E-bikes, e-scooters and battery-powered equipment are now part of everyday life for many workplaces, schools, hospitality venues and managed commercial buildings.
Staff may commute by e-bike. Delivery riders may arrive with modified cycles. Contractors may bring battery-powered tools. Visitors may ask to charge devices on site. Facilities teams may be asked to provide safer charging spaces.
The issue is that lithium-ion batteries can create serious fire risks when they are damaged, poor quality, charged incorrectly, modified or stored in the wrong place.
For commercial sites, this is not only a user-behaviour issue. It is a building-services issue.
Charging areas may need safe electrical supplies, suitable isolation, clear signage, fire alarm consideration, emergency lighting, ventilation review, CCTV coverage, risk assessment updates and proper maintenance records.
At Azure Electrical Ltd, our electrical services, electrical installation, electrical remedial work and statutory compliance support commercial buildings that need safer, better-planned electrical infrastructure.
This guide explains what facilities teams, landlords, schools and venue managers should check before allowing lithium battery charging on site.
Why Lithium Battery Charging Is a Workplace Risk
Lithium-ion batteries are widely used because they are compact, powerful and rechargeable. They are found in e-bikes, e-scooters, laptops, tools, cleaning equipment, radios, mobility devices and many portable products.
Most products are used safely. The risk increases when batteries are:
Poor quality
Damaged
Modified
Overcharged
Charged with the wrong charger
Left charging unattended
Stored in escape routes
Exposed to heat, impact or water
Used with unsafe conversion kits
Bought from unreliable sources
Repaired or altered by unqualified people
For workplaces and public-facing premises, the problem is that these devices may be brought into the building without anyone reviewing how they are stored or charged.
That can create a new fire hazard.
GOV.UK guidance on managing e-cycle and e-scooter battery fire risk for premises
Who Should Be Paying Attention?
Lithium battery charging policies are relevant for many commercial environments.
Offices and Corporate Buildings
Staff may commute by e-bike or e-scooter and ask to store or charge batteries during the day.
Schools and Education Settings
Staff, students, contractors and visitors may bring battery-powered devices onto site. Schools also need to manage safety around pupils, access routes and storage areas.
Pubs, Clubs and Hospitality Venues
Hospitality buildings may receive delivery riders, contractors and staff arriving with e-bikes or battery-powered equipment. Charging in back-of-house areas can create risk if it is unmanaged.
Assisted Living Environments
Battery-powered mobility devices, personal equipment and charging habits need careful review in settings where vulnerable occupants may be present.
Managed Commercial Properties
Landlords, managing agents and facilities teams may need policies for communal areas, cycle stores, car parks, plant rooms and tenant spaces.
Start With the Fire Risk Assessment
The first step is not to install sockets everywhere.
The first step is to review the fire risk assessment.
If a workplace or public-facing premises allows e-bike, e-scooter or lithium battery charging, that may introduce a new fire hazard. The risk assessment should consider where devices are stored, how they are charged, who uses them, what happens if a battery fails and whether escape routes could be affected.
Facilities teams should ask:
Are e-bikes or e-scooters allowed inside the building?
Are batteries being charged on site?
Are users charging in offices, staff rooms, corridors or store rooms?
Could charging block an escape route?
Are charging locations supervised?
Are batteries left charging overnight?
Are staff using compatible chargers?
Are policies clear and communicated?
Has a competent fire risk assessor reviewed the arrangement?
Are electrical systems suitable for the proposed charging area?
GOV.UK fire safety in the workplace responsibilities
Do Not Allow Charging in Escape Routes
One of the clearest safety points is that charging should not block escape routes.
Charging should not take place in:
Corridors
Stairwells
Final exits
Hallways
Fire escape routes
Reception escape paths
Doorways
Shared lobbies
Areas where a fire would trap people
This applies to e-bikes, e-scooters, removable batteries and other battery-powered equipment.
If a lithium battery fails, the fire can develop quickly. A charging device in the wrong place may prevent people from leaving the building safely.
Charging should be planned in a controlled location, not wherever a spare socket happens to be available.
Create a Controlled Charging Area
A controlled charging area can help reduce unmanaged risk.
Depending on the premises and fire risk assessment, a safer charging area may need:
Suitable location away from escape routes
Clear signage
Purpose-designed charging storage
Correct electrical supply
Clearly labelled isolation
Smoke or heat detection
Fire alarm consideration
CCTV where appropriate
Ventilation review
Access control
No storage of combustible materials nearby
Supervision during charging hours
Clear user instructions
Maintenance access
The correct solution depends on the building. An office cycle store, school site, pub back-of-house area and assisted living building will all need different risk controls.
