Our battery management system does contain a thermal valve that would disconnect the battery should it overheat to protect the battery from excessive damage, therefore this is not a safety hazard. However, regular exposure to excessive heat can significantly reduce the battery life.
Our battery management system does contain a thermal valve that would disconnect the battery should it overheat to protect the battery from excessive damage, therefore this is not a safety hazard. However, regular exposure to excessive heat can significantly reduce the battery life.
Our battery management system does contain a thermal valve that would disconnect the battery should it overheat to protect the battery from excessive damage, therefore this is not a safety hazard. However, regular exposure to excessive heat can significantly reduce the battery life.
The main issue around installing batteries within vehicle engine bays is heat. Our batteries are designed to operate up to 60 degrees C.
Can Amptron LiFePO4 batteries charge from a standard commercial solar module or does it require a special module? And is there a need for a controller?
One very common use of AMPTRON LiFePO4 batteries is to run an inverter. From wanting to run a kettle while out camping to whole house backup inverters.
A Lithium charge profile vs a Lead Acid profile usually has a slightly higher charge voltage and a “deeper” constant voltage phase at the end of the charge cycle.
We often get the question from customers, can you connect multiple LiFePO4 batteries in series to achieve a desired working voltage outcome. This topic is not well understood by many consumers including many LiFepo4 battery suppliers who claim series connection systems are a reliable & functional practice. It is most…