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1. Development of a Real-Time Monitoring and Control System for Industrial Electricity Production Supervised by : Aissam Belghia t Meziane Ladjeroud Realized by: Abderahmane Berkache Abderrahmane Boukhzer Academic Year 2023/2024 MINISTRY OF HIGHER EDUCATION AND SCIENTIFIC RESEARCH FACULTY OF EXACT SCIENCES AND COMPUTER SCIENCE In : Computer Science Specialty : Information System and Decision Support Host Company : SPE Sonelgaz Host Company : SPE SONELGAZ University Mohammed Seddik Ben Yahia - Jijel

2. CONTENTS General context 01 Problematic 02 The Proposed Solution 03 Implementation 04 Conclusion an d P erspectives 05

3. 01 General context

4. General Context Overview of Sonelgaz 1 ‹#› Founded in ? SONELGAZ Algerian Power Company Sonelgaz Subsidiaries

5. General Context Sonelgaz 1 ‹#› (Acronym for National Electricity and Gas Company) is an Algerian industrial energy group. S pecializing in the production, distribution and marketing of electricity and the purchase, transport, distribution and marketing of natural gas . It was created on July 28, 1969, replacing the previous entity Electricity and Gas of Algeria (EGA). Sonelgaz owns 28 subsidiary companies.Subsidiaries specialize in various aspects of energy production, distribution, and services.

6. General Context Sonelgaz Subsidiaries 1 ‹#› Conclusion et Perspective GRTG SONELGAZ General Management SPE GRTE SDC SDA SDO

7. General Context SONELGAZ Algerian Power Company ( SPE) – Jijel Thermal Power Plant 1 ‹#› One of the oldest power plants in the Algerian electricity network. Operates with a production capacity of 540 MWh. A key component in the Algerian-Russian partnership, contributing to the national electricity supply. Plays a vital role in stabilizing the electricity network and ensuring continuous power supply to the region.

8. General Context The organization of SPE – Jijel 1 ‹#›

9. General Context Internship Focus at Jijel Thermal Power Plant 1 ‹#› Measurements Control and Tests Department (Operations Division): Missions: Activities control Equipment parameters measuring Analysis of non-conformity Proposal of corrective measures Missions: Adaptation of information systems to organizational orientations Security and protection against intrusions Operating systems and database administration Secure access to the server Information Systems Department:

10. 02 Problematic

11. Problematic Introduction 2 ‹#› The electricity production monitoring process at SPE Sonelgaz in Jijel is critical for ensuring reliable service to customers across various sectors. This process involves monitoring complex industrial units manually through paper logs, Excel, and Word files. Key equipment such as condensers, turbines, and boilers undergo regular measurement and analysis to maintain operational standards and efficiency. This abstract highlights the need for a more efficient automated system to streamline data management and enhance operational effectiveness in electricity production at SPE Sonelgaz.

12. Data Loss 1 3 4 5 Incorrect Data Entry Time and Effort-Intensive Report Writing. Failure to Meet Deadlines Problematic problems identified during a detailed review of the electricity production monitoring system.

13. Problematic 2 ‹#› Data loss Causes: Consequences: • Using perishable paper registers and daily reports. • Damage to Excel or Word files due to viruses or other issues. • Loss of crucial data.

14. Problematic 2 ‹#› Incorrect Data Entry Causes: Consequences: • No means to verify entered measurements. • Entered manually . • Inputting wrong measurements. • Misunderstanding incorrect measurements, giving the wrong data in the report. • Sending wrong reports to authority, hence producing various effects.

15. Problematic 2 ‹#› Time and Effort-Intensive Report Writing Causes: Consequences: • Thorough and detailed inspection. • Manual verification. • Errors during data entry to Excel files. • Redundant information to be checked. • Information not captured. • Hard to interpret results. • Time and energy wasted.

16. Problematic 2 ‹#› Failure to Meet Deadlines Causes: Consequences: • No mechanism to check equipment control deadlines and production indicator entries. • Slow document circulation among stakeholders. • Missed deadlines. • Late preparation of reports.

