Science-Led Product Development
We pair fundamental electrochemistry with applied engineering to move from lab insight to manufacturable battery systems.
ElectrochemistrySystem Validation
Built on Science. Driven by Mission.
We are an American energy storage company combining deep battery science, AI-driven software, and a domestic supply chain to build safer, more resilient systems for critical applications.
About Coulomb Technology
61+
Years Combined Experience
$2.2M
Non-Dilutive Funding
5+
PhD Scientists
2
Funded Gov't Programs
Our Mission
Build energy systems that are safer to deploy, smarter to operate, and harder to disrupt.
Coulomb Technology is focused on the parts of the energy transition where the margin for failure is thin: mission-critical sites, industrial operations, and government programs that need proven performance.
We combine battery chemistry, software, and system integration so customers can move from concept to field deployment with fewer compromises.
Our work is shaped by the practical constraints that matter most in the real world: safety, supply chain resilience, reliability, and a clear path to scale.
Domestic Supply Chain Focus
We design around domestic manufacturing and compliance requirements so deployment teams can move faster with less sourcing risk.
Domestic SourcingCompliance Ready
Our Team
61 Years of Battery, Energy & Scale-Up Experience
Our team brings together PhD battery scientists, product builders, and deployment experience across the systems that need to work the first time.
Deep Battery Science
PhD-level chemistry, modeling, and materials expertise informs the cell and pack strategy from the start.
PhD ChemistryDFT Modeling
AI-Driven Software
Control logic and analytics help us optimize performance, simplify operation, and surface actionable system insights.
EMSOptimization
Scale-Up Execution
We know how to bridge prototypes, pilots, and funded programs into repeatable delivery.
ProgramsDeployment
Mission-Critical Reliability
The team is built around customers who need resilient systems that can survive demanding environments.
SafetyResilience
Technology Foundation
Why Sodium-Ion. Why Now.
Three fundamental problems drive our technology strategy: safer chemistry, stronger supply chain control, and a product architecture that can be deployed where conventional solutions fall short.
01
Safety Without Compromise
Sodium-ion chemistry is fundamentally non-flammable and better suited to environments where safety and operational continuity are non-negotiable.
02
A More Resilient Supply Chain
Sodium is abundant and widely distributed, which supports a manufacturing path less exposed to geopolitical concentration risk.
03
Built for Real Deployment Conditions
Our systems are designed for the thermal, operational, and maintenance realities of industrial and government deployments.
Government Validation
Trusted by the U.S. Military.
Our technology has been selected for funded programs that validate both the science and the execution path behind our platform.
U.S. AIR FORCE$600k
SBIR — Kirtland AFB Micro-Grid
837 kWh DC block deployment supporting resilient energy delivery for mission-critical operations.
837 kWh • 821V nominal • 8-hour backup
U.S. DEPARTMENT OF DEFENSE$1.6M
Funded Development Programs
Programs supporting battery system refinement, validation, and the path from prototype to field-ready delivery.
Multiple phases • Government-backed R&D
NATIONAL LAB PARTNERS5+
Research and Technical Collaboration
Partnerships that strengthen our materials understanding, validation process, and commercialization approach.
Lab validation • Scale-up alignment
Research Partners & Supporters
