Lithium battery safety guidance, standards & practical resources
Practical guidance to help organisations understand lithium battery risks, operational controls, U.S. regulatory considerations and the evidence behind battery safety products.
Start with the requirement. Understand the battery activity, site, rules and evidence before moving into individual products or systems.
Begin with the battery activity — not the product.
These two guides establish what batteries you manage, what happens to them operationally and what kind of safety requirement you may actually need to solve.
Work through battery activity, condition, charging profile, inventory and site context before narrowing the appropriate solution category.
Record battery quantity, energy, condition, charging activity, location and existing controls so the site requirement can be defined more clearly.
Go directly to Battery Safe Systems solution categories for storage, charging, isolation, transport and emergency preparedness.
View solution types →Guidance organised around the decisions you need to make.
Operational guidance, regulatory requirements and product evidence are separated so each question can be understood without turning every resource into a product-selection page.
Manage batteries through normal use and abnormal conditions.
Practical guidance for charging, battery condition and emergency preparedness before product selection begins.
Charging location, electrical arrangements, supervision, battery condition, heat and operating procedures.
Identify batteries that should leave normal circulation and establish separation, escalation and disposition pathways.
Recognition, alarm, evacuation, responsibilities, responder information and post-incident planning.
Understand which regulatory layer applies.
Workplace safety, fire codes, local adoption, technical standards and transportation regulations can affect the same battery operation in different ways.
The main regulatory hub explaining how OSHA, DOT / PHMSA, fire codes, standards and local authorities relate.
Understand OSHA's role, potentially applicable workplace standards and the relationship between hazards and controls.
Understand model codes, local adoption, battery-storage scenarios and the role of the Authority Having Jurisdiction.
Distinguish adopted codes, standards, product certifications, test methods and local approval.
Understand the U.S. hazardous-material transport framework, including damaged, defective and recalled batteries.
Look beyond the product claim.
Understand what testing, certification and product documentation actually demonstrate — and organise the evidence that internal and external stakeholders may need.
Evaluate test reports, certifications, listings, technical claims, product scope and stated limitations.
Organise battery inventories, site information, product evidence, procedures and other information that may support internal or external review.
U.S. battery requirements rarely come from one source.
Workplace obligations, fire and building codes, transportation rules, product evidence and local authority decisions can all affect the final battery-safety strategy.
Guide 06 provides the map. The more detailed Guides 07–10 then explore individual regulatory areas.
View U.S. Regulations & CodesDeeper answers to narrower battery-safety questions.
The Resource Guides provide the permanent reference structure. Articles can address individual questions, interpretations, regulatory developments and specific applications.
The core 12 guides provide the site's long-term reference structure. Articles can then target narrower questions without duplicating those guides.
Turn the information into a defined battery-safety requirement.
Tell us about the batteries, quantities, charging activity, condition and site. Battery Safe Systems can help narrow the appropriate solution approach.