Total Solutions, Driven by Stable Chemistry
Derived from Lithium, Iron and Phosphate (LFP), LFP chemistries possess an instrumentally high level of safety due to the following characteristics: high thermal stability, resilience to high voltages for extended periods, leading to a lowered fire risk.
The inherent stability and safety of our LFP solutions make them viable for use within domestic and commercial energy storage in conjunction with solar photovoltaics (PV) and other applications.
A modified form of traditional lithium-ion chemistry; Lithium Titanate Oxide, differs from other lithium chemistries due to the substitution of a conventional graphite anode favouring a 3D spinel crystalline structure as well as the incorporation of Lithium Titanate nanocrystals through the surface.
Lending to a surface area of 100m3/g as opposed to 3m3/ g provided by conventional lithium chemistries, enabling the fast charge capability and high cycle life of our solutions.
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Total Process in Mfg.
SMT with N2 Reflow
BGA Rework Station
In Circuit Test
Manual Insertion Line
Final Assembly Line
X-ray M/C System
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