Intelligent Battery Swapping Cabinet

A Battery Swap Cabinet refers to a device with a cabinet structure that converts AC power into DC power.

It is designed to charge multiple batteries simultaneously and facilitates battery leasing and swapping.

The structure of the battery swap cabinet mainly consists of a shell, charging compartments, chargers, display units, communication modules, temperature control, and safety protection.

As of now, the standard configuration includes 4 slots with four built-in battery chargers, 8 slots with eight chargers, and 12 slots with twelve chargers, providing an efficient charging and battery swapping operation mode. These configurations are considered conventional products. Additional slot options beyond 4, 8, and 12 can be customized based on customer requirements.

OVES product is an intelligent terminal device, aiming to solve the problem of low-speed electric vehicle battery charging and swapping.

OVES intelligent battery swapping cabinet is composed of a series of cabinet control boards (including a cabinet control system), a charging module, a fire extinguisher, a cabinet body, and other intelligent devices.

It can monitor the changes in current, voltage, power, and surrounding environment in the whole charging process in real-time, and determine whether there is any abnormality intelligently.

Key Features:

• Convenience: These stations offer automated, hassle-free charging or battery swapping, saving users time and effort. Rapid Swapping: They facilitate swift battery replacement, enabling electric vehicles to quickly resume operation and enhance efficiency.
• Flexibility: Positioned strategically in key locations, they provide users with easy access to battery services, reducing concerns about charging infrastructure availability.
• Space Efficiency: Occupying minimal space, these stations are well-suited for urban environments with limited room, optimizing the use of public areas.
• Smart Management: Equipped with intelligent monitoring systems, these stations track battery status and transaction data, aiding operators in maintenance and management.
• Sustainability: Integration with renewable energy sources, such as solar or wind power, reduces reliance on conventional energy, promoting sustainable practices.
• Wide Applicability: Serving electric cars, bikes, and motorcycles, these stations cater to diverse electric transportation modes.
• Compatibility: Designed to accommodate various battery brands and models, they ensure broad compatibility for user convenience.
• Energy Efficiency: Through battery recycling and renewable energy utilization, smart stations minimize harmful emissions, contributing to environmental conservation.
• Economic Benefits: Operating costs are relatively low, and these stations can generate revenue for operators, offering economic advantages.