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Early Warning Complete System Monitoring of Climate and Early Alerts

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Early Warning Complete System Monitoring of Climate and Early Alerts EARLY WARNING COMPLETE SYSTEM MONITORING OF CLIMATE AND EARLY ALERTS Rev. 1.5. May, 2020 Omicron Engineering • Located in Medellín - Colombia. • Company founded in 2004. • Manufacturer and supplier of • Solutions provider for North, technological solutions for Central, and South America. Internet of Things; design, Open to the global market. production, connectivity and platform. Early Warning Systems 1. What is an Early Warning System (SAT)? Early warning is one of the main elements in reducing risk and damage caused by natural disasters such as floods, volcanic eruptions, and avalanches. It prevents loss of life and reduces the adverse economic and material impacts of disasters. To be effective, Early Warning Systems must actively include communities at risk, facilitate education and public awareness of such risks, effectively disseminate messages and alerts, and ensure constant and ongoing preparedness. The success of a SAT lies in the operational and response capacity of the personnel who operate the system. In this context, every minute of anticipation of a disaster is vital to carry out emergency response plans. Hence, members with a monitoring task must be made up of a group of responsible people. In addition, the system must have a technology that is reliable and that has adequate forecasts and redundancies so that it does not fail under any circumstance. Sudden Rising Rio Cauca Colombia 2019: https://www.youtube.com/watch?v=Lxg62T3YSQU Solution Presented The monitoring stations permanently measure river levels, and climatic variables such as levels of precipitation, temperature, ambient humidity, etc. The collected data is analyzed and sent periodically, and/or for alarm events to the platform. The data is collected on the platform and in real time analytics and predictive models are performed, in the event of an abnormal situation being found, the alert states are sent to the emergency care units: Fire, disaster service department, etc. The data from these sensors is collected by an IoT device and sent via a long-range telecommunications network such as Sigfox / Lora or GSM to the Internet. Once the level of risk has been evaluated, we begin with the activation of mitigation protocols, the activation of alerts and evacuation alarms to the affected community. Multisensor Device for Early Warning Systems Datalog X-PRO Multisensor device Includes internal sensors and ports for 3 external. Ready for use in industrial and outdoor environments. Receives up to 3 external Stores 120 monitoring sensors, and includes: messages, to resend in o Accelerometer case of disconnection. o Battery Level Sensor o Power connection IP67: sensor. Bidirectional Allows outdoor use. communication via: It can be recharged with Solar Panel Class 0 Centriomega® Monitoring Platform For remote visualization of real-time variables and device configuration. It allows to create personalized and automated reports, as well as to set alerts to send by e-mail, SMS, Telegram, among others. Notifications via: Data visualization in: o e-mail. o Dashboards. o SMS. o Historical tables. It also allows to: o Telegram. o Automatic reports. o Configure devices o Voice messages. remotely. It can integrate to other IoT o Set alarms and platforms, and be consumed reports. through APIs. o Historic records for up to 2 years. o Geolocation. o Among others.... SENSORS FOR EARLY WARNING SYSTEMS Rain Gauges Rain gauges are useful instruments for determining the amount of millimeters (mm) of rain that falls in a Measurement range given time. They must be installed in the upper part of 0 to 4 mm/min the rivers, and according to previous studies of the Resolution behavior of the river and the historical ones, the levels 0.28 mm. of flood alert are determined according to the amount of rainfall measured. The rain gauge consists of a small bucket that, once full, closes a switch and empties automatically. Thus, it generates a digital signal whose frequency is proportional to the intensity of the rain in