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ABOUT
TECHNOLOGY
Societal Need
Roadmap
Development
deliverable
team
Contact
Piersica

PIERSICA

Jumpstarting the era of solid state batteries

Lithium Ion Battery Technology – Solid State Batteries

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ABOUT

ABOUT

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We are a lithium ion battery technology company run by industry and academic R&D leaders.

Our unique strategy and know-how in the field of solid state batteries enable us to disrupt and rapidly advance the evolution of rechargeable batteries at a pace far more rapid than traditional battery companies.

TECHNOLOGY

TECHNOLOGY

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HIGH RATE Li-METAL
ANODE

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THIN SOLID
SEPARATOR

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HIGHT VOLTAGE
CATHODE

Societal Need

SOCIETAL NEED

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High energy density energy storage technologies are key to the ambitious societal aspirations of the 21st century of a cleaner environment.
Safe electric propulsion for terrestrial or aerial vehicles and energy storage for utilities are key tenets of clean, renewable energy. Lithium ion batteries are the lead contender to fulfill these objectives, but current systems cannot fully support these expectations.

Solid state batteries are widely considered to be the next generation of lithium ion battery technology with energy densities above 350 Wh/kg. This next generation battery will be rapidly adopted by the space, military and drone markets.

In the mid-term time frame, solid state batteries will be embraced for portable electronics and niche aviation.
In the long term, as this technology inevitably advances into commodity batteries, it will make its way into mainstream markets including EVs.

Remarkable societal, environmental and scientific breakthroughs will emerge from the success of developing safer and more energetic batteries which will lead to better paying and more rewarding jobs. These batteries will usher in the ubiquitous use of renewable energy which will promote a cleaner environment.
Roadmap

ROADMAP

2022
450 Wh/Kg
2025
585 Wh/Kg
450 Wh/Kg
  • Li anode
  • NMC811 cathode
  • All-solid
    electrolyte
585 Wh/Kg
  • Li anode
  • Li rich cathode
  • All-solid
    electrolyte

2020

2022

2024

2026

2028

2030

275 Wh/Kg
  • Graphite anode
  • NMC622 cathode
  • Liquid electrolyte
300 Wh/Kg
  • Graphite anode
  • NMC811 cathode
  • Semi-solid
    electrolyte
350 Wh/Kg
  • SiO2/Si anode
  • NMC811 cathode
  • Semi-solid
    electrolyte
450 Wh/Kg
  • SiO2/Si anode
  • Li rich cathode
  • Semi-solid
    electrolyte
2022
450 Wh/Kg
2025
585 Wh/Kg
450 Wh/Kg
  • Li anode
  • NMC811 cathode
  • All-solid
    electrolyte
585 Wh/Kg
  • Li anode
  • Li rich cathode
  • All-solid
    electrolyte

2020

2022

2024

2026

2028

2030

275 Wh/Kg
  • Graphite anode
  • NMC622 cathode
  • Liquid electrolyte
300 Wh/Kg
  • Graphite anode
  • NMC811 cathode
  • Semi-solid
    electrolyte
350 Wh/Kg
  • SiO2/Si anode
  • NMC811 cathode
  • Semi-solid
    electrolyte
450 Wh/Kg
  • SiO2/Si anode
  • Li rich cathode
  • Semi-solid
    electrolyte
Development

DEVELOPMENT

deliverable

DELIVERABLES

Wh/I Increase

Anode
Separator
Li-b
sep-a
1070
465
1090
490
sep-b
1070
515
1090
545
sep-c
1070
550
1090
585
Next-gen commodity cathode cath-c cath-d
Cell names Enerpeace Enertron

Wh/kg Increase

Notes
Wh/I
Wh/kg
Safest Design
Highest Energy Design
Commodity cell
spects (2025, est):
850
350

Wh/I Increase

Separator
Anode
Li-b
sep-a
465
1070
490
1090
sep-b
515
1070
545
1090
sep-c
550
1070
585
1090
Next-gen commodity cathode cath-c cath-d
Cell names Enerpeace Enertron

Wh/kg Increase

Notes
Wh/kg
Wh/I
Safest Design
Highest Energy Design
Commodity cell specs (2025, est)
850
350

SOLID Li ANODE LAYER

  • Material
  • Free Standing
  • Design
  • Anode for liquid/solid cells
  • 200 mAh/g
  • 1200 mAh/ml
  • 45 – 150 µm
  • 2.5 – 10 mAh/cm2
  • 8.5 – 30 mg/cm2

SOLID SEPARATOR LAYER

  • Material
  • Water/air stable
  • Compatible with Li metal and HV cathode
  • Design
  • Separator for solid /semisolid/liquid cells
  • 10 – 25 µm thick
  • 1.5 – 3 mg/cm2
  • 2.5 – 10 mAh/cm2
  • 8.5 – 30 mg/cm2

SOLID NMC CATHODE LAYER

  • Material
  • Water/air stable
  • Design
  • Cathode for solid /semisolid/liquid cells
  • Aluminum current collector, 2x sided
  • 145 mAh/g
  • 450 mAh/ml
  • 120 – 385 µm
  • 2.5 – 10 mAh/cm2
  • 35 – 110 mg/cm2
team

TEAM

PIERSICA

Dr. Claudiu Bucur: Founder/CEO
Project Director – SVOLT, Chief Engineer – GWM, Toyota, USDA, FSU
Dr. Hassan Rmaile, MBA: investor
VP, GM – Avery Dennison, Ex: Hercules, Ashland, HB Fuller, FSU
Geriletu Wang, MS: Senior Staff
Senior Engineer – Huawei, Ex: SVOLT, GWM, Chinese Academy of Sciences, Peking University
Dr. Eru Kyeyune-Nyombi: Senior Staff
Senior Engineer – Rejoule, Ex: Thor Trucks, USDA
Dr. Thuy Thanh Muhl: Senior Staff
Senior Engineering-Bloom Energy, FTXT, GWM

ADVISORS

Bob Galyen 
Galyen Energy LLC, Ex: retired CTO – CATL, GM, Delphi, Tawas, Magna, ATL
Jeff Yambrick
VP Sales – SVOLT, President NAATBatt International Ex: GM,Delphi, Altairnano, Magna, XALT Energy, Romeo Power, GWM
Prof. Petru Andrei, PhD
Director, FAMU-FSU College of Engineering, VP for Publications, IEEE Magnetics Society
Contact

Contact

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