Azure can support the electrical infrastructure side, including supplies, containment, isolation, remedial works, lighting and documentation.
Review Existing Sockets Before Allowing Charging
A common mistake is allowing users to charge batteries from any available socket.
That can create problems if sockets are old, damaged, overloaded, poorly located or not suitable for repeated charging use.
Facilities teams should review:
Socket condition
Location of sockets
Signs of overheating
Damage or loose fittings
Extension lead use
Multi-way adapters
Overloaded circuits
Labelling
RCD protection where relevant
Whether circuits are suitable
Whether users can unplug safely
Whether charging can be isolated quickly
If the existing electrical installation is unclear or damaged, remedial work should be planned before charging is allowed.
HSE maintaining electrical equipment safety
Avoid Extension Leads and Unmanaged Charging
Unmanaged charging often starts with convenience.
Someone plugs into an extension lead. Another person adds a multi-way adapter. A battery is left under a desk, in a cupboard or in a staff room overnight.
That is exactly the type of behaviour a workplace policy should prevent.
Facilities teams should discourage:
Charging from extension leads
Daisy-chained adapters
Charging under desks
Charging in cupboards
Charging near paper, packaging or fabric
Charging in plant rooms without review
Overnight unattended charging
Charging batteries with visible damage
Mixing batteries and incompatible chargers
Informal charging in public areas
A safer approach is to have a clear charging policy and a controlled charging location.
Provide Clear Electrical Isolation
Premises guidance highlights the importance of being able to isolate power to a storage or charging area.
For commercial sites, this means facilities teams should understand:
Which circuit supplies the charging area
Where isolation is located
Whether isolation is clearly labelled
Who can access it
Whether staff understand how to respond
Whether the isolation point is external to the charging room where appropriate
Whether emergency procedures mention it
Whether documentation is kept up to date
Poor labelling can slow down response during an incident or fault.
Azure can support electrical labelling, isolation arrangements, circuit identification and remedial works where existing documentation is poor.
Check Fire Alarm and Detection Coverage
A charging area should be considered as part of the wider fire alarm and detection strategy.
Facilities teams should ask:
Is the charging area covered by detection?
Is the correct type of detection installed?
Would occupants be alerted quickly?
Are sounders or visual alarms suitable for the area?
Is the fire alarm maintained?
Are faults recorded and resolved?
Has the fire risk assessor reviewed the arrangement?
Does the alarm strategy match how the area is used?
A charging area in a cycle store, back-of-house room, basement or isolated area may need different consideration from one in a supervised office.
This should be reviewed by competent fire safety professionals, with electrical contractors supporting the installation and remedial side where required.
Review Emergency Lighting Near Charging and Storage Areas
If charging or storage areas are created, emergency lighting should not be forgotten.
Emergency lighting may be relevant for:
Cycle stores
Access routes
Corridors
Staff entrances
Car park routes
External paths
Basement areas
Plant rooms
Service yards
Back-of-house spaces
If normal lighting fails, people still need to move safely. If a charging area becomes involved in a fire, escape routes and alternative routes need to be clearly understood.
Emergency lighting should be tested, maintained and recorded as part of statutory compliance planning.
Consider CCTV for Charging Areas
CCTV is not a substitute for fire safety controls, but it may help some managed sites monitor charging or storage areas.
CCTV may be useful where:
The charging area is remote
The site has a shared cycle store
There is a history of misuse
Access needs to be monitored
Equipment is valuable
Landlords manage common areas
Staff need visibility of external spaces
CCTV should be planned with data protection requirements in mind.
Azure can support the electrical infrastructure for CCTV, including power, containment and coordination with lighting.
Do Not Store Batteries in Plant Rooms Without Review
Plant rooms, switch rooms and service cupboards are often seen as convenient storage areas. They should not become informal battery charging spaces.
Before any charging is allowed in a plant or service area, review:
Fire risk
Electrical equipment nearby
Access requirements
Ventilation
Combustible storage
Escape implications
Alarm coverage
Isolation
Signage
Staff access
Maintenance routes
Switch rooms and plant spaces already contain important building-services equipment. Adding battery charging without assessment can increase risk and make maintenance harder.
Create a Workplace Charging Policy
A charging policy gives staff, tenants, contractors and visitors clear rules.
A good policy may cover:
Whether e-bikes and e-scooters are allowed inside
Whether charging is allowed on site
Where charging is permitted
Whether removable batteries are allowed
Whether chargers must be manufacturer-approved
Whether charging is supervised
Whether overnight charging is banned
What warning signs to report
Who to contact if a battery appears damaged
What to do in an emergency
Where devices must not be stored
How contractors and visitors are managed
The policy should be practical and enforceable. Rules that nobody understands or monitors are unlikely to reduce risk.