millimeters of rain per minute (mm / min). It needs to be mounted horizontally to ensure its measurements are correct. Measurement range Measurement range 0 to 4 mm/min 0 to 4 mm/min Resolution Resolution 0.1 mm 0.2 mm Environmental Sensor: Relative Humidity, Temperature and Atmospheric Pressure These sensors provide complementary information on the state of the climate before and during natural disaster events, data that is used for predictions of climate behavior, probability of rain, hurricanes, spread of forest fires, etc. Measuring range: -40 °C to 85°C 0 to 100% 300 hPa to 1100 hPa Resolution: 0.1°C, over whole range 0.1%, over whole range 0.18 Pa, over whole range Max. Error: +/- 1.5°C (-40°C to -20°C), +/- 1.25°C (-20°C to 85°C) +/- 3%, over whole range +/- 1 hPa, over whole range Use: Indoor and outdoor. IP rating: IP65 Sensors to determine wind direction and speed These instruments allow determining risks associated with the wind, such as hurricanes, tornadoes, storms, direction and speed of propagation of forest fires and Basic Anemometer dispersal of volcanic ash. Measurement range 0 to 240 km/h The anemometer consists of a normally open Hall Resolution effect switch that closes when the anemometer 2,4 km/h/vuelta. completes a turn, so the output is a digital signal with frequency proportional to wind speed in km/h. The vane consists of a base with a vane that rotates freely on a network of eight or more resistors connected to switches that close when a magnet on the base acts on them. Professional anemometers: Measurement range Weather vanes: 0 to 30 m/s, 0-45m/s, 0-60 m/s Measurement range 0 to 360° Resolution Resolution ±0.5 m/s 1 ° or 22.5° Particulate Matter Sensors Particulate matter sensors are used to determine risks from volcanic emissions, and in cities it is used to determine the status of environmental pollution. The dust sensor uses the laser scattering principle to detect the existence of a concentration of dust particles in the air; It can detect particles up to 1.0 micron, it has good consistency and stability. Its casing is made of ABS polymer for outdoor use. A much more compact version of the sensor can be used indoors. Measurement range 0 to 1000ug/m3 PM 1.0, 2.5 & 10 훍m Accuracy ±3 %, over whole range. Weather stations Basic Weather The weather stations combine multiple sensors on a Station: ● single platform such as: Wind speed and direction, Wind direction and Environmental sensors, Solar radiation sensors, among speed. others. ● Environment al Sensor ● Pluviometer Professional Weather Station (7 Sensors) Variable Range Resolution Precision Wind speed 0-60 m/s 0.01 m/s ±3% Wind direction 0-360° 1° ±3° Atmospheric temperature -40 a 80 ℃ 0.1 ℃ ±0.3°C Relative Humidity 0-100% 0.1% ±3% Atmospheric pressure 150-1100 hPa 0.1 hPa ±3 hPa Rain level 0-4 mm/min 0.01 mm ±0.4 mm (Rain/Hail/Snow) It has no moving parts Solar radiation 0-175 W/m2 1 W/m2 ±5% River level sensor These sensors are used to determine potential sudden flood disasters in rivers. Sensor with high output power by ultrasound or waves (radar) together with automatic calibration in real time, for changing conditions (voltage and acoustic or electrical noise) that guarantee that the measurements are reliable for each reading taken. Measurement range 20 to 765 cm; 0-5m, 0-10m, 0-30m, 0-70m Accuracy Montaje de sensor ±3 mm or ±1 cm, over whole range IP rating: IP67. Basic Standard Professional SOUND AND VISUAL ALERT SYSTEMS Sound Alert Systems Sound and visual systems are used to keep the population informed and give them warning or evacuation messages in a certain area that is at risk due to the possible arrival of a potential natural disaster. Features: ● 4-siren outdoor warning systems. ● Sound power per siren: 113 dB (1 W, at 1m 500-2500 KHz) ● Protection: IP65 ● Redundant communication system: GSM / Radio ● Up to 4 pre-recorded messages ● Communication Radio for communication of messages in real time. ● Powered by solar panel. ● Backup batteries for up to 1 week. ● With or without strobe lights. ● Permanent monitoring of operating status: battery voltage, solar panel, temperature, etc. Contact: Tel: +57 3174365062 [email protected] www.omicroning.co.
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