中文摘要：

LED可以高效地释放特定波长的光线，促进植物光合作用；然而市场上较多采用的植物生长灯缺乏系统化的控制，订制成本高，可靠性和灵活性低；为了解决这些问题，开发了一套LED植物促生长智能照明控制系统；该系统采用集中分布式的架构，拓展了可控制的地域范围和优化了系统的响应能力；特别是系统采用了多元通讯模式，巧妙地融合了多种数据传输方式，其中包括多种远程通讯和局域网络通讯，极大地提高了控制系统的灵活性和可靠性；在该模式下，控制设备中嵌入了可配置的优先级列表，集中控制器实时检测并动态地选择高优先级且连接状态良好的通讯方式；在局域无线组网通讯中，提出了一套具有自愈和自维护功能的系统组网策略，极大地提高了下行网络的稳定程度；最后搭建了实验平台，测试了相关功能，试验结果良好；该控制系统具有高可靠性和高灵活性的特点，适应多种农业现场状况，拥有良好的市场潜力。

英文摘要：

LED can effectively release the light of a specific wavelength to promote the plant photosynthesis.However,the plant growth lights mostly used on the market are lack of systematic control,which generally have the disadvantage of high cost,low reliability and low flexibility.In order to solve these problems,a set of intelligent LED control system for promoting plant growth is developed.The system u-ses a centralized and distributed architecture,which can greatly expand the control range and optimize the system＆#39;s response capability.In particular,the multi-communication mode used in system integrates a variety of data transmission mode,which includes various kinds of re-mote communications and local area network communications.In this way,it will greatly improve the flexibility and reliability of the control system.In the multi-communication mode,the control device is embedded with a configurable priority list and centralized controller com-pletes the real-time detection to dynamically select the steady communication mode with high priority.In the local area wireless network communication,a set of network strategy with the function of self-maintenance and self-healing is proposed,which greatly improves the reliability of the wireless network.Finally,an actual test has been carried on and the result is good.The control system with the characteris-tics of high reliability and high flexibility can adapt to various kinds of agricultural field conditions .It will have good market potential.