Lifebatt Launches Lithium Iron Phosphate Modules

Lifebatt has extended its range with the introduction of eight modules: four assembled using the X-1E 3.3V 10Ah and four using the X-2E 3.3V 15Ah high-energy cell. This module range is available in four voltages, 12V, 24V, 36V and 48V, configurations with capacity ranging from 10Ah to 180Ah and is specifically designed for high-energy applications with a maximum continuous discharge current of 30A, with peaks of 50A.

This range offers high performance, improved cost of ownership, cycle life of 2,000 cycles and lower environmental footprint when compared to other traditional batteries, according to Lifebatt. Stand-alone renewable energy sources and UPS systems are becoming increasingly popular in a wide variety of applications and require a high-quality, long-life and low-maintenance battery solution. This is a particular requirement in remote locations where uncontrolled temperature variations and sometimes erratic shallow discharges are common.

Lead acid batteries and technologies based on nickel batteries can suffer from limited life, poor reliability, sudden death and high maintenance costs when compared to a LifePO4 solution, said Lifebatt. The range of LifePO4 modules available from Lifebatt have been specifically designed and developed to reduce the cost of ownership offering a life of more than five years in mobility applications. This is due to the modules being capable of offering a cycle life of 2,000 cycles based upon a 1C charge and discharge with the capacity reducing to just 80 per cent of the batteries original nominal capacity.

The design and production of all Lifebatt modules is achieved using components with a minimal impact upon the environment containing no heavy metals such as lead, nickel, cadmium or cobalt. At end of life 100 per cent of the components used can be collected and recycled and correspondingly meet all aspects of the Directive 2006/66/EC of the European Parliament and of the council on batteries and accumulators and waste batteries and accumulators. The modules have also been designed to be configured to provide multiple voltages and capacities by allowing them to be connected in series and parallel as per customer requirements.

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