Nickel technology batteries have significant advantages over lead technology in terms of reliability, lifespan, total cost of ownership (TCO) and predictable performance without the risk of 'sudden death'.
Mikael Greis, product manager at Saft, said: "The new Uptimax is perfect for operators looking to replace lead-acid batteries with nickel technology, as it eliminates the need to modify their existing charging systems. It is also ideal for demanding backup applications, especially in the Middle East, due to its ability to withstand extreme temperatures.".
The new Uptimax battery is a direct replacement for lead-acid batteries because it is compatible with all commonly used DC charging systems and operates within a narrow voltage window, without requiring a boost charge. This reduces the cost of charging systems, as there is less need for components such as dropout diodes or DC/DC converters.
It also has a fast charging capability that can reach 95% charge in eight hours for a quick return to service after a power outage.
Additional benefits of the new Uptimax battery include maintenance-free operation with no need to add water throughout its lifespan and compliance with all relevant safety standards. It is also ideal for applications in the Middle East, offering a long service life of over 20 years at +25°C and the ability to withstand extreme temperatures (-40°C to +70°C) for short periods.
The new Uptimax battery is designed to form the core of uninterruptible power supplies (UPS) and backup power systems that operate in the event of a main power failure to facilitate the safe shutdown of processes, protect computer data, and provide a bridge to backup power. Typical applications include substation switchgear, process control systems, emergency lighting, fire alarms, and security systems.
Saft manufactures the new Uptimax batteries in Oskarshamn, Sweden.
Saft's new Uptimax nickel-based battery technology offers operators a direct replacement for lead-acid batteries in industrial standby applications. It is ideal for mission-critical applications where reliable backup power is essential, such as oil and gas exploration and production, as well as utilities and manufacturing plants.
