When it comes to all-terrain vehicles (ATVs), innovation is the name of the game. Ease of use has been a huge focal point in recent developments with electric vehicle technology. If a car requires you to plug it in once or twice a day, then that’s not an issue. But if you have to charge your vehicle every night or have limited access to outlets, then that presents challenges. That’s why manufacturers are so eager to develop battery technology that can run off-board and be recharged wirelessly from any power source. As such, there are several advances in battery technology for ATVs below:
Better Battery Packs
To meet the requirements of an all-terrain vehicle, you need a pack that can handle a lot of power and run efficiently. As such, manufacturers are constantly working to improve battery packs. This is particularly true of EV battery technology, where advancements can be seen in both capacity and energy density. As battery technology advances, so too does our ability to store more energy within a smaller package. For example, Li-ion batteries are still the most common type in EVs and motorcycles. However, it’s important to note that Li-ion batteries are the oldest type of battery on the market, which means there may be room for improvement.
One of the biggest developments in battery technology for electric all-terrain vehicles is wireless charging. What is wireless charging? Wireless charging is the transfer of energy between a battery and electromagnetic field. The most commonly seen wireless charging method is the induction charging system, which uses electromagnetic induction to transfer energy. With the advent of wireless charging, you no longer need a specific kind of charging station. Wireless charging is compatible with any kind of charging source, so you can charge your battery on the go. This makes it more convenient for users and less of a hassle for retailers.
Another huge development in battery technology for electric all-terrain vehicles is automated charging stations. Simply put, these systems allow you to plug in your car at any public charging station. For example, you can park in an autonomous charging station, enabling you to charge your battery with the push of a button. Businesses and municipalities are starting to see the benefits of installing automated charging stations. Not only are they convenient, but they can also help encourage the use of electric vehicles. Automated charging stations are useful for those who live in areas with sparse charging infrastructure, or those who have limited access to outlets. For example, EV drivers who work in remote locations or need to charge when the sun isn’t shining can benefit from automated charging stations. As such, you can expect to see more automated charging stations popping up in a variety of markets.
Better Batteries for Electric Vehicles
The next step in battery technology for electric all-terrain vehicles is improving batteries for existing models. This is particularly important for automakers, as they may only offer certain models in certain regions. For example, only certain models may be available in certain states. This means automakers can’t just change their battery technology for one model. Instead, they need to change every battery pack across their entire lineup. Improvements in battery technology are also impacting the industry as a whole. This is starting to become more evident in EVs, where smaller battery packs are being adopted. Not only do EVs have smaller battery packs, but they’re also being equipped with more advanced technologies. For example, EVs are increasingly being equipped with automated charging stations, which allows you to charge your vehicle with the push of a button.
So what are the top developments in battery technology for electric all-terrain vehicles? Wireless charging is paving the way for more convenient charging experiences and autonomous charging stations are making it easier for everyone to charge their car. Battery packs for EVs are also improving, with wireless charging being a major highlight. And last but not least, EV battery technology is also improving. By taking these factors into consideration, you can expect to see more electric all-terrain vehicles hitting the road in the coming years.