ZAPBATT, in partnership with Toshiba, has developed a Battery Operating System (bOS) focused on Toshiba’s SCiB lithium titanium oxide (LTO) chemistry for integration in various applications, including electric vehicles (EVs). The bOS is a battery management system that allows for the adoption of different battery chemistries without the need for significant investment in infrastructure or modifications to existing electrical components. It serves as a universal adapter, capable of integrating SCiB and other advanced battery chemistries into devices ranging from cordless tools to industrial automation.
The bOS system combines software and hardware to provide adaptive and scalable input and output voltage regulation, ensuring safety by preventing overcharge or thermal runaway, and optimizing performance through meticulous cell-by-cell control. Its programmable voltage output enables the battery to mimic the operation of any device, while the programmable voltage input allows for fast charging using standard infrastructure. This versatility makes bOS a valuable tool in adapting to evolving battery chemistries and integrating them seamlessly into various markets.
Toshiba’s SCiB technology, when used in conjunction with bOS, offers benefits such as rapid charging, extended lifespan, enhanced safety, rapid discharging, and the ability to deliver full energy even under demanding loads. Additionally, SCiB batteries can operate effectively in extreme cold conditions, making them suitable for industrial applications and robotics. The partnership between ZAPBATT and Toshiba aims to leverage these advantages to provide innovative solutions for the growing demand for high-performance batteries in various industries.
As ZAPBATT CEO Charles Welch explains, the bOS functions as an operating system that can work with any battery chemistry, similar to how mobile operating systems can run on different devices. This flexibility allows ZAPBATT to easily incorporate emerging advanced battery chemistries into different markets in a cost-effective and straightforward manner. By continuously evolving bOS to support new technologies, ZAPBATT aims to streamline the integration of advanced batteries across a wide range of applications, including EVs, e-bikes, appliances, and industrial automation.
The combination of ZAPBATT’s bOS and Toshiba’s SCiB technology represents a significant advancement in battery management systems, offering enhanced safety, performance, and adaptability for various applications. With the ability to provide fast charging, extended lifespan, and reliable operation in extreme conditions, SCiB batteries integrated with bOS have the potential to revolutionize the way batteries are utilized in industries such as robotics and industrial automation. By leveraging their strategic partnership and innovative technologies, ZAPBATT and Toshiba are driving forward the development of next-generation battery solutions that meet the growing demands of a rapidly evolving market.
In conclusion, ZAPBATT’s Battery Operating System (bOS) developed in collaboration with Toshiba offers a versatile and adaptive solution for integrating advanced battery chemistries, such as Toshiba’s SCiB lithium titanium oxide (LTO), into various applications. With its unique combination of software and hardware, bOS provides enhanced safety, performance, and scalability for different devices, enabling rapid charging, extended lifespan, and reliable operation under demanding conditions. The partnership between ZAPBATT and Toshiba aims to streamline the integration of advanced batteries into diverse markets, offering cost-effective and straightforward solutions for the growing demand for high-performance batteries.