Design and Development of Mobile Application for Aluminum Electrolysis Cell Control

<p>Qiaoyun Liu<sup>1</sup>, Yueyong Wang<sup>1</sup>, Yanfang Zhang<sup>1</sup>, Long Duan<sup>1</sup>, Baowei Zhang<sup>1</sup>, Han Li<sup>1</sup>, Xiangyu Cang<sup>1</sup></p>

doi:10.25236/AJETS.2025.080401

Academic Journal of Engineering and Technology Science, 2025, 8(4); doi: 10.25236/AJETS.2025.080401.

Design and Development of Mobile Application for Aluminum Electrolysis Cell Control

Author(s)

Qiaoyun Liu¹, Yueyong Wang¹, Yanfang Zhang¹, Long Duan¹, Baowei Zhang¹, Han Li¹, Xiangyu Cang¹

Corresponding Author:

Yueyong Wang

Affiliation(s)

¹Zhengzhou Non-ferrous Metals Research Institute Co. Ltd of CHALCO, Zhengzhou, China

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Abstract

To solve the problem of low timeless interactivity and limited flexibility in traditional cell control systems for aluminum electrolysis, this study carries out a mobile visualization upgrade and transformation of the cell control system based on the cross-platform development framework of uni-app front-end and Flask micro-service back-end. The research has realized core functions such as visualization of production reports, chart display of process parameters, real-time monitoring of electrolysis cell status, and multi-dimensional query of control parameters. It also integrates message push and voice recognition technologies to achieve functions such as over-limit alarm push for process parameters, intelligent scheduling notification for pole-changing operations, and rapid voice input of key parameters such as cell temperature. After being deployed and applied in an aluminum company in Henan, this application has significantly improved the real-time performance of production control and operational convenience.

Keywords

Aluminum Electrolysis Cell, Cell Control System, Mobile Application, Uni-App

Cite This Paper

Qiaoyun Liu, Yueyong Wang, Yanfang Zhang, Long Duan, Baowei Zhang, Han Li, Xiangyu Cang. Design and Development of Mobile Application for Aluminum Electrolysis Cell Control. Academic Journal of Engineering and Technology Science (2025), Vol. 8, Issue 4: 1-9. https://doi.org/10.25236/AJETS.2025.080401.

References

[1] Xu Zengtao, Ma Zhiyong. Design and Implementation of Smart Campus Mini-Program Based on Uniapp and UniCloud Cloud Service. Computer Programming Skills & Maintenance (12) 2024,64-68.

[2] Zhang Junjie. Application Research of Cell Controller Control Technology in Aluminum Electrolysis Production. World Nonferrous Metals (05) 2023,31-33.

[3] Wang Jialiang, Luo Wanli. Prediction of User Information Behavior Intention in Mobile Terminal Message Push Process. Computer Simulation 36(03) 2019, 440-443.

[4] Su Jianping, Cheng Peng, Wu Fan. Application of Voice Input System in Knitted Finished Product Inspection. Knitting Industry (01) 2020,14-16.

[5] Niu Zuodong, Li Handong. Building an Efficient Practical MVC Framework Based on Python and Flask Tools. Computer Applications and Software 36(07) 2019,21-25.

[6] Cheng Xiao, Bai Guangwei, Hua Zhixiang, Huang Zhongping. Mobile Message Push Service Based on Cloud Proxy. Journal of Chinese Computer Systems 37(08) 2016,1661-1666.

[7] Hu Ximing, Hu Miao. Design of Responsive Service Push Framework. Computer Engineering and Design 42(08) 2021,2137-2143.

[8] Cheng Yao, Wu Zhenqiang. Improvement of Flask Framework in Mobile Environment. Computer Engineering and Design 30(04) 2009,880-882+896.

[9] https://uniapp.dcloud.net.cn/tutorial/.