Does NFPA 855 apply to my forklift chargers?

No. NFPA 855 covers stationary energy storage systems at 20 kWh and above. Forklift charging is governed by OSHA 1910.178(g), the fire code your jurisdiction has adopted, and your insurer's requirements.

Do I need an eyewash station for lithium charging?

The electrolyte flushing provision is aimed at lead-acid batteries. Many plants keep the eyewash because mixed fleets are common, and it costs little. Confirm with your EHS lead.

How do I protect the chargers?

Guardrail and bollards between the truck positions and the charging apparatus, laid out so a truck pulling in cannot reach the charger. The builder on this site sizes the barrier to the number of positions.

Compliance · Guardrail

What a forklift charging area has to have, and why NFPA 855 is not the rule for it

Reviewed September 25, 2026. Official sources are linked where they exist.

Short answer

OSHA 1910.178(g) is the rule for forklift charging: charging installations must be in designated areas with facilities for flushing and neutralizing spilled electrolyte, fire protection, protection of the charging apparatus from damage by trucks, and adequate ventilation, with no smoking and precautions against open flames, sparks, and arcs, and trucks properly positioned and braked before charging. NFPA 855, which is often cited for lithium, applies to stationary energy storage systems at 20 kWh or more of aggregate capacity; a forklift charging station is not a stationary energy storage system in that sense. A charging bay that protects the chargers with guardrail and bollards, provides ventilation, containment, signage, and rated storage for spare lithium packs meets the rule and what insurers now ask for.

What 1910.178(g) requires

The paragraph is short and old, and it still governs. Each item maps to a piece of equipment or a layout decision.

Battery charging installations located in areas designated for that purpose
Facilities for flushing and neutralizing spilled electrolyte: eyewash and spill neutralization where lead-acid batteries are charged
Fire protection, protection of charging apparatus from damage by trucks, and adequate ventilation for dispersal of fumes
Trucks properly positioned and brakes applied before attempting to change or charge batteries
Smoking prohibited in the charging area; precautions taken to prevent open flames, sparks, or electric arcs

Lithium fleets and the NFPA 855 confusion

NFPA 855 is the standard for the installation of stationary energy storage systems, and its lithium-ion provisions engage at 20 kWh of aggregate capacity. The 2026 edition adds a default hazard mitigation analysis for larger installations. A forklift charging station, where the battery is in the truck or exchanged into it, is not a stationary energy storage system, so 855 does not govern the charging bay. OSHA 1910.178 does, along with the general fire code and your insurer's requirements.

That does not mean lithium changes nothing. Lithium packs do not off-gas hydrogen like lead-acid, so the ventilation and electrolyte provisions matter less, while thermal runaway and storage of spare packs matter more. OSHA's guidance on lithium-powered devices recommends chargers certified by a nationally recognized testing laboratory, removing devices from the charger when full, storing in a fire-resistant location, and having emergency procedures.

What a charging bay kit includes

Sized to the number of charging positions and the battery chemistry on the floor.

Guardrail runs and bollards protecting each charger from the trucks that plug into it
Floor marking and wall signage: designated area, no smoking, PPE
Eyewash station and spill kit where lead-acid batteries are charged
Fire extinguisher placement and a review of sprinkler coverage with your authority having jurisdiction
Fire-rated cabinet for spare lithium packs, with charging-in-cabinet where the design allows
Ventilation review for lead-acid charging

Questions buyers ask

Does NFPA 855 apply to my forklift chargers?: No. NFPA 855 covers stationary energy storage systems at 20 kWh and above. Forklift charging is governed by OSHA 1910.178(g), the fire code your jurisdiction has adopted, and your insurer's requirements.
Do I need an eyewash station for lithium charging?: The electrolyte flushing provision is aimed at lead-acid batteries. Many plants keep the eyewash because mixed fleets are common, and it costs little. Confirm with your EHS lead.
How do I protect the chargers?: Guardrail and bollards between the truck positions and the charging apparatus, laid out so a truck pulling in cannot reach the charger. The builder on this site sizes the barrier to the number of positions.

Do your own research

Official sources first. We link the rule, not a summary of the rule, wherever one exists.

29 CFR 1910.178 Powered industrial trucks
OSHA
Paragraph (g) sets the charging area requirements.
Lithium-ion battery workplace safety guide
Safety Regulatory
Explains why a forklift charging station is not a stationary ESS under NFPA 855.
NFPA 855 guide
Sunlith Energy
Summary of the 20 kWh threshold and 2026 edition changes.
Safety and Health Information Bulletin: lithium battery devices
OSHA
OSHA recommendations for charging and storing lithium-powered devices.

What we quote for this

Guardrail

Forklift and AMR Charging Bay Kit

Guardrail, bollards, floor marking, signage, and containment packaged for a forklift or AMR charging area.

Positions: Sized to the number of chargers
Barrier: Guardrail runs and bollards protecting each charger
Marking: Floor tape or paint and wall signage

GR-CHARGEView & quote

Office Furniture

Flammable Liquid and Lithium Battery Storage Cabinets

Listed flammable cabinets and fire-rated lithium battery cabinets for the plant floor and the charging area.

Flammable: Listed cabinets, typical 30, 45, 60 gallon; manual or self-closing doors
Lithium: Fire-rated battery storage cabinet; capacity per model
Construction: Double-wall steel with air gap

FN-HAZView & quote