6 min read
Fire Safety Standards for EV Charging in Parking Garages
How HOA boards and property managers should approach fire codes, sprinklers, and risk reduction for EV chargers in enclosed and underground parking garages.
Why Fire Safety Has Moved to the Top of the List
Electric vehicles now account for nearly 9 percent of new car sales in the United States, and adoption is climbing fastest in dense suburbs and urban condo markets — exactly the places where parking garages sit underneath people's bedrooms. That stacking has changed how fire marshals, insurers, and HOA boards think about EV charging. A car battery fire in an open lot is a manageable incident. The same fire in an enclosed garage, three stories below occupied units, is a building-evacuation event.
The risk profile is not hypothetical. The 2020 Daejeon garage fire in South Korea and the 2023 Luton Airport garage collapse in the UK — even though Luton's was traced to a diesel vehicle — pushed fire authorities worldwide to revisit garage design, sprinkler coverage, and EV charger placement. In the United States, the National Fire Protection Association (NFPA) and the International Code Council (ICC) have both updated guidance specific to EV charging in parking structures, and your local Authority Having Jurisdiction (AHJ) — usually the fire marshal's office — is the one who will sign off on your project.
For HOA boards and property managers, the practical takeaway is that fire safety is no longer a footnote in an EV charging proposal. It belongs in the project scope from day one, not bolted on after the bids come back.
The Codes and Standards That Actually Apply
Multiple overlapping codes govern EV charging installations in parking garages. They are written by different organizations and adopted at different speeds by different cities, which is why two buildings on opposite sides of the same county can face different requirements.
Your installer should reference the specific code edition in force in your jurisdiction. A charger that complies with the 2020 NEC may not comply with the 2023 NEC, and a building permit issued under one cycle does not protect you if the AHJ inspects under a newer cycle. Always ask the installer in writing which code edition the design is built to.
- - NFPA 70, the National Electrical Code (NEC). Article 625 covers EV power transfer systems — wiring, ventilation where required, disconnects, and ground-fault protection.
- - NFPA 1, the Uniform Fire Code, which adds chapter-level guidance on EV charging in occupancies including parking structures.
- - The International Fire Code (IFC), particularly the 2024 edition, which now includes specific provisions for EV chargers in enclosed and underground garages.
- - UL 2231 and UL 2594, the safety standards that listed Level 1 and Level 2 chargers must meet. UL 2202 applies to DC fast chargers.
- - Local amendments. Cities including New York, Boston, Seattle, and many California jurisdictions have adopted stricter requirements than the model codes — especially around sprinklers, signage, and battery storage.
What Parking Garage Owners Are Typically Required to Do
Although requirements vary by jurisdiction, most projects in enclosed or underground garages will need to address the same set of issues. Treat the list below as a starting checklist for your site assessment, not a substitute for a code review.
A good installer will document each of these against the code in force and against the building's existing fire protection system. If a proposal does not mention them, that is a signal the bid is incomplete and probably underpriced.
- - Ventilation. Level 2 charging in enclosed spaces does not generally require mechanical ventilation under recent NEC updates, but local AHJs may still require it for installations above a certain density.
- - Sprinkler coverage. Most fire codes require automatic sprinkler systems in enclosed parking garages above a threshold size, and the sprinkler density must be designed for vehicle fires. EV charger placement may require additional heads above stalls.
- - Emergency shutoffs. NFPA 1 requires clearly labeled emergency disconnects accessible to first responders, typically at the garage entrance and at electrical rooms.
- - Signage. Standardized signage identifying EV charging stalls and emergency procedures, along with clearance and parking-only-while-charging notices.
- - Bollards and physical protection. Chargers in drive aisles need impact protection — usually steel bollards or wheel stops — to prevent vehicle strikes.
- - Clearance from exits and stairwells. Some jurisdictions require minimum distances between EV stalls and required egress paths.
Practical Risk Reduction Steps Beyond Code
Code compliance is the floor, not the ceiling. Boards that want to reduce both real-world risk and insurance pressure should consider going further than the minimum. Most of the items below add only a few hundred dollars per stall and pay for themselves the first time they prevent an incident or hold off a premium increase at renewal.
Treat these as a menu rather than a mandate. The right combination depends on the garage layout, the age of the building's electrical system, and how much remote monitoring the management company can realistically support.
- - Place chargers on the ground floor when possible. Below-grade chargers complicate ventilation, drainage, and firefighter access.
- - Specify networked, smart chargers with remote monitoring. Operators can detect ground faults, abnormal heat, or stuck-on conditions and shut a unit down before a small problem cascades.
- - Install thermal cameras or temperature sensors above charger banks. These are inexpensive add-ons that integrate with most building management systems.
- - Use load management to avoid pushing the building's electrical system to its limit. A panel that runs hot is a failure point.
- - Tie EV charger circuits into the building fire alarm, so a charger fault triggers the same response as any other electrical event.
Insurance, Liability, and Resident Communication
Property insurance carriers are paying close attention to EV charging. Several major carriers now ask specific questions about charger type, location, and fire suppression at policy renewal, and a few have raised premiums or excluded coverage for installations that do not meet current code. Before finalizing a charger design, send the plans to your insurance broker. A 30-minute conversation can prevent a coverage gap that would cost the association millions in a worst-case fire.
Resident-facing communication matters too. HOA boards should publish a short policy covering which stalls are for active charging only, what to do if a charger smokes or smells hot, and who to call after hours. Including this in the welcome packet for new owners and posting it at the garage entrance is a low-effort step that materially improves response time when something does go wrong.
Working with Installers Who Understand Fire Safety
Not every electrical contractor has experience with multi-story garages or current fire code. When evaluating installers, push past the equipment list and ask about process. Vendors who lead with these answers, instead of waiting to be asked, are the ones worth shortlisting.
Fire safety in EV charging is straightforward when it is treated as part of the design from the beginning. It is expensive, disruptive, and sometimes impossible to retrofit later. The board's job is to make sure the right questions get asked before the first conduit is run, not after the first inspection failure.
- - Recent multifamily or parking garage projects with references the board can actually call.
- - Their plan-review process with the local AHJ, including how they handle code-edition mismatches.
- - Whether they coordinate with the building's fire alarm vendor and sprinkler contractor.
- - How they document signage, emergency shutoffs, and sprinkler coordination as part of the deliverables.
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