Revolutionising the Road: The Advantages of Lithium Batteries in EV Motorbikes
The development of electronic motorbikes is a relatively new concept in the era of EV vehicles, particularly in the technology used to enhance the performance and versatility of these bikes on the road. The most significant change in the electronic motorcycle field has been the inclusion of lithium batteries.
XOVR has spent its developmental years creating a lithium-ion battery that not only enhances the riders’ electronic motorbike experience but also focuses on speedy charging times, longer lifespans, and a determination to ensure that the lithium-ion batteries of XOVR have improved safety features, unlike other global EV motorbike manufacturers.
Lithium Batteries in EV Motorbikes
Though present in numerous electronic devices, the use of these batteries in the EV era is new. Lithium batteries are rechargeable and energy-dense compared to the standard lead-acid batteries of yesteryear. In basic terms, this means you get more energy from a much smaller, lighter cell, perfect for EV motorcycles.
Battery Technology
Lithium batteries are composed of small cells that can be arranged in various configurations to achieve the desired loading capacity and voltage.
The most common in the XOVR motorbike models are lithium-ion batteries arranged within a modular unit, all connected to an electronic management system that balances the charging and discharging of the battery.
At XOVR, we have also used the latest, larger 21700 batteries to help reduce the number of variables going wrong. We’ve been able to reduce what would have been 234 cells down to 156 cells and still produce the same output and impressive feature of our bikes, and not to be ignored.
Advantages of Lithium Batteries in EV Motorbikes
Increased Performance and Range
Lithium batteries can provide up to twice the range of traditional lead-acid batteries, depending on the size of the battery pack and motor efficiency.
These batteries also have a higher power output, which means that they can provide more torque and acceleration for better performance of EV motorbikes and their ability to reach top speeds.
Faster Charging Time
Another advantage of lithium batteries in EV motorbikes is their fast-charging time. Lithium batteries can be charged up to four times faster. This means that XOVR riders can spend less time charging their batteries and more time on the road, the way it should be.
Longer Lifespan of Lithium Batteries
Lithium batteries also have a longer lifespan and can last up to ten years, depending on their maintenance and usage. This is significantly longer than lead-acid batteries, which typically last approximately three to five years.
The longer lifespan of lithium batteries means that XOVR motorbike riders can save money in the long term. They carry a higher upfront cost, but their longer lifespan means they must be replaced less frequently.
Maintenance
As with any battery, proper maintenance is essential for the safety and longevity of lithium batteries in electric motorcycles.
Some tips for maintaining and safely using lithium batteries in EV motorbikes are as follows:
- The battery should be maintained between 20% and 80% to maximise lifespan.
- Overcharging or undercharging the battery can damage the cells and reduce their lifespan.
- Use a charger specifically designed for lithium batteries and follow the manufacturer’s instructions.
- The battery should be inspected regularly for signs of damage or wear and replaced if necessary.
Lithium Battery Safety
Although lithium batteries are generally safe, they still need to be appropriately maintained. One may want to keep the following considerations in mind.
The battery can become hot when charging; therefore, an effective management system that helps regulate the temperature and stops overheating is essential. The charging systems are designed to ensure that everything runs smoothly.
Lithium batteries can also catch fire if damaged or punctured. Thus, XOVR has taken extra precautions, and the battery is encased within the bike’s framework. Our battery design is an alloy extrusion with a double-layer wall to protect the cells against puncture during operation.
Our battery placement is also different from other electric motorcycle models in that your battery is placed at an angle that runs from your throttle down to your feet, giving riders maximum ground clearance when navigating hilly terrain and dropdowns.
Realistically you shouldn’t be bringing your battery into your house (or any other fire potential areas–a battery is like flammable fuel) for charging. The safest option for charging is to have it charged as far away from any flammable areas as possible.
The internal battery within the alloy casing is glued solid using a UL-certified sponge, so every cell is fixed to the side walls of the structure; this intern prevents any internal vibration. A loose battery will vibrate around, ultimately increasing the chances of failure and potential runaway.
At XOVR, we have used the latest, larger 21700 batteries to help reduce the number of variables going wrong. We’ve been able to reduce what would have been 234 cells down to 156 cells. This means less chance for failure should something go wrong.
If a battery is damaged, extreme care should be taken. A compromised battery should be placed in a fire-resistant container and taken to an establishment that accepts them.
Please ensure that when you handle the battery, do so with protective wear, gloves, and eyewear.
The Future of EV Motorbikes
As battery technology advances, we can expect even greater improvements in the performance and range of EV motorcycles.
Furthermore, the development of charging stations and other infrastructures for EV vehicles will make them more practical for daily use and, most importantly, provide road users with a sustainable form of transport that is sporty, fun, reliable and good for the planet.
Ride into the future with XOVR. Contact us today!