Battery Guides

Safety & Certifications

What makes LiFePO4 safe, the standards behind it, ventilation and transport rules.

About these guides

Lithium battery safety is a fair question, and the answer depends on the chemistry. Lithium iron phosphate is thermally stable in a way the cobalt-based chemistries in phones and some electric vehicles are not: it does not release oxygen as it breaks down, so it does not sustain the runaway fires those chemistries can. Combined with a management system that stops over-charge, over-discharge, short circuits and charging in the cold, it is the chemistry chosen for boats, campers and homes.

These guides separate the genuine risks from the myths, explain what testing and certification marks on a datasheet mean, and give practical rules: whether a battery compartment needs ventilation, how to store a battery for months, what the airline and shipping regulations say about carrying lithium batteries, and how to dispose of or recycle one at the end of its life.

For the certifications of a specific model, the datasheets on the resources page are the record; the guides here explain how to read them.

Who this is for: For anyone weighing the safety of lithium batteries: how LiFePO4 differs from other lithium chemistries, what the certifications mean and how to install, transport and store batteries safely.

The foundational reading for safety & certifications.

All Safety & Certifications guides

4 guides, newest first

Other topics

The rest of the guides, by topic.