INTELLIGENT AND NATURAL DISASTER ADAPTIVE CONTROL SYSTEM FOR WIRELESS STREET LIGHTS POWERED BY SOLARPANEL

摘要

Introducing a disaster response intelligent wireless solar lighting control system. The disaster response type intelligent wireless solar lighting control system according to the present invention is connected in a linear node structure so that adjacent wireless repeaters can be linked 1:1 by a WPAN communication module, and a plurality of wireless repeaters are assigned a unique wireless repeater ID. A wireless repeater network consisting of, a solar panel for photovoltaic power generation, a battery for charging the generated power, an LED lighting lamp that emits light using the power of the battery, and a WPAN capable of WPAN communication with any one of the wireless repeaters A plurality of wireless solar lighting lamps provided with a module and connected to each wireless repeater of the wireless repeater network in a star node structure so as to be linked in 1:N by the WPAN communication module, and assigned a unique lighting lamp ID, and the Equipped with a gateway that controls WPAN communication with wireless repeaters and wireless solar lights, and the power generation voltage current, charging voltage current, battery power remaining, and LED lights connected to each wireless repeater through the wireless repeater network. Periodically receive status information including the on-off status in a unique wireless repeater ID unit or a unique light-light ID unit, and use the unique wireless repeater ID to turn on and off the wireless solar light and illuminance according to the status information of the wireless solar light. Includes a wireless server that collectively controls each wireless repeater or individually controls each individual wireless solar light using a unique light ID, but the wireless solar light has a loss of communication with the wireless server or the configuration of a wireless solar light. A disaster detection module capable of detecting the inundation of some of the components of the wireless solar light so that the wireless solar light can autonomously control the lights and lights without receiving a command from the wireless server in a disaster situation in which some of the elements are flooded, and An illuminance sensor that outputs the illuminance value around the LED lighting lamp, the sunrise molar timetable throughout the year, a lighting controller that turns on and off the LED lighting or adjusts the intensity of the LED lighting according to the current magnitude, and the signal value and the above of the disaster detection module. Microcontroller unit that controls lighting and lighting of LED lighting by controlling the lighting controller according to the output value of the illuminance sensor and the sunrise molar timetable. Equipped with (MCU), it is possible to quickly and effectively control wireless solar lights installed in large quantities over a large area through a single wireless server, and flood or fire (smoke), earthquakes, etc. due to natural disasters such as typhoons or rainy seasons. Even in the state of disconnection of wireless communication, the wireless solar lighting can perform autonomous night lighting without interruption, and the night lighting can be maintained without interruption through appropriate illumination control in response to changes in sunlight and remaining charge.