Our technology

As our world accelerates its electrification, immediate access to high-power, integrated energy systems is a necessity. Nyobolt’s fast-charging battery technology provides instant power exactly when needed the most, delivering maximum performance and reliability for industries where every second counts

Powering an AI-driven world demands a 10X leap forward

Nyobolt’s pioneering technology builds on over a decade of academic research into fast-charging batteries. From materials and cells to battery packs and high power charging solutions, our team of international experts is innovating to deliver high performance that is scalable to fuel even the most ambitious applications

Key advantages of Nyobolt solutions

Our patented battery management ensures your performance expectations are not just met but surpassed. We challenge conventions, setting new pinnacles

Record fast charge

Charge to 80% in less than 5 minutes. Maximise uptime, boost productivity, and eliminate hours spent waiting

Instant response

Millisecond response to power fluctuations enabled by low internal impedance

High power density

High power density, delivering 20x more energy density than super-capacitors while matching lithium-ion energy levels

Commercially ready

Ready for global deployment today across numerous industries, with existing customers contracted

Ultra long cycle life

Low total cost of ownership with long cycle life

Improved safety

Reduced risks of premature failure/lithium plating. Wider temperature range performance

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Ultrafast charging and high power density

Nyobolt’s advanced lithium-ion batteries charge in minutes and pack more power into a smaller size

Proprietary BMS and systems integration

Software, electronics and module and pack hardware enabling fast charge and high power

Proprietary anode materials

Optimised for fast Li+ transport with long life providing instant response as well as stability

Cells engineered for performance

Certified cells engineered by in house experts for the optimum balance of energy and power, using state-of-the-art, commercially available components and manufactured using standard equipment and processes