The market explosion has directly driven a sharp increase in the demand for lithium batteries. By 2025, the demand for lithium-ion batteries used in battery swapping for two-wheelers will reach 10.9GWh. The demand structure shows obvious changes. The demand for lithium batteries from individual users (To C-end users) will reach 7.1GWh, accounting for more than 65%, and become the main growth pole for lithium battery demand in the battery swapping market. Safety standards have also been significantly enhanced. The new national standard requires batteries to pass a series of strict tests, including needle-puncture tests, to ensure that riders have no worries when using them. Data from the National Fire and Rescue Bureau shows that the number of electric two-wheeler fire accidents has soared from 18,000 in 2021 to 25,000 in 2023 over the past three years, an increase of nearly 40%.
Facing the huge market demand of 670,000 battery swap cabinets and the incremental space of 10.9GWh for lithium batteries, Wisdom Technology provides a one-stop overall solution for electric vehicles, battery swap cabinets, lithium batteries, and battery swap systems, becoming a key enabler for the development of the industry. In terms of the construction of battery swap cabinets, the products of Wisdom Technology strictly follow the newly issued "Shared Battery Swap for Electric Bicycles"
In terms of battery swapping systems, Wisdom Technology has developed user-friendly software that enables functions such as user registration, location navigation, scanning for battery swapping, and online payment. At the same time, an intelligent management platform is built, featuring functions such as site equipment monitoring, battery management, order statistics, and fault early warning. Through big data analysis, the site layout and battery allocation are optimized. Successful experience shows that one battery swap cabinet can support over 100 users, which is equivalent to 10 charging sheds. The battery can travel approximately 60 kilometers on a full charge. The "swap and go" service saves users the 5 to 6 hours of waiting time required for traditional charging.
The energy replenishment methods for electric two-wheelers are being redefined. Battery swapping not only resolves the safety hazards of charging but also becomes an important node in the urban smart transportation network. When standardized batteries freely circulate in millions of electric vehicle workshops, the coordinated management of energy and transportation will open a new chapter in the low-carbon development of cities.
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