The world's first sodium-ion electric bicycle, started mass production, riding for more than 10 years without replacing the battery!
Discover a new dimension in e-mobility: the world's first mass-produced sodium-ion e-bike that has been ridden for more than a decade without battery changes
With the continuous efforts of pioneers, a profound transformation is taking place in the field of e-mobility. A powerful innovation has quietly arrived – the world's first mass-produced sodium-ion electric bicycle, making us feel like we are standing at a new starting point for electric mobility. This revolution is powered by a leap in technology that leads us to a more sustainable, environmentally friendly and intelligent mobility future.
The prototype of innovation
In "Sodium-ion batteries: the new future of electric vehicles?" In the discussion, Yadi took the lead in launching a sodium battery two-wheeled electric vehicle, setting off a series of heated discussions on sodium-ion batteries. However, this is only the starting point for innovation. Recently, Cool Ride Power Cuong revealed that Xinri successfully released an electric vehicle equipped with sodium-ion batteries, declaring the goal of "5 years and 10 years". The achievement of this goal will bring unprecedented disruption to the field of e-mobility.
A marvel of technology
This new Nisson production electric vehicle uses a 48V 18Ah sodium-ion battery, equipped with a 400W motor peak power, and has a cruising range of up to 50km. But that's not the most amazing place. The battery operates normally in temperatures ranging from minus 20°C to 60°C, and under normal use, the life of a group of batteries exceeds ten years. This breakthrough technology pushes the reliability and durability of e-mobility to new heights.
Eco-friendly choice
Although the energy density of sodium-ion batteries is slightly lower than that of mainstream ternary lithium batteries and lithium iron phosphate batteries, its advantages are undoubted. It is cheaper to manufacture, more environmentally friendly, safer, and lasts longer. Compared with traditional lead-acid batteries, sodium-ion batteries have more than 3 times higher energy density and faster charging, and can be charged to 80% in just 10 minutes. What's more commendable is that intelligent power management systems make electric vehicles smarter and more durable.
The road ahead
The advent of sodium-ion batteries has injected more possibilities and hope into the future of electric mobility. Its long life, environmental performance and intelligent characteristics will bring users a new travel experience. This technological innovation not only meets people's expectations for sustainable mobility, but also leads the entire mobility industry in a greener, smarter and more reliable direction, driven by technological progress and environmental awareness.
summary
The world's first mass-produced sodium-ion electric bicycle has revolutionized the field of electric mobility. Its innovative technology, environmental features and long life make the future of e-mobility even more colorful. As a leader in exploring new milestones in e-mobility, this electric vehicle shows us the infinite possibilities that e-mobility continues to explore, and makes us look forward to the exciting chapter of the future of e-mobility. Let's welcome this exciting new era together!