Nyobolt’s Advanced Battery Technology: Decreasing Machine Downtime by 90%

Nyobolt, a UK-based battery tech company, has announced plans to begin electric vehicle (EV) battery production by 2026. The company will open a new assembly line at its production facility in Asia in January 2022, with larger-volume production of its rapid-charging batteries set to begin within the next 18 months. Nyobolt’s advanced battery technology can fully charge in six minutes, with an 80% charge achievable in just four minutes. The company claims that its technology can decrease machine downtime by up to 90%, making it an attractive option for the automotive and robotics industries.

Nyobolt’s Battery Technology

Nyobolt’s battery technology uses low electrical resistance cells, which do not get hot when current goes through them. This means that they do not degrade as quickly as conventional batteries. The company’s focus on the anode, rather than the cathode, delivers 10 times more charging power than a conventional battery while still being fully recyclable. Nyobolt is not focusing on energy density as other manufacturers are. Instead, the company is optimizing existing technology and providing enough range with a short charge time, as opposed to maximizing range at the expense of time spent at the plug.

Nyobolt’s Production Plans

Nyobolt currently has battery applications confirmed for the robotics industry and is targeting the automotive sector. The company is talking to automotive customers with potential key dates in 2026/2027. While Nyobolt could make the technology today, in that volume, it is still a three-year program to get into a car. Nyobolt’s OEMs are testing its battery technology and are excited by the results. Deliveries of Nyobolt’s batteries to its industrial customers in the mining, industrial automation, and off-road heavy equipment sectors will begin in the middle of next year. The company is already making thousands of battery cells a week using its advanced anode technology, with tens of thousands of units earmarked for production next year. Nyobolt’s teams of 50 people in the UK and 30 in Boston are responsible for anode research and cell design respectively. A small team in Asia is responsible for cell manufacturing, with battery manufacturing destined for the UK.

Nyobolt’s Impact on Machine Downtime

Nyobolt’s advanced battery technology can decrease machine downtime by up to 90%. This is a significant advantage for industries such as mining, industrial automation, and off-road heavy equipment, where downtime can be costly. The technology was demonstrated recently on the Callum-designed Nyobolt concept car, which is essentially a Lotus Elise S1 redesigned for the 21st century. The ability to fully charge the battery in just six minutes makes it an attractive option for the automotive industry, where charging times are a major concern for consumers.

Nyobolt’s Focus on Rapid Charging

Nyobolt’s focus on rapid charging is a departure from other manufacturers’ focus on energy density. While energy density is important for increasing range, it comes at the expense of charging time. Nyobolt’s approach is to optimize existing technology and provide enough range with a short charge time. This makes its batteries an attractive option for industries where downtime is costly and for consumers who want to spend less time at the plug.

Conclusion

Nyobolt’s advanced battery technology has the potential to revolutionize the automotive and robotics industries. Its ability to fully charge in just six minutes and decrease machine downtime by up to 90% makes it an attractive option for industrial customers. Nyobolt’s focus on rapid charging, rather than energy density, sets it apart from other manufacturers and provides enough range with a short charge time. With plans to begin EV battery production by 2026 and deliveries to industrial customers beginning in the middle of next year, Nyobolt is poised to make a significant impact on the battery industry.