This issue’s guide Advancing the sharing of storage facilities to ensure “last mile” delivery! The smart battery swap cabinet is primarily deployed in community parking lots, electric vehicle repair shops, and street-side locations, allowing users to insert an empty battery and receive a new one, enabling quick battery swaps for electric vehicles using the same battery type. It features multiple safety protections against lightning, water, explosion, and tampering. Smart battery identification provides electric vehicle users with a safer and more convenient battery swapping service. How can we quickly build a smart battery swap cabinet solution for customers? Ruixun Technology specially recommendsMTB-919, an embedded product that integrates control, communication, and display functions for self-service battery swap cabinets.
Demand Analysis
High-Performance Six-Core Hardware Platform Support
The smart battery swap cabinet is a commonly used commercial device that can automatically process payments based on customer transactions, unrestricted by time or location, making transactions convenient. The main control unit must have excellent computing and image processing capabilities to provide users with a smooth and efficient operating experience. We use the RK3399, a 64-bit CPU with a maximum frequency of 1.8GHz, which not only meets stringent or high environmental requirements but also provides a rich set of peripheral interfaces.
Rich Interfaces
Equipped with HDMI, LVDS, EDP display interfaces, displaying the real-time operating status of the distribution cabinet while allowing for online payment via QR code.
Control of the compartment switch within the cabinet is achieved through the RS485 control module, and external cameras can be connected for real-time monitoring of the usage environment.
Multiple Networking Methods
Data from the operation can be uploaded to the management cloud platform via 4G and WIFI, allowing for viewing of the cabinet’s real-time and historical operating status.
Main Control Technical Parameters
MTB-919
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Linux/Android OS
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RK3399 Dual-Core Cortex-A72 + Quad-Core Cortex-A53 Architecture, 64-bit CPU, maximum frequency of 1.8GHz
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Onboard 4GB LPDDR4
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Onboard 8/16/32GB eMMC
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RS232, RS485, I2C, Gigabit Ethernet
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WiFi, BT, 4G, TF
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LVDS, EDP, HDMI Display Interfaces
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Product Dimensions: 146*100mm
Application Scenarios
For more solutions and applications, please contact us.
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