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基于Power Bus总线技术的智能灌溉系统

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以进一步提升智能灌溉系统的运行作业效率为目标,选取Power Bus总线技术作为优化原理,针对灌溉系统的通信控制展开设计。考虑灌溉系统的核心组成与功能配置,搭建网络通信能耗控制模型,对灌溉系统的网络节点进行最优化布局,形成以Power Bus总线为控制主线的系统运行模式,展开灌溉作业通信控制试验。结果表明:基于Power Bus总线技术的灌溉系统设计方案正确可行,有效降低了数据丢包率,系统通信成功率相对可提升 6。75%,整体系统的综合灌溉效率可达 96。61%,满足智能灌溉的设计指标要求;系统运行稳定率保持在 95%以上,系统各组件响应及时稳定,具有高度的可用性与可靠性,且灌溉水资源得到最大化与均匀化的运用。
Intelligent Irrigation System Based on Power Bus Technology
With the goal of further improving the operational efficiency of intelligent irrigation systems,Power Bus technology was selected as the optimization principle to conduct design and researched on communication control of irriga-tion systems.Considering the core composition and functional configuration of the irrigation system,a network communica-tion energy consumption control model was established,and the network nodes of the irrigation system were optimized for layout.A system operation mode with Power Bus as the main control line was formed.Irrigation operation communication control experiments were conducted,and the results showed that the irrigation system design scheme based on Power Bus technology was correct and feasible,the data packet loss rate was effectively reduced,the system communication success rate could be relatively improved by 6.75%,and the overall irrigation efficiency of the system could reach 96.61%,meeting the design index requirements of intelligent irrigation.The system operation stability rate remained above 95%,and all components of the system responded in a timely and stable manner,with high availability and reliability.The max-imization and uniformity of irrigation water resources had played a promoting role in the deep intelligent development of ir-rigation systems.

intelligent irrigation systembus technologyenergy consumption control modelnetwork nodescommunica-tion success rate

李耀波、王宇楠、纪诗诺

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辽宁对外经贸学院 经济学院,辽宁 大连 116052

智能灌溉系统 总线技术 能耗控制模型 网络节点 通信成功率

2025

农机化研究
黑龙江省农业机械工程科学研究院 黑龙江省农业机械学会

农机化研究

北大核心
影响因子:0.668
ISSN:1003-188X
年,卷(期):2025.47(4)