Hongkong International Terminals Limited (HIT) needed a solution to monitor remotely temperature and humidity in its data centres across nine different terminals at the Port of Hong Kong.
HIT chose IoTree to deploy an IoT-enabled solution to remotely monitor the indoor air quality across its data centres at the port. Sensors monitor temperature and humidity and share that information to a centralised web portal, via the Thinxtra 0G Network, to improve decision-making.
IoTree’s solution to remotely monitor indoor air quality in its data centres let HIT achieve:
- 24×7 monitoring of temperature and humidity levels
- fast issues identification and correction
- proactive maintenance
- independence from manual monitoring processes
0G Network Operator
Hongkong International Terminals Limited (HIT) is one of several key container port operators in the Port of Hong Kong owned by Hutchison Port Holdings, the largest port operator globally.
Hongkong International Terminals Limited continually sets industry benchmarks for port productivity, efficiency, and value-added services with modern management techniques, state-of-the-art technology, and award-winning applications.
The challenges with traditional indoor air quality monitoring solutions
Operating the world’s largest port demands reliable data centre services 24 x7. Temperature and humidity are critical to ensure optimal data centre performance. The temperature in server rooms must be kept between 20 to 21 Celsius (67 to 71 degrees Fahrenheit) and relative humidity must be kept between 40 and 60 per cent.
HIT needed a solution to monitor temperature and humidity in its data centres across nine different terminals at the Port of Hong Kong, spanning an area of approximately 2.7 km².
Conventional monitoring devices proved costly and cumbersome to install, operate, and maintain because of the need to be connected to power. Similarly, traditional wireless network connectivity solutions proved too expensive to scale or suffered from coverage gaps and faulty connectivity across the long distances at the port.
The value of IoT-enabled indoor quality monitoring devices connected to the 0G Network
HIT chose IoTree to develop an IoT-enabled solution to remotely monitor temperature and humidity levels inside its data centre rooms. IoTree selected AirWit IoT sensors, created by Connected Finland, to specifically monitor indoor air quality conditions.
The sensors monitor air quality 24×7 and share that information in near real-time to a centralised web portal via the Thinxtra 0G Network, powered by Sigfox. IoTree partnered with Thinxtra to connect the sensors to the long-range, low-power, reliable 0G Network, which provides low-cost connectivity across 90 percent of Hong Kong. Sensor connection to the Thinxtra 0G Network is fast and easy. Each sensor is powered by a long-life battery for approximately five years and requires no maintenance, making the solution simple to install and operate.
The IoTree solution gives HIT building managers on-demand visibility to air quality insights on the web portal. If temperature or humidity reach unacceptable levels, the solution instantly alerts the building management team to take corrective actions. IoTree also created a custom feature to alert building managers of undesirable temperature and humidity conditions via a messaging platform.
The IoT delivers exceptional operational outcomes to HIT
IoTree’s IoT-enabled solution to monitor indoor air quality in its data centre rooms remotely has helped HIT realise exceptional operational outcomes. HIT saves time and money because its team no longer needs to manually monitor conditions inside each data centre room. Continuous remote monitoring lets HIT detect issues early, which means less technology downtime and reduced interruptions to port operations. Other benefits include:
- effective 24×7 monitoring of temperature and humidity levels inside server racks
- instant alerts when abnormal temperature and humidity levels are detected to enable fast corrective action
- rapid detection of building assets needing maintenance to support ideal temperature and humidity levels