How Far Can You Travel On A Single Charge?

Before exploring the topic of EV ranges further, it is important first to understand what we mean by 'range'. In this context, range refers to the distance your EV can travel on a single charge. Much like the traditional 'miles per gallon' used to distinguish the range of ICE vehicles, for EVs, the range is an essential piece of information for potential buyers as it demonstrates how suitable it will be for a user's specific requirements, whether daily commuting or longer trips. EV range is also measured in miles or kilometers. Typically, the average distance for an EV on one charge is between 100 and 300 miles (approximately 300km and 500km). However, as we will outline below, this varies significantly depending on various factors.

What factors can impact the EV charging range? 

It is important to remember that, like traditional ICE vehicles, the range can depend on several important factors. For example, driving conditions such as terrain and even weather can alter the energy your EV consumes, reducing an EV's range. Driving habits, for example, aggressive acceleration and braking, can similarly cause increased energy consumption. The vehicle's weight can likewise affect the range that can be expected from your car, with heavier vehicles using more energy. It is also worth noting that as an EV age, the general health and capacity of your EV battery will degenerate; this can also mean a change in the expected range that can be delivered. These examples can impact EV charging range, though they show the number of variables involved with a dynamic figure such as EV range. When considering an EV, it is useful to remember that each EV will vary and that some models may be more suitable for your specific requirements; as with any vehicle purchase, thorough research before buying is advisable. 

How far can an EV travel on a single charge? 

To find out how far an EV can go on a single charge, go to the manufacturer's website of your preferred model and check the vehicle's WLTP (Worldwide Harmonised Light Vehicle Test Procedure) range. Let's look at some examples, starting with the Tesla Model Y, which, as of 2022, was the best-selling EV in the UK. This Tesla model has a WLTP range of 331 miles, which means theoretically, you could travel 331 miles (or 532km) on a single charge. However, as mentioned previously, it should be taken into consideration that WLTP ranges tend to differ from the real-world range drivers can expect on the road. The different ways in which EV charging range can be addressed above also show why it is important not to rely too heavily on these approximate WLTP suggestions. For a more detailed look into how EV range is measured, check out our article on Real-World Range vs. WLTP.


However, the range that a typical electric vehicle can travel on one charge has drastically improved in recent years, making them a viable option for everyday and long-distance travel. While the average range for EVs differs depending on the model and manufacturer, in 2023, most EVs now offer ranges that rival or surpass those of traditional ICE vehicles. Mid-range EV models typically offer a range of around 200-300 miles on a single charge, while high-end models can reach an impressive 300 miles and beyond. As battery technology advances, these figures are only expected to rise.


Innovation is at the core of the EV industry, and as technology advances, the future of EV range looks promising. Ongoing research and development efforts aim to push the boundaries of battery capacity and efficiency, thus ensuring EV users get more for their charge. For example, research and development teams are exploring using solid-state batteries to replace lithium-ion batteries, offering higher energy charging density and faster charging times. Here at EVbee, we are keen to stay at the forefront of this dynamic industry, so products like our DuraCharger utilize the latest technology, such as bidirectional charging, which offers a dual charging system, charging your car and your household appliances simultaneously.