Train Staff to Spot Warning Signs
Staff do not need to become battery experts, but they should know when to report a problem.
Warning signs may include:
Battery overheating
Swelling or deformation
Hissing or cracking sounds
Smoke or smell
Leaking fluid
Charger damage
Burning smell
Battery performing poorly
Visible impact damage
Mismatched charger and battery
Repeated tripping or electrical faults
If warning signs appear, the battery should not continue to be used or charged. Staff should follow the site’s emergency procedure.
Keep Electrical Records and Maintenance Logs
Charging policies should be supported by proper records.
Facilities teams should keep:
Fire risk assessment updates
Electrical inspection records
Remedial work reports
Circuit details for charging areas
Isolation information
Fire alarm maintenance records
Emergency lighting test records
CCTV maintenance records where relevant
Charging policy documents
Staff communication records
Contractor reports
Incident or near-miss reports
Photos of completed works
Future review dates
Good records help the building owner, facilities manager, landlord or responsible person show that risks are being reviewed and managed.
Lithium Battery Charging Safety Checklist for Workplaces
Use this checklist before allowing e-bike, e-scooter or lithium battery charging on site.
Check | Why It Matters |
|---|---|
Fire risk assessment reviewed | Charging may introduce a new fire hazard |
Charging kept away from escape routes | Prevents blocked exits during a fire |
Controlled charging area identified | Reduces unmanaged charging behaviour |
Existing sockets checked | Damaged or unsuitable sockets increase risk |
Extension leads restricted | Reduces overloaded or unsafe charging setups |
Electrical isolation clearly labelled | Helps staff and contractors respond quickly |
Fire alarm coverage reviewed | Supports early warning |
Emergency lighting checked | Supports safe movement if normal lighting fails |
CCTV considered where appropriate | Helps monitor shared or remote areas |
Plant rooms protected from informal charging | Avoids adding fire risk near key services |
Charging policy issued | Makes rules clear for staff and users |
Records kept up to date | Supports maintenance, audits and compliance |
Common Mistakes to Avoid
Allowing Charging Anywhere
Spare sockets should not become informal charging points. Charging should be controlled and assessed.
Blocking Escape Routes
E-bikes, e-scooters and batteries should not be stored or charged where they could prevent people leaving the building.
Ignoring Damaged Batteries or Chargers
Damaged, swollen, overheating or poor-performing batteries should be treated seriously.
Relying on Extension Leads
Extension leads and multi-way adapters can increase risk, especially in unmanaged areas.
Forgetting Records
If charging areas are created, the electrical work, fire safety review, isolation and maintenance records should be documented.
When Should a Business Request an Electrical Review?
A workplace, school or public-facing premises should consider an electrical review if:
Staff are asking to charge e-bikes or e-scooters
Batteries are already being charged on site informally
A cycle store is being upgraded
A new staff charging area is being considered
Charging is happening near escape routes
Existing sockets are damaged or overloaded
The fire risk assessment mentions battery charging
Fire alarm or detection coverage is unclear
Emergency lighting records are incomplete
A landlord or facilities team wants a clear policy
The site has multiple tenants or shared areas
Contractors regularly bring battery-powered equipment onto site
The best time to review is before charging becomes routine.
How Azure Electrical Ltd Can Help
Azure Electrical Ltd supports commercial clients with electrical installation, electrical remedial work, statutory compliance and planned electrical maintenance.
For lithium battery charging areas, Azure can help with:
Electrical condition reviews
Socket and circuit checks
Charging-area electrical supplies
Isolation and labelling
Electrical remedial works
Fire alarm electrical support where required
Emergency lighting checks
CCTV power and containment
External and internal lighting
Compliance-led documentation
Planned maintenance reporting
Azure works with offices, schools, pubs, clubs, assisted living environments and managed commercial properties that need practical electrical and building-services support.
To discuss lithium battery charging safety or electrical compliance for your building, visit the contact page.
Final Thoughts
Lithium battery charging is becoming a real workplace and premises-management issue.
The answer is not to ignore the risk or wait for informal charging to spread across the building. The better approach is to review the fire risk assessment, control where charging happens, keep escape routes clear, check electrical supplies, provide clear isolation, review alarms and emergency lighting and keep records up to date.
For workplaces, schools and venues, safer charging starts with planning.
If your building already has e-bikes, e-scooters or battery-powered equipment being charged on site, now is the right time to make sure the electrical and fire safety arrangements are suitable.
Need Help Reviewing Battery Charging Areas?
Azure Electrical Ltd can support electrical checks, charging-area supplies, remedial works, emergency lighting, CCTV infrastructure, isolation, labelling and compliance-led maintenance.