Validation

See real data for our product.

Paraclete Energy offers Best in Class performance:

  • As little as 15% SM-Silicon™ increases anode specific capacity by over 2 times!
  • Your 4.2 Ah battery will become a ≥5.0 Ah battery with just ~20% SM-Silicon™.
  • A 265-mile range EV will have a 340-mile range with just ~20% SM-Silicon™.
  • SM-Silicon™ has >2x more energy than SiOx.
  • SiOx has much lower FCE than SM-Silicon™, and thereby only  a maximum of ~5-7% can be used.
  • SM-Silicon™ has two times the reversible capacity of SiOx and other silicon alloys.

How Paraclete Energy’s SM-Silicon™ Improves a Li-Ion Battery

The charts below compare Paraclete Energy’s SM-Silicon™ to graphite alone in multiple applications: electric vehicles, laptops, and power tools.

 

That means no more range anxiety. An electric vehicle equipped with batteries made from Paraclete Energy’s SM-Silicon™ will have greater range than vehicles equipped with batteries made from traditional graphite. SM-Silicon™ will also maintain that range for significantly longer than a vehicle equipped with batteries made from commercially available silicon oxide.

What can Paraclete Energy's SM-Silicon™ do for your electric vehicle today?
What can Paraclete Energy's SM-Silicon™ do for your laptop today?
What can Paraclete Energy's SM-Silicon™ do for your power tool today?

Actual EV Driving Data – How to Get 3,000 Cycles with High Capacity Si Metal Based SM-Silicon™

Actual EV Driving Data - How to Get 3,000 Cycles with High Capacity Si Metal Based SM-Silicon™ - Slide 1
Actual EV Driving Data - How to Get 3,000 Cycles with High Capacity Si Metal Based SM-Silicon™ - Slide 2
Actual EV Driving Data - How to Get 3,000 Cycles with High Capacity Si Metal Based SM-Silicon™ - Slide 3

While both Paraclete’s SM-Silicon™ and commercially available silicon oxide will improve the capacity of a Li-Ion battery, only Paraclete’s SM-Silicon™ will significantly provide much higher capacity given its 2x specific capacity, high FCE and therefore much higher loadings.

Why Silicon Metal?
Why Silicon Metal?
SM-Silicon™ Anode Developed for 5Ah Pouch
SM-Silicon™ Anode Developed for 5Ah Pouch
SM-Silicon™ Half Cell Performance
SM-Silicon™ Half Cell Performance

Paraclete’s SM-Silicon™ can be priced less than graphite from a $/kWh. Paraclete’s SM-Silicon™ adheres to existing industry production processes, therefore you can integrate the silicon into your slurry without changing your current standard manufacturing processes.

Full Cell Comparison with Graphite
Full Cell Comparison with Graphite
15% SM-Silicon™ Demonstrates FCE Similar to Graphite
15% SM-Silicon™ Demonstrates FCE Similar to Graphite
Specific Capacity Comparison
Specific Capacity Comparison
SM-Silicon™ Built Anode Capacity Compared to Major Material Suppliers Selling Silicon
SM-Silicon™ Built Anode Capacity Compared to Major Material Suppliers Selling Silicon
SM-Silicon™ 18650 Anode "drop-in" Replacement
SM-Silicon™ 18650 Anode "drop-in" Replacement
SM-Silicon/PL™ to enable 100% FCE vs. 75% 85%
SM-Silicon/PL™ to enable 100% FCE vs. 75% 85%