Find the Right Battery Safety Solution
Start with what your batteries are doing, where they are located and what could go wrong — then narrow the type of safety solution that fits the requirement.
The battery does not define the solution by itself.
Two organisations can use the same lithium-ion battery and still require very different safety measures. One may simply store spare batteries, another may charge dozens every night, while another may need to isolate damaged batteries or ship them between locations.
Begin by identifying what is actually happening to the batteries. Product selection comes later.
Storage, charging, damaged-battery isolation, transport and emergency response are different problems. A product designed for one purpose should not automatically be assumed suitable for another.
Batteries are being held between uses without routine charging inside the storage system.
The main requirement is controlling where and how batteries are recharged.
Batteries move between stored, charging and ready-for-use states as part of the same operation.
A battery is damaged, suspect, recalled or otherwise no longer suitable for normal storage with the rest of the inventory.
Batteries must be moved, shipped, collected, recovered or transferred between locations.
The requirement concerns detection, incident preparedness, containment or response capability.
Quantity alone does not describe the risk.
A useful battery inventory should describe both the number of batteries and the energy represented by them. Ten small tool batteries and ten large mobility batteries are not equivalent inventories.
Record the battery type, chemistry where known, voltage, capacity, approximate watt-hours, physical size and total quantity.
Tool battery, e-bike battery, mobility pack, electronics, industrial module or another format.
Total inventory and the maximum number expected to be present at one time.
Wh per battery and the approximate total energy represented by the inventory.
Dimensions, mass, terminals, removable packs and handling requirements.
A site might own 100 batteries, store 70, have 25 ready for use and charge only 5 at one time. Those figures should be considered separately.
Normal batteries and suspect batteries should not be treated as the same inventory.
Battery condition can change the requirement significantly. A battery that has been dropped, crushed, overheated, swollen, recalled or otherwise identified as suspect may need to leave the normal storage and charging process.
Continue through the site's normal storage and charging process, subject to the manufacturer's instructions and site controls.
Stop treating the battery as ordinary inventory and assess the appropriate isolation and escalation process.
Define isolation, handling, monitoring, disposal or transport requirements around the actual battery condition.
Charging changes both the electrical and operational requirement.
If charging occurs, consider more than whether a cabinet or charging station contains electrical outlets. The number of batteries being charged, charger type, electrical demand, charging duration, supervision and location all affect the requirement.
Electrical provision, ventilation, detection, fire performance and battery limitations should be evaluated as separate capabilities rather than inferred from the presence of charging outlets.
The same battery operation can require a different approach in a different building.
The location of the batteries affects access, evacuation, supervision, electrical infrastructure and how an incident could affect people or adjacent property.
Workshop, warehouse, school, office, charging room, loading area, outdoor enclosure or another environment.
Staff, students, visitors, residents, customers, contractors or members of the public.
Daytime only, continuously supervised, overnight, weekends or largely unattended.
Consider alarms, detection, suppression, compartmentation and emergency notification arrangements.
Door widths, stairs, floor loading, lifting equipment and routes may influence the practical product format.
Allow for fleet growth, additional chargers, larger batteries or changes to operating hours.
Once the requirement is clear, the solution category becomes much easier to narrow.
The table below is a routing guide rather than a product recommendation. One site may need more than one category, particularly where normal storage, charging and damaged-battery management occur within the same operation.
| Primary requirement | Typical question | Start with |
|---|---|---|
| Hold serviceable batteries between uses | How should we organise and protect stored inventory? | Storage |
| Create a controlled place for recharging | Where and how should batteries be charged? | Charging |
| Manage a working fleet through storage and charging | How should stored, charging and ready batteries work together? | Storage + charging |
| Remove suspect batteries from normal inventory | What do we do when a battery is damaged or abnormal? | Damaged battery isolation |
| Move batteries between locations | How should the battery be packaged, handled or transported? | Transport & handling |
| Prepare for a developing battery incident | What detection, containment or response capability is needed? | Emergency preparedness |
Tell us about the batteries and how your site operates.
The Guided Assessment captures the battery inventory, use case, charging profile, condition and site information needed to narrow the most appropriate solution approach.