[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"ssr-repo-dspace000005400":3},{"id":4,"title":5,"authors":6,"files":8,"advisors":35,"authors_detail":36,"advisors_detail":40,"publisher":41,"publish_place":42,"language":43,"type":44,"type_slug":45,"year":46,"department":47,"study_program":48,"keywords":49,"keywords_detail":55,"abstract":66,"abstract_html":67,"url":68},"repo-dspace000005400","Sustainable Water Management: Developing an Automated Irrigation Solution",[7],"Brian Nur Pratama",[9,13,16,19,23,26,29,32],{"chapter":10,"requires_login":11,"label":12,"available":11},"abstrak",false,"Abstrak",{"chapter":14,"requires_login":11,"label":15,"available":11},"bab1","Bab I",{"chapter":17,"requires_login":11,"label":18,"available":11},"bab2","Bab II",{"chapter":20,"requires_login":21,"label":22,"available":11},"bab3",true,"Bab III",{"chapter":24,"requires_login":21,"label":25,"available":11},"bab4","Bab IV",{"chapter":27,"requires_login":21,"label":28,"available":11},"bab5","Bab V",{"chapter":30,"requires_login":21,"label":31,"available":11},"full","Dokumen Lengkap",{"chapter":33,"requires_login":11,"label":34,"available":21},"open","Akses Terbuka",[],[37],{"name":7,"nim":38,"slug":39},"2141230107","brian-nur-pratama",[],"Politeknik Negeri Malang","Malang","Inggris","Skripsi (D4)","skripsi-d4",2025,"D-IV TEKNIK MESIN PRODUKSI dan PERAWATAN",null,[50,51,52,53,54],"Renewable Energy","Automatic Irrigation","Microcontroller","Farmland Productivity","Sustainability",[56,58,60,62,64],{"name":50,"slug":57},"renewable-energy",{"name":51,"slug":59},"automatic-irrigation",{"name":52,"slug":61},"microcontroller",{"name":53,"slug":63},"farmland-productivity",{"name":54,"slug":65},"sustainability","By seeing at people's awareness about the importance of using renewable energy for the sustainability of their children and grandchildren in the future, automatic irrigation based on soil moisture content is an important innovation in irrigation. This research aims to design and implement an automatic irrigation system that can adjust the frequency and duration of irrigation according to soil moisture conditions, so that farmers do not struggle to irrigate their fields. The system uses a moisture sensor connected to a microcontroller, which real-time monitors the moisture content in the soil and activates the spray pump when the moisture reaches a certain limit. The methodology used includes sensor testing and field testing to measure the effectiveness of the system in maintaining optimal soil moisture for plant growth. These findings make a significant contribution to agricultural practices, reducing water wastage and increasing farmland productivity.","\u003Cp>By seeing at people's awareness about the importance of using renewable energy for the sustainability of their children and grandchildren in the future, automatic irrigation based on soil moisture content is an important innovation in irrigation. This research aims to design and implement an automatic irrigation system that can adjust the frequency and duration of irrigation according to soil moisture conditions, so that farmers do not struggle to irrigate their fields. The system uses a moisture sensor connected to a microcontroller, which real-time monitors the moisture content in the soil and activates the spray pump when the moisture reaches a certain limit. The methodology used includes sensor testing and field testing to measure the effectiveness of the system in maintaining optimal soil moisture for plant growth. These findings make a significant contribution to agricultural practices, reducing water wastage and increasing farmland productivity.\u003C\u002Fp>","https:\u002F\u002Frepository.polinema.ac.id\u002Fcollection\u002Fdetail?id=dspace000005400&year=2025&title=sustainable-water-management-developing-an-automated-irrigation-solution"]