Online Pre flood early warning sytsem (EWS)

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Online Pre Flood Early Warning System (EWS)

(Including weather station)

Online Pre flood early warning sytsem (EWS)

Online Pre Flood Early Warning System (EWS)

(Including weather station)

Drexel real time Online Pre Flood Early Warning System (EWS) monitors and warns of changes inriver water level and river flow rate. The system alerts the down stream areas where the river can cause floods thus giving time for preventive action, to mobilize disaster management teams and in evacuation of human beings and essential items.

Drexel real time Online Pre Flood Early Warning System (EWS) utilizes state of art monitoring devices which are installed upstream at suitable location giving ample time for the down stream areas to take preventive measures. Thru the help of telemetry GPS IOT device system the warning signal along with intensity of flood are transmitted to the concerned government departments. They can excess thru the PCs connected to the servers. Also for the awareness and intimation to general public, large LED sign boards are installed at prominent locations of down stream populated areas.

Online Pre flood early warning sytsem (EWS)

Additional weather station parameter including ambient temperature, relative humidity, wind speed, wind direction, atmospheric pressure, piezoelectric rainfall.

Drexel Online Pre Flood Early Warning System (EWS) and warning system is pre programmed with the river historical data including flow rate and water level. Any abnormality detected immediately triggers flash messages to the designated stations and LED screen installed at prominent locations. Also the historical data in available on server for 1 year.

The device is supported supported by an inbuilt lithium battery which lasts for 6 months. Also solar backup is available to recharge the batteries in remote locations.

Discharge Measurement: Velocity-Area Method

Online Pre flood early warning sytsem (EWS)

In this method, discharge is computed by measuring river depths and velocity at a number of regularly or irregularly spaced verticals.

Discharge =A *v
=w*d*v
Q =Discharge
Cumec / C usec

This set of information is eventually integrated by mid-section method to determine river discharge. This satisfies the equation Q = A * V. Succeeding paragraphs of this module elaborate these aspects in greater depth.

Flood warning systems advantages

  • Real-time alarm
  • Long-term monitoring
  • The monitoring platform intelligently intelligently analyzes analyzes the measurement video and data excludes climate and environmental factors. Avoid manual monitoring errors and reduce false positives and false negatives in thevideo surveillance system.
  • It record the water level changes at monitoring points in real time, andstore the alarm information in the server database, including time, location, snapshot, video, etc.

Pre Flood Monitoring System Installed for Indian Railways

Online Pre flood early warning sytsem (EWS)
Online Pre flood early warning sytsem (EWS)
Online Pre flood early warning sytsem (EWS)

Online Alert

On Server

Online Pre flood early warning sytsem (EWS)

E-Mail Alerts

Online Pre flood early warning sytsem (EWS)

SMS Alerts on Mobile

LED Alerts on Large LED Display

OUR CLIENTS

  • Phone Number

  • +91 172 2998398
    +91-9316660098
    Toll-free no :- 1800-123-440098

  • Address

  • Plot No 442,Industrial Area, Sector 82,Mohali Punjab, India 160055

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