CAJ | 학술논문

针对传统的温室光照环境控制方法粗糙、易造成作物光照不足及能源浪费的问题，考虑作物生长对光照的需求，基于光合速率模型，分析环境温度对作物生长光照需求的影响，推导创建了温室补光模型；同时，应用无线通讯技术设计了一个基于作物光照需求的温室光环境远程控制系统，介绍了系统的软硬件结构；最后，针对秋冬季节温室环境在1天内的实际变化情况，对系统的光照调控方法进行验证。结果表明：该方法能够根据环境的实时变化采取不同的光照控制措施，既满足作物生长的需求，又能更有效地利用能源。
침대전통적온실광조배경공제방법조조、역조성작물광조불족급능원낭비적문제，고필작물생장대광조적수구，기우광합속솔모형，분석배경온도대작물생장광조수구적영향，추도창건료온실보광모형；동시，응용무선통신기술설계료일개기우작물광조수구적온실광배경원정공제계통，개소료계통적연경건결구；최후，침대추동계절온실배경재1천내적실제변화정황，대계통적광조조공방법진행험증。결과표명：해방법능구근거배경적실시변화채취불동적광조공제조시，기만족작물생장적수구，우능경유효지이용능원。
Based on the photosynthetic rate model considering the light demand of crops, the influence of temperature on illumination requirements for crops’ growth was analyzed, and then the light supplement model of greenhouse was estab-lished .A remote light environment control system for the greenhouse based on the light needs of crops was designed apply with the wireless communication technology.The lighting regulation method of system was tested according to the change of greenhouse environment in a day in early winter.The simulation results demonstrated that this method can take different lighting control methods on the basis of the change of the environment, and that it cannot only meet the need of plants growth but also can help to make use of energy efficiently.