Launching in 2026, Genezen’s hybrid semi-solid state LFP system delivers 5 MW of clean energy In A 20 Foot Container.
Non-flammable, non-hazardous and non-corrosive, no thermal runaway
40–60% less per kWh than lithium-ion
Works from -40°F to +158°F
No hazardous waste withfully recyclable components
Engineered to meet the toughest demands of critical industries. From keeping telecom networks online to powering communities and complying with the strictest safety codes.
Our battery technology powers essential infrastructure.
The Genezen Battery is built on a patented chemistry proven in some of the world’s most demanding environments. From high-speed rail networks to remote telecom installations. Its unique design eliminates fire risk, hazardous materials, and corrosion while delivering consistent performance from −40°F to +158°F.
With an exceptional lifespan, low maintenance requirements, and fully recyclable components, the Genezen Battery offers a cleaner, safer, and more durable alternative to conventional storage. It is engineered to work where other batteries struggle, setting a higher benchmark for safety and reliability in energy storage.
Next Generation LFP Semi Solid Stack System. Coming in 2026
Modular Home/Commercial Units
Drop-In Replacement For Rack And Cabinet Mounted Systems
Containerized Grid/Micro-Grid Solution
Portable Power Trailers And Kits
We deliver clean, resilient battery systems that protect people, cut costs, and perform where conventional technologies fall short.
Our technology powers critical infrastructure for global telecom operators, transportation networks, and utilities.
Field-proven in demanding environments, from the deserts of Africa to the railways of China.
Genezen’s battery technology is supported by patents, telecommunications network access licenses, defense certifications, and independent performance testing. These credentials confirm compliance with strict safety, reliability, and operational standards, with full certification details available on our dedicated documentation page.
