引用本文格式褚春年.基于物联网的日光温室番茄生产控制技术试验[J].农业工程,2023,13(5):47-51.DOI:10.19998/j.cnki.2095-1795.2023.05.009.CHUChunnian.Experimentontomatoproductioncontroltechnologyinsolargreenhousesbasedoninternetofthings[J].AgriculturalEngineering,2023,13(5):47-51.基于物联网的日光温室番茄生产控制技术试验褚春年(西安市农机监理与推广总站,陕西西安710065)摘要:在设施农业领域引进了物联网技术,通过物联网平台采集获取日光温室番茄在不同生长阶段的环境信息。对照日光温室番茄适宜的生产条件要求,通过物联网系统平台和手机APP进行信息反馈提示,实现了自动灌溉、自动卷帘、自动卷膜等自动控制,有针对性地实施精细化、智能化、自动化科学管理,改变了传统的日光温室管理模式,提高了劳动生产率,促进了设施蔬菜产业发展。关键词:日光温室;控制技术;设施农业;番茄;物联网中图分类号:S126文献标识码:A文章编号:2095-1795(2023)05-0047-05DOI:10.19998/j.cnki.2095-1795.2023.05.009ExperimentonTomatoProductionControlTechnologyinSolarGreenhousesBasedonInternetofThingsCHUChunnian(Xi'anAgriculturalMachinerySupervisionandPromotionStation,Xi'anShaanxi710065,China)Abstract:Internetofthingstechnologyhasbeenintroducedinthefieldoffacilityagriculture,andenvironmentalinformationofsolargreenhousetomatoesatdifferentgrowthstageshasbeencollectedthroughtheinternetofthingsplatform.Bycomparingsuitableproduc-tionconditionsfortomatoesinsolargreenhousesandprovidinginformationfeedbackthroughinternetofthingssystemplatformandmo-bileapps,automaticirrigation,automaticrollingcurtains,automaticfilmrollingandotherautomaticcontrolshavebeenachieved.Targetedimplementationofrefined,intelligent,andautomatedscientificmanagementhaschangedtraditionalmanagementmodeofsolargreenhouses,improvedlaborproductivity,andpromoteddevelopmentoffacilityvegetableindustry.Keywords:sunlightgreenhouse,controltechnology,facilityagriculture,tomato,internetofthings0引言设施农业是区别于传统农业的新型农业生产方式。设施农业的本质是人工构建可控的环境,保证农业生产按照预设程序进行,从而获得理想的产量和效果[1]。在设...