.png)
Addionics
Smart 3D current collectors enhancing advanced battery performance
Vitality Radar
Pillar Analysis
Strategic Assessment
Strategic Vector
Addionics is positioning itself as a critical enabler for next-generation lithium-ion and related batteries through drop‑in 3D current collector technology aimed at EVs and advanced energy storage, with a clear shift from R&D to industrial-scale manufacturing and U.S. localization.
Efficiency Ratio
Given a relatively lean, sub‑100 person footprint and substantial grant and equity funding dedicated to scalable pilot and future commercial plants, the company demonstrates a high R&D‑to-output efficiency with strong leverage of external capital and partners.
Evidence Signals
Raised a $39M Series B round led by GM Ventures and Deep Insight to scale manufacturing and support a first U.S. factory for 3D current collectors.
View sourceReceived an additional strategic Series B investment from Avery Dennison to support scaling of 3D Current Collectors manufacturing.
View sourceOpened a new pilot facility and 3D Smart Electrode production line in Tel Aviv serving as HQ, with initial 10 kWh capacity and plans to scale to ~100 kWh by end of 2024.
View sourceCollaborating with seven leading automakers in Europe and the U.S., Tier 1 automotive suppliers, and a major multinational conglomerate to integrate 3D Smart Electrodes and improve LFP batteries for two- and three-wheelers.
View sourceUndergoing U.S. DOE due diligence for up to $50M in Inflation Reduction Act grant support for its first commercial U.S. plant, following an earlier $1M DOE-Israel bilateral grant.
View sourceBuilding a demonstration manufacturing line in Tel Aviv and planning its first commercial plant in the U.S., targeting full-scale production around 2027–2028.
View sourceMaintains a distributed team across Israel, UK, US, and Germany with more than 50 employees at its Tel Aviv HQ and an overall headcount in the 11–50+ range per LinkedIn, indicating controlled but steady growth.
View sourceOperates a dual hardware–software approach using AI to optimize smart 3D current collector structures for specific performance attributes, indicating a differentiated technology stack.
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.
- Relevancy
- Provides smart metal 3D current-collector technology that improves energy density, high-power discharge, thermal stability, and lifespan of batteries — chemistry-agnostic. Supports electrified combat platforms, UAV endurance and power-system reliability, and space applications requiring extreme operational reliability under harsh thermal and mechanical loads.
- Tags
- #batteries #currentcollectors #energydensity #3dmetal #powersystems #uavendurance #thermalstability