scaffold and the resulting composite relies on solution-based chemistry (modified Hummers’ method). Readily available industrial equipment such as drying oven and centrifuges can be used to maximize efficiency during scaled production. No specialized or custom-made machinery is necessary for any step of the production process.
Furthermore, the unique characteristics of our anode provide a number of manufacturing advantages and could eliminate the need for certain components required by current Li-ion batteries.
Now I don’t really have to say much about how great it will be to have extended battery life. To be honest, this isn’t even my favorite new battery technology, especially in the Graphene field, that is for later. But, SiNode Systems is one of the farthest along, while also being very scalable, which are both important for rapid market penetration.
Since this is a Company Profile piece and not a regular article where I meander my way through the almost infinite possibilities, I want to provide all the links to the site to give quick access to all the pages they have listed.
And of course no article on aJonester.com would be complete without a PROMPT.
PROMPT – Would having 100% more battery, that charges very quickly, make your character more or less aware of their battery bar on their electronics?
I will be trying to get more articles like this one and the ones before this one out into the InterWebz so anyone that is as curious as me can at least have a quick read about the innovations coming down the pipeline.
Have a Great Monday,