
Changing from 48v to 60v will increase speed. Definition of battery: A battery, also known as a storage battery, is a type of cell that works by converting chemical energy into electrical energy. Types of batteries: The battery is a crucial component in an electric vehicle, as it powers all the electronic devices in the vehicle. Ordinary batteries have the main advantages of stable voltage and low cost; dry-charged batteries are characterized by the negative plate's high capacity for storing electricity, which can retain the stored charge for up to two years in a completely dry state; maintenance-free batteries are resistant to vibration and high temperatures, compact in size, and have low self-discharge.

I've also thought about whether upgrading from 48v to 60v would make the vehicle faster. To be honest, I've modified similar electric vehicles before. Theoretically, increasing the voltage to 60v usually boosts speed because the higher power output can drive the motor to reach higher RPMs. But don't just focus on the excitement of increased speed—this modification comes with several issues. For example, the original controller might not handle it and burn out, the battery compartment may need replacement with a compatible model, and the cost isn't small. From my experience, the speed does increase by a notch, gaining about 10-20% more, but you have to be cautious about shorter battery life and the risk of overheating. Most importantly, there are safety hazards—the original design is only for 48v, and forcibly increasing the voltage could lead to accidents. I recommend checking the vehicle's manual or consulting a professional before making any modifications. Safety should always come first.

Last year, I tried upgrading my e-bike from 48V to 60V, and it did feel a bit faster and more agile. However, problems arose—the once stable battery now drains quicker, making short trips manageable but causing range anxiety on longer rides. Worse yet, the controller overheated and burned out within a week, forcing me to spend heavily on a replacement. After calculating, the total modification cost nearly a thousand yuan, and with the hassle of frequent charging and maintenance, the actual benefits were limited. Overall vehicle balance is crucial; chasing speed alone might be counterproductive. Now, I prefer sticking to factory settings for peace of mind and convenience.

From my years of technical perspective, upgrading from 48V to 60V theoretically increases speed because higher voltage delivers greater power. However, I don't recommend this in practice. Firstly, the original motor and controller aren't optimized for higher voltages and are prone to damage. Secondly, battery risks escalate, with unstable charging/discharging potentially causing fires. Thirdly, it violates numerous safety standards. The apparent speed gain comes at the cost of reliability and lifespan. For speed improvement, upgrading other components like tires or brake systems would be safer.


