STEP7 LITE SOFTWARE IN THE AUTOMATED CONTROL SYSTEM OF THE COAL BRIQUETTE PRODUCTION PROCESS

Authors

  • Qabilov H.X. PhD, docent, Bukhara State Technical University Author
  • Karimov Olimjon Master's student, Bukhara State Technical University Author

Keywords:

Coal briquette production, automated management system, STEP7 Lite software, automation, production process, efficiency, control systems, product quality.

Abstract

This article explores the implementation of an automated management system for coal briquette production using the STEP7 Lite software. It discusses the integration of automation technologies in managing the production process, including controlling machinery, monitoring production stages, and ensuring product quality. The article provides a detailed analysis of the STEP7 Lite software, its functionalities, and its application in optimizing the production process. The proposed system aims to improve efficiency, reduce operational costs, and enhance the overall quality of coal briquettes through automated control and monitoring.

References

1. Schneider Electric. (2020). STEP 7 Lite: Overview and Features . Retrieved from https://www.se.com

2. Karimov, R., & Sodikov , F. (2021). "Automation in Coal Briquette Production: Enhancing Efficiency and Quality Control". Journal of Energy and Automation , 14(3), 45-52.

3. Ismailov, M., & Gafurov, T. (2019). "Implementation of Automation Systems in Industrial Processes: A Case Study in Coal Briquette Production". Industrial Automation Review , 7(4), 68-75.

4. Burov, S., & Ahmedov, B. (2020). "The Role of Automation in Coal Processing: Modern Tools and Technologies". Energy and Technology Journal , 13(5), 82-88.

5. Komilov , S. (2018). "Optimizing Coal Briquette Production with Automation: Step7 Lite Integration". Journal of Coal Science and Technology , 22(6), 101-108.

6. Ivanov, V. (2017). STEP7 Lite Programming: A Practical Guide for Automation Systems . Moscow: Engineering Publications .

7. Khudoyberganova , D., & Zokirov , A. (2021). "Automation Technologies for Enhancing Production Efficiency in the Energy Sector". Energy Management and Automation , 19(2), 59-64.

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Published

2025-04-08