Tropical Storm Milton Raises Concerns for Electric Vehicle Safety Amid Heavy Rains and Flood Risks
As Tropical Storm Milton barrels toward the coast, bringing with it heavy rains and a potential storm surge, residents are being urged to take extra precautions—especially when it comes to electric vehicle (EV) safety. With the possibility of widespread power outages and flood-prone areas being inundated, ensuring that EVs are prepared and protected is essential.
One of the primary recommendations for EV owners is to fully charge their vehicles ahead of any potential power interruptions. This will allow for maximum usage in case evacuation becomes necessary or access to charging stations becomes limited due to outages or road closures.
Additionally, moving EVs to higher ground is crucial to avoid the risk of floodwaters. The threat is particularly high in areas prone to storm surges, where even a few inches of saltwater can severely damage an EV's electrical systems. In some cases, driving through or parking in saltwater can lead to catastrophic issues, such as fires, which not only pose a risk to the vehicle but also to the surrounding property and people nearby.
Flooding can cause water to seep into the battery components of EVs, which are not designed to handle exposure to large amounts of water, especially saltwater. The interaction of water with the high-voltage systems could trigger thermal runaway, leading to intense heat buildup and even spontaneous fires, making it unsafe for anyone in or around the vehicle.
As Tropical Storm Milton approaches, authorities are advising all vehicle owners to stay informed about the latest weather conditions, avoid driving through flooded areas, and keep their vehicles safely out of harm’s way. For EV owners, in particular, taking proactive steps to prevent exposure to water is critical for avoiding dangerous situations.
With the risk of heavy rains and rising waters, now is the time to prioritize safety and ensure that your electric vehicle is properly prepared for the storm’s impact.