17. 03 The Proposed Solution

18. The Proposed Solution Introduction to the Solution 3 ‹#› Devloped Web based of Real-Time Monitoring and Control System Comprehensive system to enhance operational efficiency. Key Features: Real-time data acquisition, advanced analytics, automated controls. Goals: Reduce downtime, improve decision-making, increase productivity.

19. The Proposed Solution Web Application Details and Advantages 3 ‹#› Main Components: Equipment control and parameter measurement Periodic report validation Work planning for equipment testing Advantages: Tailored to company's workflow and user needs Adaptable for future developments Considerations: Longer development time More complex project management

20. The Proposed Solution Details 3 ‹#› Problematic Tackling: Address inefficiencies in data collection and response times. Provide a centralized system for better control and monitoring. methodology adapt Phases: Analysis, Design, Development

21. Analysis and Specification UML 3 ‹#› What is UML? Unified Modeling Language (UML) is a standardized modeling language used in software engineering. It provides a general-purpose, developmental, modeling language that is intended to provide a standard way to visualize the design of a system.

22. Analysis and Specification Overview of UML 3 ‹#› Comparison of UML Characteristics and Usage

23. Analysis and Specification Types Of Diagrames 3 ‹#›

24. Analysis and Specification 3 ‹#› UML Usage: Use UML diagrams to plan and visualize system components. Class diagrams for structure. Sequence diagrams for interactions. Use case diagrams for Specification of system requirements:

25. Analysis and Specification Actors and functionalities 3 ‹#› Administrator Manages users, roles and permissions. Oversees database management and backups. Access to all modules. Manages users, roles and permissions. Manages categories, groups, controls, and planning. Monitors and visualizes control data through graphs and reports. Receives notifications on delays or abnormal results. Validates control parameters and generates control reports. Receives notifications during device control. Consults and searches the control history. Control Supervisor Control Collaborator

26. Analysis and specification Use case diagram 3 ‹#›

27. Analysis and specification Use case diagram 3 ‹#›

28. Analysis and specification Use case diagram 3 ‹#›

29. Design Detailed system design 3 ‹#› Class Diagram

30. Design Detailed system design 3 ‹#› Sequence Diagrams for key operations: Authentication Add Planification Manage Permissions Entity-Relationship Diagrams for database design.

31. Design Authentification sequence diagram 3 ‹#›

32. Design Add planification sequence diagram 3 ‹#›

33. Design Delete Control sequence diagram 3 ‹#›

34. Design Add-Edit permissions for Role sequence diagram 3 ‹#›

35. Design Entity Relationship Diagram 3 ‹#›

36. 04 Implementation

37. Implementation Technologies 4 ‹#› PHP Server-side scripting language for web development and dynamic content. Laravel PHP framework for web application development. PostgreSQL Advanced open-source relational database management system. VueApexCharts Vue.js component for interactive and responsive charts. Tailwind Css Utility-first CSS framework for rapid UI development. Vue js Progressive JavaScript framework for building user interfaces. Server-side Tools (Back-end) Client-side Tools (Front-end)

38. Implementation Development Tools 4 ‹#› VSCode open-source code editor with extensive features and extension support for various programming languages. Postaman API development tool for testing, debugging, and documenting APIs. Github web-based platform used for version control and collaborative software development. Git Distributed version control system for tracking code changes. Development Enivornment Version Control API Testing

39. Implementation Architecture Of Web Application 4 ‹#›

40. Implementation Final Application 4 ‹#›

41. Implementation Final Application 4 ‹#›

42. Implementation Final Application 4 ‹#› add/edit role for permission

43. Implementation Final Application 4 ‹#› Planification afer chooser

44. Implementation Final Application 4 ‹#› Add palier 1 2 3 4

45. Implementation Final Application 4 ‹#› Review Palier Data

46. 05 Conclusion

47. Conclusion and Perspectives 1 ‹#› Summary of Achievements Successfully developed and implemented a real-time monitoring and control system. Enhanced efficiency and responsiveness in the Jijel Thermal Power Plant. Improved data acquisition and centralized control operations. Future Work: Explore additional features and further enhancements to the system. Continuously improve the system and technological advancements. integrate artificial intelligence and machine learning into this system.

48. THANK YOU DO YOU HAVE ANY QUESTIONS