Lithium-ion batteries no longer just power phones. They run vehicles, grid infrastructure, defense platforms, satellites, and life-saving systems. Controlling the full value chain — from mining to recycling — is essential for American independence and resilience.
Reduce dependence on fragile foreign supply chains for mission-critical energy storage — keeping strategic assets on American soil.
Anchor high-value American jobs in mining, refining, cell manufacturing, and recycling across the domestic value chain.
Build a resilient grid, transportation network, and defense posture powered at home — immune to overseas disruption.
Every step traced. Every mineral accountable. From first extraction to closed-loop recovery.
Responsible extraction of lithium, iron, copper, nickel, manganese, cobalt, graphite on American soil and with allied partners.
Converting ores and brines into battery-grade compounds with tight quality and traceability standards.
Cathodes, anodes, electrolytes, and additives engineered for safety, energy density, and long life.
Coating, calendaring, stacking, winding, formation, and testing in state-of-the-art American cell lines.
Integrating cells with BMS, thermal management, enclosures, and controls for complete battery systems.
EVs, grid storage, defense, homes — followed by reuse and closed-loop recovery of critical minerals.
C4V and Near Prime Technologies have developed a portfolio of advanced chemistries — from BMLMP prismatic cells to solid-state electrolytes — built for energy density, safety, cycle life, and full supply chain traceability.
53 Ah BMLMP prismatic cell — 3.7V nominal, 196 Wh. Operating window 2.8–4.1V with forced protections at 2.7V and 4.2V. The core of Near Prime Technologies' cell-to-container BESS architecture.
Next-gen olivine chemistry — higher voltage than LFP, domestically sourced iron and manganese.
Flagship ChemistryThe safety-first chemistry — 4,000+ cycle life, no thermal runaway, US-sourceable iron and phosphate.
Grid & FleetHigh energy density for premium EV applications — 200–280 Wh/kg at cell level.
Premium EVNext frontier — Charge CCCV (C4V) electrolyte innovation for post-liquid cell performance.
Next GenFrom lithium and graphite to iron and copper — our focus spans the full suite of materials that make modern lithium-ion batteries possible, traced from American and allied sources.
The American Battery exists to support companies, policymakers, and mission-driven partners who believe core energy technology should be designed, manufactured, and recycled on American soil — or with trusted allies.
Our headquarters are in the historic Huron Campus in Endicott, New York — where American computing was born and the next generation of American energy storage is taking shape.
The American Battery
1701 North Street, Bldg. 40-2, Suite G17
Endicott, New York 13760, USA
Regional flights into Greater Binghamton Airport (BGM) or larger hubs such as Syracuse (SYR) and Scranton/Wilkes-Barre (AVP).
Convenient access via NY-17 / I-86 from Binghamton, Syracuse via I-81, and New York City — in the Southern Tier of New York State.
We see batteries as strategic infrastructure — alongside semiconductors, aerospace, and critical communications. Our work links geology, metallurgy, electrochemistry, manufacturing, and recycling into a single story of American strength.