As the electric vehicle (EV) market continues to expand, a growing number of businesses have added EV charging spaces to the parking lots, garages and fleet yards of their commercial properties. While these spaces are certainly beneficial for EV drivers, they also carry substantial risks not found in standard parking infrastructure, particularly regarding fire safety.
These risks mainly stem from the power drawn during charging and the nature of EV batteries. Without proper installation and maintenance, these risks could prompt serious electrical failures, property damage and operational disruptions. They also pose unique commercial property insurance considerations that must be assessed before a loss occurs.
With this in mind, it’s vital for businesses to clearly understand and manage their EV charging infrastructure exposures. This article provides more information about the primary risks associated with these charging spaces, explains what this means for property coverage and offers key mitigation strategies.
EV charging spaces consume massive amounts of energy at a rapid rate, pulling much more power than standard electrical outlets. When businesses add several charging spaces to their commercial properties without first confirming the building’s overall electrical capacity, they could easily overload panels and wiring, potentially leading to widespread overheating and fires. Complicating matters, EV battery-based fires behave differently from typical fires. When an EV battery overheats, it usually triggers a chain reaction, producing flames that burn longer and hotter than those in a conventional vehicle fire. These types of fires are also extremely difficult to control, as they are prone to reignition and often require extra water to extinguish.
In light of these risks, most municipalities enforce specific building and fire codes for EV charging spaces, namely standards published by the National Fire Protection Association (NFPA). For example, the National Electrical Code (NEC), also known as NFPA 70, outlines certain guidelines for how these charging spaces should be wired and installed, including required shutoffs and ventilation capabilities for indoor layouts.
In addition to these standards, multiple fire protection organizations are currently evaluating how EV charging spaces can influence fire safety in parking structures and fuel stations. This has resulted in new and evolving standards that address topics such as appropriate charger locations, electrical load management, equipment testing and sprinkler system design.
Even if EV charging spaces are correctly installed and meet applicable building and fire codes, poor maintenance over time and a failure to repair damaged charging equipment can create ongoing electrical hazards. This, in turn, can leave commercial properties still susceptible to destructive fires, damaged infrastructure and operational shutdowns.
Whether commercial property insurance applies to EV charging spaces depends on specific building layouts and policy terms. For example, how charging equipment is classified—as a permanently attached fixture versus separate business personal property—can affect how a claim is valued and whether it’s covered under the base policy or requires a separate declaration.
Even then, coverage may be contingent upon compliance with applicable building and fire codes and Underwriters Laboratories (UL) listings, whereas certain losses may require additional policy endorsements. Based on the nature of their property insurance, businesses may also want to consider the following coverage options for their EV charging spaces:
Because coverage for EV charging spaces can vary significantly between insurers, businesses should work with a trusted insurance professional, such as a broker, to determine their particular coverage needs and understand how their policies will respond to potential losses before they occur.
Fortunately, there are steps businesses can take to reduce EV charging infrastructure risks and limit the likelihood of large-scale losses:
Article Published By: Zywave, Inc.