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A Google Maps The update unveiled Monday aims to simplify Long range electric car Road trips for Android Auto users. Navigation and mapping software can now automatically suggest charging stops when planning longer trips in electric vehicles, with more accurate arrival time and charge status estimates based on how long the AI-powered routing algorithm thinks you’ll need to plug in. Google says it’s compatible with EVs from 16 automakers — comprising more than 350 models and trim levels — in the United States.
Route planning software has become significantly more sophisticated since the early days of electric cars. Back in the day, it continues Electric vehicle road trip It requires multiple mapping and network applications for electric vehicle charging and careful planning to ensure you get where you want to go. Even for those of us who knew what we were doing, it could be very stressful.
Today, almost all modern electric vehicles feature a connected navigation system that automatically suggests charging stops (often with a live station available) when planning routes longer than the vehicle’s cruising range. The new electric vehicle route planning function in Google Maps brings some of the convenience of a new electric vehicle to older models and to drivers who prefer Google Maps and Android Auto ecosystem to the on-board software of their car.
Google Maps can use AI to estimate where and how long you’ll need to charge when planning a long electric vehicle trip.
To get the new EV route planning, go to the Google Maps app on your phone, find Settings and set your vehicle type to “electric.” Then add the year, make, model, and trim and confirm which plug type your electric vehicle uses (NaxCCS, J1772, etc.) Now, when planning a long route via Android Auto in your car, Google Maps (version 25.44 and above) will display the estimated battery usage for your trip, recommended charging stations (if available), charging time estimates, estimated time and battery percentage upon arrival.
In contrast to vehicles withGoogle built-in” — like Volvo electric cars, Polestar electric carsand GM models such as Blazer EV and Equinox EV – Phone based Android Auto is currently unable to automatically pull live battery information from most cars. Instead, you will be asked to manually enter the current battery percentage before starting the ride. Google will use this number along with the electric vehicle’s weight, battery size, EPA range, real-time traffic information, road elevation changes, and weather data to provide “accurate AI-powered predictions” for the chosen route.
Since the phone-based Android Auto system can’t pull live battery data from the host car, you’ll have to enter (and update) the starting battery percentage before taking off.
However, this means that Maps may not automatically update this estimate if your car is not performing as its AI model predicts. For example, if your payload is heavier than average, or additional equipment like a roof rack, trailer, or severely underinflated tires reduces your efficiency, Android Auto and Google Maps may overlook that your range is declining faster than expected. As the saying goes, your mileage may (and almost certainly) vary, so I’d advise keeping a close eye on your range.
However, creating a new automatic charging plan sounds like a promising tool to enhance convenience and reduce range anxiety at the beginning of a long trip. Being able to get into an electric car and hit the road with confidence is pretty great, especially for owners of older electric cars who don’t have access to on-board software for this kind of dynamic path planning.
You can Check the Google site (or the Settings page in the latest Google Maps app) to see if your electric car is among the 16 and more than 350 models and trim levels supported.