الحديقة الذكية
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University of M'Sila
Abstract
في ظل التوجه المتزايد نحو الرقمنة وترشيد استهلاك الموارد الطبيعية تبرز الحاجة إلى حلول ذكية تساهم في تحسين إدارة المساحات الخضراء والمزارع الصغيرة. يهدف هذا المشروع إلى تطوير نظام ذكي ومتكامل لإدارة الري ومراقبة الظروف البيئية للنباتات بالاعتماد على تقنيات إنترنت الأشياء (IoT).
يعتمد النظام على مجموعة من الحساسات لقياس رطوبة التربة ودرجة الحرارةحيث يتم تشغيل نظام الري آليًا وفق الاحتياجات الفعلية للنباتات مع توفير مظلة ذكية قابلة للتحكم لحمايتها من الظروف المناخية غير الملائمة. كما يتيح النظام إمكانية المراقبة والتحكم عن بعد في الزمن الحقيقي عبر تطبيق مخصص للهواتف الذكية مما يسمح بمتابعة مختلف المؤشرات واتخاذ القرارات المناسبة بكفاءة وسهولة.
يستهدف هذا الحل أصحاب المنازل، الفيلات، صغار المزارعين وأصحاب البيوت البلاستيكية إضافة إلى المؤسسات التعليمية والهيئات العمومية المهتمة بتبني التقنيات الزراعية الذكية.
تُظهر الدراسة الاقتصادية للمشروع مؤشرات إيجابية من حيث الربحية والاستدامة مع إمكانية التوسع نحو أسواق أوسع مستقبلًا.
تتمثل القيمة المضافة للمشروع في المساهمة في ترشيد استهلاك المياه والطاقة،تحسين إنتاجية المزروعاتوتقليل التدخل البشري في عمليات الريبما يدعم مبادئ الزراعة الذكية والتنمية المستدامة.
In the context of increasing digital transformation and the growingneed to optimize the use of naturalresources, thereis a risingdemand for smart solutions thatenhance the management of green spaces and small-scalefarms. This projectaims to develop an integrated intelligent system for irrigation management and environmental monitoring of plants based on Internet of Things (IoT) technologies. The proposed system relies on a set of sensors to measuresoilmoisture and temperature, enabling the automaticoperation of the irrigation system according to the actualneeds of plants. It alsoincorporates a smart adjustablecanopydesigned to protectcropsfromunfavorableweather conditions. Furthermore, the system provides real-time remote monitoring and control through a dedicated mobile application, allowingusers to track key environmentalparameters and makeinformeddecisionsefficiently and conveniently. This solution isintended for homeowners, villa owners, small-scalefarmers, greenhouseoperators, as well as educational institutions and public organizationsinterested in adopting smart agricultural technologies. The project'seconomicassessmentdemonstratespromisingindicators in terms of profitability and sustainability, withsignificantpotential for future market expansion. The added value of the project lies in its contribution to water and energy conservation, the improvement of cropproductivity, and the reduction of manual intervention in irrigation operations. Consequently, it supports the principles of smart agriculture and promotessustainabledevelopment.
In the context of increasing digital transformation and the growingneed to optimize the use of naturalresources, thereis a risingdemand for smart solutions thatenhance the management of green spaces and small-scalefarms. This projectaims to develop an integrated intelligent system for irrigation management and environmental monitoring of plants based on Internet of Things (IoT) technologies. The proposed system relies on a set of sensors to measuresoilmoisture and temperature, enabling the automaticoperation of the irrigation system according to the actualneeds of plants. It alsoincorporates a smart adjustablecanopydesigned to protectcropsfromunfavorableweather conditions. Furthermore, the system provides real-time remote monitoring and control through a dedicated mobile application, allowingusers to track key environmentalparameters and makeinformeddecisionsefficiently and conveniently. This solution isintended for homeowners, villa owners, small-scalefarmers, greenhouseoperators, as well as educational institutions and public organizationsinterested in adopting smart agricultural technologies. The project'seconomicassessmentdemonstratespromisingindicators in terms of profitability and sustainability, withsignificantpotential for future market expansion. The added value of the project lies in its contribution to water and energy conservation, the improvement of cropproductivity, and the reduction of manual intervention in irrigation operations. Consequently, it supports the principles of smart agriculture and promotessustainabledevelopment.
In the context of increasing digital transformation and the growingneed to optimize the use of naturalresources, thereis a risingdemand for smart solutions thatenhance the management of green spaces and small-scalefarms. This projectaims to develop an integrated intelligent system for irrigation management and environmental monitoring of plants based on Internet of Things (IoT) technologies. The proposed system relies on a set of sensors to measuresoilmoisture and temperature, enabling the automaticoperation of the irrigation system according to the actualneeds of plants. It alsoincorporates a smart adjustablecanopydesigned to protectcropsfromunfavorableweather conditions. Furthermore, the system provides real-time remote monitoring and control through a dedicated mobile application, allowingusers to track key environmentalparameters and makeinformeddecisionsefficiently and conveniently. This solution isintended for homeowners, villa owners, small-scalefarmers, greenhouseoperators, as well as educational institutions and public organizationsinterested in adopting smart agricultural technologies. The project'seconomicassessmentdemonstratespromisingindicators in terms of profitability and sustainability, withsignificantpotential for future market expansion. The added value of the project lies in its contribution to water and energy conservation, the improvement of cropproductivity, and the reduction of manual intervention in irrigation operations. Consequently, it supports the principles of smart agriculture and promotessustainabledevelopment.
In the context of increasing digital transformation and the growingneed to optimize the use of naturalresources, thereis a risingdemand for smart solutions thatenhance the management of green spaces and small-scalefarms. This projectaims to develop an integrated intelligent system for irrigation management and environmental monitoring of plants based on Internet of Things (IoT) technologies. The proposed system relies on a set of sensors to measuresoilmoisture and temperature, enabling the automaticoperation of the irrigation system according to the actualneeds of plants. It alsoincorporates a smart adjustablecanopydesigned to protectcropsfromunfavorableweather conditions. Furthermore, the system provides real-time remote monitoring and control through a dedicated mobile application, allowingusers to track key environmentalparameters and makeinformeddecisionsefficiently and conveniently. This solution isintended for homeowners, villa owners, small-scalefarmers, greenhouseoperators, as well as educational institutions and public organizationsinterested in adopting smart agricultural technologies. The project'seconomicassessmentdemonstratespromisingindicators in terms of profitability and sustainability, withsignificantpotential for future market expansion. The added value of the project lies in its contribution to water and energy conservation, the improvement of cropproductivity, and the reduction of manual intervention in irrigation operations. Consequently, it supports the principles of smart agriculture and promotessustainabledevelopment.
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تخصص: عمران / في إطال الحصول على شهادة مؤسسة اقتصادية ( مصغرة ) في إطار القرار الوزاري 1275 المعدل والمتمم بالقرار الوزاري 008 المؤرخ في 23 فيفري 2025