At Newton Energi Limited (NEL), we deliver a new class of Battery Energy Storage Systems engineered for the future of grid stability, EV charging, and behind-the-meter resilience. Our technology is built around three core advantages that set us apart from every conventional lithium-based system on the market
Our batteries contain no rare earth materials and avoid the ethical, environmental and geopolitical issues associated with lithium, cobalt or nickel supply chains. This ensures secure long-term sourcing, stable pricing, and a significantly lower environmental footprint.
Unlike traditional lithium batteries, our chemistry delivers no degradation across the entire lifetime of the system. You get the same output, the same capacity, and the same performance on day 5,000 as you did on day one. This eliminates replacement cycles, reduces total cost of ownership, and maximises long-term project value.
This is our biggest USP, Our systems cannot enter thermal runaway, No fire risk. No explosion risk. No cascading failure. This makes our technology the safest battery solution currently available for grid and commercial deployment, enabling installations in locations where lithium systems are restricted or prohibited.
Whether deployed on grid-connected sites, EV charging hubs, data centres, industrial facilities or microgrid applications, NEL’s non-degrading, fire-safe, rare-earth-free BESS unlocks a new standard in reliability and resilience.
If you want the highest-performance storage without the risks of lithium — this is the technology that finally delivers it.
NEL provides a full range of battery energy storage systems designed to serve every market segment — from homes to heavy industry to full grid-scale infrastructure. All systems benefit from our core USPs: no rare earth metals, no degradation, and absolutely no thermal runaway.
Ideal for homes, small offices, retail units and small businesses.
Applications include:
For logistics hubs, factories, EV charging sites, data centres, hospitals, retail parks and energy-intensive facilities.
Use-cases:
Supporting DNOs, transmission operators, renewable developers, IPPs, and large-scale infrastructure.
Ideal for:
