If you missed Paraclete Energy CEO Jeff Norris’s presentation at IBS or would like to listen again, just click below. Paraclete Energy would like to thank IBS and the hundreds of prospects and customers who attended CEO Jeff Norris’ presentation on using a polymer vs. carbon matrix to unlock the full potential of silicon in lithium-ion and SE batteries.

Curious about Paraclete Energy?
Watch this video demonstrating how our silicon enables the highest capacity and energy density of any anode material.
Paraclete Energy has it now! Request a sample of SM-Silicon/3590™ to evaluate and prove for yourself.


Paraclete Energy’s interview in the Anode Materials article in the latest issue of E-Mobility Engineering. Click the Image to Download the Article.


Silicon Loading


Capacity mAh/g


Energy Density Wh/kg


Energy Density Wh/L


Silicon Loading


Capacity mAh/g


Energy Density Wh/kg


Energy Density Wh/L

What’s in a Name?

Paraclete means “to come alongside”. As the silicon anode material supplier, we work with battery manufacturers, anode material suppliers, OEMs and researchers to enable them to produce batteries with the highest levels of energy and longevity.

Seamlessly Integrated

Our SM-Silicon/3590™ replaces a percentage of the graphite in the anode. Just mix our silicon with the graphite in the slurry. There are no changes to your manufacturing process required.

In Mass Production

Paraclete Energy is the only silicon anode material supplier identified by Cairn Energy Research to be at “Technology Readiness Level 9: Actual system proven through successful mission operations.”


Up to 3,590 mAh/g

Long battery life

>300% longer than other known silicon materials

Energy density

Up to 1,200 Wh/kg

Energy density

Up to 3,500 Wh/L

Targeted at the electric vehicle industry, given capacity and stability, but also available for consumer devices.

Our products work today and are available today in grams to tons.

Drop-in, dry powder means seamless integration.

Latest News

Where we are presenting and our latest publications.

Call Us: +1-734-288-4120