Addionics
Smart 3D current collectors enhancing advanced battery performance
Vitality Radar
Pillar Analysis
Strategic Assessment
Strategic Vector
Addionics is aggressively scaling its patented 3D current collectors technology as a drop-in solution for enhancing battery performance across chemistries, targeting EV OEMs and global manufacturing expansion starting with a U.S. factory.
Efficiency Ratio
High resource-to-output efficiency demonstrated by $74.5M funding enabling multi-continental operations, strategic partnerships, and rapid commercialization without chemistry-specific R&D.
Evidence Signals
Raised $39M Series B round led by GM Ventures and Deep Insight, with participation from Scania, bringing total funding to $74.5M.
View sourcePlanning first U.S. factory with up to $50M in IRA grants under due diligence, alongside sites in UK, Israel, US, and Germany.
View sourcePartnerships with major OEMs and automakers across North America and Europe; in talks with majority of top 10 automotive OEMs and battery manufacturers.
View sourceCommercial-scale 3D Current Collectors offering 10% cost reduction, 60% longer lifetime, 12% higher energy density, chemistry-agnostic drop-in solution.
View sourceReceived $1M bilateral grant from DOE and Israel’s Energy Department in 2020.
View sourcePatented Smart 3D Current Collectors technology using AI-powered design, applicable to all battery chemistries.
View sourceOperates facilities in USA, Israel, United Kingdom, and Germany, founded 2017 with Series B-II stage.
View source- About
- Addionics develops smart metal 3D current collector technology that improves the energy density, high-power discharge, thermal stability, and lifespan of batteries. The chemistry-agnostic architecture supports electrified combat systems, unmanned aerial vehicles, and space applications requiring extreme reliability under harsh environments.
- Tags
- #EnergyStorage, #BatteryInnovation, #ElectricVehicles, #SmartTechnology, #SustainableSolutions, #3DCurrentCollectors, #HighEfficiency, #CostEffective