At an International airport, they wanted to monitor the temperature and Humidity of the waiting area at the departure zone and give real-time alerts for any change in temperature.
Solution
Our COIN devices were installed at every 50 to 60 feet across the area and we were monitoring the temperature and humidity of the zones. The data was captured in 2 ways;
Setting upper and lower threshold values–The admin can set the upper and lower threshold values for temperature and humidity to get alerted in case the threshold values are crossed
Stream data at regular intervals oftime – Temperature and Humidity data can be streamed at regular intervals of time and all this data can be seen in real time on our dashboard
Benefits:
Reduction in electricity consumption by 10%
Potential:
There are 125 airports in India, where this solution can be deployed.
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Test Items
Test Results
Test Conditions
Moisture resistance test
After test, no obvious change in appearance, and function was normal.
Temperature varied from 25°C±2K to 65°C±2 K
Relative humidity at (93±3)%
High temperature test
After test, no obvious change in appearance, and function was normal
High temperature: 60°C
Test duration: 96H
Low temperature Test
After test, no obvious change in appearance, and function was normal.
Low temperature:-10°C
Test time: 96H
Heat cycle test
After test, no obvious change in appearance, and function was normal
Temperature rise 60°C 1H
Operating 60°C 6H
Temperature
processing -10°C 2H
Operation -10°C 6H
Repeated 60H
Continuous vibration
After test, no obvious mechanical damage, and function was normal.
Condition A:
Amplitude:0.25 mm or less
Frequency: 5±1Hz~50±1Hz
Test direction: X, Y, Z axis
Test time: 10min/cycle, 5 cycles/direction
Condition B:
Acceleration:2.0 m/s2 or less
Frequency: 5±1Hz~50±1Hz
Test direction: X, Y, Z axis
Test duration: 10min/cycle, 5 cycles/direction
Impact test
After test, no obvious mechanical damage, and function was normal.