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Companies

Ion Storage Systems, Inc.

Unverifiedgrant

Capital Timeline

Capital this company has received, each line traceable to a primary record. Amounts are obligations, not contract ceilings.

Total
$0
Aug 4, 2026 – Aug 4, 2026
Government, last 13 weeks
$0
none in prior period
How far the money has moved
Announced
not ingested
Committed
$0
Awarded
not ingested
Disbursed
$16.2M
cumulative
Deployed
not ingested
Recognized
not ingested

A blank stage means the data is not ingested yet, not that the money stopped there.

Across the lifetime of these contracts, $20.0M has been obligated and $16.2M paid out. $3.8M has not been disbursed.

Cumulative from contract start through 2026-08-17. The total above covers only the transactions ingested in the tracking window — a different measure.

Funders
  • Dept. of Energy$01
Award history
2026-08-04$0Grant DEAR0001917Dept. of EnergyARPA-E / High-risk EnergyC
Others drawing capital in ARPA-E / High-risk Energy

Aggregated from the largest awards in this theme; companies built on many small awards will not appear here.

Why It Matters

Not enough signal yet to assess this company's relevance to Japanese firms.

Events

Events used as evidence for Stage / LCI. Facts and interpretation are recorded separately.

grantAI Extracted2026-08-04

ION STORAGE SYSTEMS, INC. — Grant DEAR0001917

ION STORAGE SYSTEMS, INC. AMENDMENT 0004 – SOPO MOD CONTROL NUMBER: 3100-1501 SCALEUP 2023 (DE-FOA-0003100) PROJECT TITLE: SAFERBAT: SOLID-STATE APPROACH FOR FUTURE ENERGY-DENSE RENEWABLE BATTERIES AND ADVANCED-MANUFACTURING TECHNOLOGIES DESCRIPTION: “ION STORAGE SYSTEMS (ION) IS COMMERCIALIZING NEXT GENERATION SOLID-STATE LITHIUM-METAL (LIMETAL) BATTERY TECHNOLOGY CAPABLE OF NEAR-TERM DEPLOYMENT INTO HIGH VALUE MARKETS WITH OPPORTUNITY FOR UNIVERSAL BATTERY MARKET DEPLOYMENT IN A LOW-COST, RESOURCE-PLENTIFUL, AND HIGH ENERGY DENSITY DESIGN. DEVELOPED AT THE UNIVERSITY OF MARYLAND (UMD), THE PATENTED 3D CERAMIC SOLID-STATE ELECTROLYTE (SSE) ARCHITECTURE HAS SHOWN THE HIGHEST LITHIUM CYCLING RATE FOR SOLID STATE TECHNOLOGY – 10 MA/CM2 AT ROOM TEMPERATURE (22°C) WITHOUT COMPRESSION – AND HAS BEEN DEMONSTRATED WITH MYRIAD CATHODE CHEMISTRIES AND CELL CONFIGURATIONS. ION HAS ADAPTED THIS DESIGN INTO A HIGHLY MANUFACTURABLE AND ADAPTABLE PLATFORM THAT ENABLES AN ACCELERATED MARKET RELEASE

Timeline

No timeline articles for this company yet.