Power Electronics Meets the
Internet of Things


Batteries take on different behaviours and characteristics throughout their lives from the moment they leave the factory. They are exposed to different changing methods, environmental conditions and applications. All of these variables changes the battery over time. So why does traditional charging treat them the same way?

S.D.C Machine Learning

Adapting to Perfection


Existing methods of safety protection for lithium-ion cells are limited to voltage detection plus cell temperature measurement. The use of cell temperature measurement is problematic as temperature is the ‘effect’ and not the ’cause’ of cell damage and has a delay of several seconds. Petalite’s technology allows the detection of the ’cause’ by analysing cell resistance and reactance up to 100 times per second, faster than existing methods.

I.O.T Technology Built from the Ground Up


Batteries take on different behaviours and characteristics throughout their lives from the moment they leave the factory. They are exposed to different changing methods, environmental conditions and applications. All of these variables changes the battery over time. So why does traditional charging treat them the same way?

Connect up to
10000
units globally
recording over
0
lifetime samples per cell
Currently
0
I.O.T Standards Adopted
Dynamic Sampling
0
Samples per second

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