Software aided bidirectional remote control of lighting armatures

Remote controllability of electrical lighting systems; can provide benefits in terms of time, labor and operational efficiency. Remote control systems can be realized as wired, it can also be established wirelessly by using developing network and information technologies. In particular, ensuring the sustainability of the operating capabilities of armatures located remotely in open terrain and use of remote control systems for control can be more advantageous than wired systems. In the study carried out here, by using a circuit that requires indirect control, it is ensured that the armatures are active or not by remote control. The control of whether the lamps are on or not can be understood from observations in the field, or it can be understood more quickly by evaluating the feedback information required by sensory detections. The outdoor lighting control application, which includes the obtained sensor detection information and smart control applications, was designed and implemented as a two-way control application. In the study, remote control applications of armatures are also carried out wirelessly, thus as reducing the cabling costs of armature systems that need to be operated at a long distance, as well as increasing operational reliability and increasing energy efficiency. Keywords: Lighting, Control Systems, Wireless