Sprinter Pure Power

A pioneering technology
enters the next level.

The perfect answer to the needs of our customers.

The world is becoming increasingly digital. Data centers in particular are experiencing high workloads and need to increase the capacity of their facilities but at the same time operate cost-efficiently and sustainably in order to remain competitive. Sprinter Pure Power batteries are designed to perform in modern data centers, including large-scale colocation and hyperscale facilities. They are made from pure lead electrodes offering high-temperature and corrosion resistance. The battery’s footprint is up to 20 % smaller than the space required by traditional lead-acid batteries, contributing significantly to a lower total cost of ownership.

More than data centers - more than UPS

Data centers need reliable and advanced data security backup systems in case of a power outage. Demands in relation to performance and cost savings are high. This is the best choice to get the highest power and reduce energy costs – while becoming greener.

Commercial and industrial entities cannot afford to experience power interruptions that could disrupt their operations and cause financial losses.

Telecoms are faced with the challenge of keeping operating costs as low as possible and need smart, reliable, and sustainable battery solutions to let communication run.

AI-ready energy storage

The rapid growth of AI applications is transforming power demand across multiple industries. High-performance computing, automation systems, and advanced digital infrastructure create fast, repetitive load fluctuations that require a new level of battery performance.

Sprinter Pure Power is designed to meet these challenges, delivering stable, reliable energy under dynamic operating conditions.

AI applications, particularly large language model (LLM) training, generate rapid and continuous fluctuations in power demand. Instead of steady consumption, workloads create high-frequency charge and discharge events, known as microcycling.

These cycles occur within milliseconds and can repeatedly push power demand beyond nominal levels during compute bursts.

Testing batteries under realistic microcycle conditions is essential to reveal true performance and ensure accurate lifetime predictions. By understanding and validating microcycle behavior, system efficiency can be optimized, customer confidence strengthened, and long-term value maximized.

Sprinter Pure Power is engineered to withstand these demanding conditions, enabling tens of thousands of microcycles while maintaining high performance, fast charge acceptance, and reliable operation throughout its service life.