Facilities manager assessing a clear work counter and its surrounding workshop space.

Workplace Battery SafetyArticle 8 of 20

Where Should Batteries Be Charged at Work?

A convenient outlet is a starting point for a conversation, not a complete reason to choose a charging location.

Charging areas often develop informally. A scanner cradle stays beside the desk where someone first plugged it in. Tool chargers gather on an unused shelf. A cleaning machine is parked wherever its cable reaches.

Over time, those choices become part of the workplace layout without anyone clearly deciding whether the location suits the equipment or the surrounding activity.

In Everyday Charging Habits That Deserve a Closer Look, we followed the charging routine. This article steps back to consider the space itself: what belongs there, what happens around it and what could be affected if something goes wrong.

Define what the location is meant to accommodate

“Battery charging area” can describe very different arrangements. A desk with a laptop, a counter for shared scanners and a room serving a fleet of battery-powered equipment should not automatically be assessed in the same way.

Start by listing the actual equipment, approved chargers and expected number charging at one time. Include normal busy periods and any planned additions. Record whether batteries are removed from their devices or charged while installed. A location needs to work with the real equipment, including its size, access needs and manufacturer instructions.

Our battery inventory and site risk assessment guide can help organize that information. For a first review, a simple description is useful: “These four scanner cradles serve the receiving team during staffed hours.” It gives everyone a clearer starting point than “chargers go here.”

This article addresses ordinary portable equipment and workplace charging arrangements. Industrial vehicles and stationary energy storage systems require their own specialist assessment.

Protect the way people get out

Consider escape routes before choosing a convenient corner. For U.S. workplaces covered by OSHA’s general-industry rules, 29 CFR 1910.37 requires exit routes to remain unobstructed, including freedom from temporarily placed equipment. It also addresses arrangements that would require employees to travel toward a high-hazard area.

That makes a corridor, stair enclosure or doorway a poor default answer to a shortage of charging space. A device does not have to fill the whole passage to create a concern. Its cable, parking position or the consequences of a failure may affect the route people rely on.

Walk the route from the occupied work area to the exit. Ask the person responsible for fire safety to consider the proposed charging position in that wider context. A floor marking around the equipment does not establish that the location is acceptable.

Unobstructed commercial corridor leading to a visible exit door.
Keep escape routes available for people leaving the building; convenient space in a corridor is not a charging-location approval.

Look beyond the surface under the charger

A clear worktop is helpful, but the surrounding space matters too. Look above, below and beside it. What is stored there? What arrives during deliveries? Is the area also used for packing, waste collection or temporary storage?

The Canadian Centre for Occupational Health and Safety’s lithium-ion charging guidance advises against charging on soft surfaces or near combustible materials such as paper, cardboard and cloth. It also calls for suitable ventilation and compliance with applicable building, electrical and fire requirements.

For an illustrative example, a warehouse counter might appear suitable at the beginning of a shift but become surrounded by empty cartons after receiving a delivery. The location review should account for that predictable activity, rather than rely on the room looking tidy during an inspection.

Identify what needs to remain clear and how that will be maintained. There is no universal separation distance that this article can assign to every battery, building and charging arrangement; use equipment instructions and the site-specific assessment.

Check the environment throughout the working day

Follow the manufacturer’s requirements for charging temperature, moisture exposure, airflow and installation. CCOHS also warns against direct sunlight and charging outside appropriate temperature conditions. An open window or desk fan is not evidence that a charging arrangement has adequate ventilation or suitable fire protection.

Visit the proposed location when conditions are different. A counter may receive direct afternoon sun. A loading area may become cold when doors are open. A utility room may be subject to cleaning spray. Ask whether the equipment is intended for those conditions and whether the proposed controls can be maintained.

Also consider ordinary movement around the equipment: carts turning, items being carried, cleaning work and people reaching past cables. Discuss those interactions with the staff who use the space. Their experience can reveal practical conflicts that a floor plan misses.

Two tool batteries in chargers on a clear hard worktop with fixed wall outlets.
Review the charging surface and the surrounding activity together. This illustrative arrangement does not specify safe spacing or electrical capacity.

Make the electrical provision part of the decision

An available outlet does not establish how much charging equipment the electrical installation can support. Separate outlets may share a circuit, and the equipment’s charging demand needs to be considered alongside other connected loads.

Give a qualified electrical professional the charger specifications and intended operating pattern where capacity or installation suitability needs assessment. Ask them to confirm the appropriate supply and any changes required. Avoid planning a permanent charging location around improvised adapters or extension arrangements. Oregon OSHA’s extension-cord guidance makes clear that extension cords are intended for temporary use, not as permanent wiring.

Location planning should include where cords run, how equipment will be connected and disconnected, and whether access for inspection or maintenance is practical. A layout that only works when a cable crosses a walking route needs reconsideration.

Keep the electrical question separate from the battery count. Knowing how many devices fit on a shelf does not answer whether the supply, surroundings or fire arrangements are suitable.

Do not assume an unused room solves the problem

Moving chargers out of a busy workspace can change who notices a problem and how it is reported. A quiet room deserves an assessment of its own, including access, neighboring uses, existing fire protection and the arrangements for raising the alarm.

Involve the building or facilities manager and the person responsible for fire safety. Where needed, obtain advice from a qualified fire-protection professional and the local authority having jurisdiction, such as the fire marshal. Establish whether the proposed use requires additional measures or approval under locally adopted requirements.

Outdoor locations also need deliberate planning. NFPA’s lithium-ion battery guidance identifies outdoors, away from structures or enclosures and direct sunlight, as the safest charging location for e-bikes and e-scooters. That device-specific advice does not authorize placing an indoor-only charger outside: equipment suitability, weather, electrical provision and local requirements still need to be resolved.

Facilities coordinator and maintenance colleague reviewing a building floor plan.
Bring facilities, electrical and fire-safety considerations into the location decision before treating an available space as suitable.

Record the decision—and what would trigger a review

For one proposed or existing location, create a short record with these fields:

  • Location and intended use: room or area, equipment models, maximum intended charging quantity and operating hours.
  • Observed conditions: exit routes, adjacent materials, other activities and environmental conditions across the working day.
  • Electrical evidence: charger specifications, supply assessment and the person confirming suitability.
  • Fire-safety review: responsible reviewer, applicable requirements, unresolved questions and any required authority involvement.
  • Decision: permitted use and limits, restrictions pending review, action owners and due dates.
  • Change triggers: additional devices, different batteries, new nearby storage, altered room use or charging outside staffed hours.

Keep observations separate from approvals. “Four outlets are present” is an observation; it does not confirm adequate circuit capacity. “No issues noticed” is not a substitute for the required assessment.

Do not treat an unfinished record as permission to start or expand charging. Resolve the outstanding questions with the appropriate people. If the review identifies a need for equipment, use the record to frame questions about supplier-backed options.

Routine charging areas should not become holding areas for damaged batteries. Follow the separate suspect-battery procedure. For changes in attendance, continue with the overnight-charging review.

General educational guidance, not approval of a particular installation. Follow manufacturer instructions and applicable local requirements. Images illustrate the discussion and do not establish compliant layouts or separation distances.

Editorial update: October 25, 2026. Prepared by Battery Safe Systems as general educational guidance; this is not a site-specific assessment or independent certification.

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