Automatisation Intelligente Pour Robinets Standard

Résumé: Our thesis falls under the framework of Decree 1275 'one thesis - one startup.' This thesis provides a comprehensive overview of this revolutionary faucet automation system, highlighting its crucial importance in water management. The thesis begins by introducing the subject by presenting the three variants of the GHN-System product we have developed, ranging from the basic model to the one equipped with advanced IoT features. This variety aims to meet various user needs concerning water conservation and convenience. We emphasize the necessity of intelligent automation of standard faucets to optimize water usage, a precious and limited resource. We then detail the design phase, shedding light on the essential hardware components we have specifically chosen, such as seals, adapters, capacitive sensors, motorized valves, and many others, explaining their crucial role in ensuring the system's watertightness. We also highlight the prototypes of the GHN-System that we have designed, from the basic model to the most advanced version with IoT connectivity, demonstrating their relevance in various scenarios. Finally, we conclude by presenting the financial phase of the project, underscoring the crucial importance of cost management in the system's development. Overall, this work provides a comprehensive view of the GHN-System, from its crucial role in water preservation to its impact on standard faucet efficiency, and its potential to improve the financial management of water resources. Our system represents a significant advancement in water management, contributing to a more sustainable use of this precious resource.

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