Your Questions, Answered
Clarity on our technology, applications, and the future of safe energy storage.
From chemistry and safety to cost and deployment, here are answers to the most common questions about Genezen.
Genezen’s silicate-salt chemistry is non-flammable, non-hazardous, with components that are fully recyclable. Unlike lithium-ion, it does not suffer from thermal runaway or fire risk, and unlike lead-acid, it tolerates 100% depth-of-discharge (30%-50& DoD recommended to maximize lifespan) and extreme temperatures with insignificant degradation.
Our systems are proven in telecom infrastructure, disaster relief, off-grid communities, and regulated urban markets where lithium-ion is restricted. They are also expanding into industrial, marine, and cold storage applications.
Yes. With no off-gassing, no thermal runaway, and no hazardous electrolytes, they can be installed safely in hospitals, schools, high-rises, and data centers—places where lithium-ion cannot be used under fire codes.
They are designed for daily deep cycling over 10–15 years with respective life spans related to depth of discharge. With a significantly longer usable life compared to lead-acid and competitive with or exceeding most lithium-ion systems in similar duty cycles.
Our products are IEC Certified and is undergoing UL certification, with our hybrid semi-solid state LFP system already IEC approved and UL certification pending for 2025. All products are classified as non-hazardous for shipping.
This next-generation system delivers up to 5 MW of safe, high-density storage in a 20-foot container. It combines the safety of solid-state features with the scalability of LFP, offering a leap forward in capacity and compliance for utility and industrial projects.
They operate from −40°F to +158°F without cooling or heating systems, making them ideal for deserts, polar regions, and any remote environment.
They are classified as non-hazardous for transport, unlike lithium-ion which often requires hazmat protocols. At end-of-life, most components are fully recyclable, and the silicate electrolyte is benign.
We partner with telecom operators, NGOs, urban developers, regulators, utilities, and industrial client. Anyone who needs safe, reliable, and cost-effective energy storage.
You can contact our team to scope your project needs or access technical data and whitepapers for evaluation.
At Genezen, safety and reliability are not just promises, they are certified. Our silicate-salt battery technology is engineered to meet the strictest international standards from the start.
UL & IEC Certification: All new products, including containerized ESS and telecom systems, are undergoing UL and IEC certification, ensuring acceptance in regulated markets worldwide.
Fire Safety Compliance: Because our chemistry is inherently non-flammable, our systems are already deployable in sensitive locations. Such as hospitals, schools, and high-rise buildings where lithium-ion is restricted by fire codes.
UN Transport Ready: Classified as non-hazardous for shipping, Genezen batteries avoid the hazmat restrictions typical of lithium products, enabling safe, global deployment.
Sustainability Standards: With fully recyclable components and benign electrolytes, our solutions comply with environmental regulations and align with ESG reporting frameworks.
This compliance-first approach ensures our partners, regulators, and customers can trust every Genezen deployment to be safe, legal, and future-proof.