Published in Scientific Papers. Series E. Land Reclamation, Earth Observation & Surveying, Environmental Engineering, Vol. XIV
Written by Peter UDVARDY, Matyas Csongor KOVACS, Levente DIMEN
In recent years, indoor plant cultivation has become an increasingly popular hobby. However, the natural environment required for optimal plant growth is not universally available, and therefore, it is necessary to replicate the missing environmental factors. Successful cultivation can be greatly enhanced by monitoring and adjusting environmental conditions. By collecting and analysing environmental data, it is possible to set appropriate parameters and optimize the operation of an environmental control system. This system requires sensors and actuators to compensate for environmental deficiencies and automate relevant processes. If the system's parameters are flexible enough, it can support the growth of a wide range of plant species. An effective approach to achieve this flexibility is through an online interface that allows remote access and enables the display of measured data as well as the adjustment of control parameters. A microcontroller-based system can be employed to manage this process. This paper outlines the hardware and software architecture, describes the communication protocols used, and provides an analysis of the system’s expected performance.
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