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SCC55 and BAM factoriesGroup14 Technologies—SCC55 and BAM factoriesGroup14 Technologies—SCC55 and BAM factoriesGroup14 Technologies—SCC55 and BAM factoriesGroup14 Technologies—
SCC55 and BAM factories
Courtesy of Group14 Technologies · Press kit, editorial use (opens group14.technology)

SCC55 and BAM factories

by Group14 TechnologiesUS

DeployStage 4 of 5

Shipping from Korea; Moses Lake plant nearing completion after delays.

Updated 28 May 2026Checked 25 Sep0 updates this week

Milestones

Next · BAM-2 full production
  1. $100M DOE grant for BAM-22022Complete.
  2. BAM-2 groundbreaking in Moses LakeApr 2023Complete.
  3. Korean factory begins SCC55 deliveriesSep 2024Complete.
  4. BAM-2 full productionTarget 2026Current milestone.

Most important updates

  • 28 May 2026
  • 26 Mar 2026
  • 12 Mar 2026
  • Jan 2026
  • Aug 2025

Upcoming

  1. 2026BAM-2 full production (next)

Current obstacles

  • Demand timingSlower EV sales and trade uncertainty delayed customer orders, so the Moses Lake plant ramps more slowly.

Physics limits

  • Silicon swells about 300% when fullEach silicon atom can bind up to 3.75 lithium atoms, about 10× graphite's capacity per gram (3,579 vs 372 mAh/g), but the crystal swells ~300%, stressing particles every cycle.
  • Every crack eats lithiumFresh silicon surface reacts with electrolyte, forming a film that traps lithium. Swelling cracks that film each cycle, so lithium is lost faster than with graphite.

How it works

4 parts
Group14's silicon-carbon anode material in trays: porous carbon with silicon grown inside the pores, shipped as a black powder
Group14's silicon-carbon anode material in trays: porous carbon with silicon grown inside the pores, shipped as a black powderCourtesy of Group14 Technologies · Press kit, editorial use (opens group14.technology)
Scaffold

A porous carbon sponge

Group14 first makes a carbon scaffold full of nanometre-scale pores, like a hard sponge with empty space inside.

Silicon

Silicon grown inside the pores

Silane gas breaks down inside the pores, filling them with tiny amorphous silicon particles, which hold far more lithium than graphite.

Swelling

Room to swell

Because the silicon sits in pores, its swelling on charge is absorbed inside each particle instead of cracking the electrode.

Drop-in

A powder for existing lines

SCC55 is a powder cell makers mix into anodes on their current equipment, replacing some or all of the graphite.

Spec sheet

SpecSCC55 and BAM factories
Customers100+ battery and device makersR (reported)

R reported by the company

Update log

5 updates

Thu 28 May

  • Minor: PressPartnership

Thu 26 Mar

  • Minor: PressOther

Thu 12 Mar

  • Major: PressManufacturing

Jan 2026

  • Minor: PressPeople

Aug 2025

  • Major: PressFunding

About Group14 Technologies

The team behind SCC55 and BAM factories

Group14 Technologies

SCC55 silicon-carbon anode material

Group14 (founded 2015, near Seattle) makes SCC55, a silicon-carbon powder that replaces some or all graphite in battery anodes so cells hold more energy. It owns a factory in South Korea and is building a bigger one in Moses Lake, Washington.

  • Closed a $463M Series D in August 2025 led by SK Inc., and took full ownership of its Korean factory.
  • SCC55 ships to 100+ battery and device makers, mostly for electronics and EV development.
  • Its Moses Lake plant (BAM-2) hit delays, a July 2025 staff cut and January 2026 furloughs; full production expected in 2026.
Founded
201511 yrs
Headquarters
United States
Status
Private
Valuation
private
Raised
$863M2 rounds
Last round
Series D · $463MAug 2025
Works in
MaterialsBattery materialsEnergy
Coverage
1 program · 6 updateslatest 28 May 2026checked 25 Sep
Lead investors
SK Inc.Porsche
People
Rick LuebbeCo-founder & CEO
Primer