ZOU Feng-qian, QIU Cheng-jun. Design of plant growth environment measurement and control system[J]. 2018, (10): 111-113+116. DOI: 10.13873/j.1000-9787(2018)10-0111-03.
Aiming at problem of current difficulties in remote monitoring data of agriculture
a solar energyprowered plant growth environment measurement and control system is proposed
which can monitor the temperature humidity of the surrounding air and light intensity of plants. Administrator can remotely receive the temperature and humidity information and control the watering and filling light by using the mobile terminal short messaging service( SMS). The solar panel in the system can automaticly track the sunlight to recharge the system.Finally
the whole system is packaged and tested. The results show that the system has high remote control response speed and solar energy utilization efficiency. Its automatic control precision meets the needs of agricultural production applications
and can improve the plant growth environment measurement and control technology.