SOLUTIONS THAT SCALE
PARTNERSHIP & DEPLOYMENT
Member name: Milesight IoT
Location: Canada
Type of devices deployed: AM107 Ambience Monitoring
Sensor, EM300-TH Temperature & Humidity Sensor, EM500-
CO
2
Carbon Dioxide Sensor, UG67 Outdoor LoRaWAN
®
Gateway
Number of devices deployed: 4,400 units
Number of gateways deployed: 440 units
ROI data: Save more than one million Canadian dollars every
year
PHOTO
Milesight IoT
www.milesight-iot.com
0086-592-5085280
iot.sales@milesight.com
SOLUTION
Milesight sensors are installed on each floor to monitor
building data, including indoor ambience temperature,
humidity, carbon dioxide concentration, people counting, etc.,
while AI-powered analytics integrate this information with
additional data sources to forecast peaks in demand. A
mobile app or desktop portal delivers data-driven
recommendations for optimizing and reducing energy
consumption at peak times.
The Milesight UG67 LoRaWAN
®
gateway is installed
approximately every 3-stories with PoE power input and has
been tested to be working at least 2km away. The 4G module
in the gateway provides an easy Internet connection for data
transmission.
The building energy optimization platform contains three key
components: data collection, data analysis, and data
visualization portals, which work together to provide building
owners, operators, and managers with energy-saving advice.
Once the gateway receives the data from the Milesight
LoRaWAN
®
sensors, the embedded network server is going
to forward data by MQTT to the platform via the cellular
network.
With Peak Power's platform, operations managers can
remotely monitor smart building conditions, equipment, and
occupancy. Get automatic alerts when the indoor temperature
leaves the range of 21
℃
-26
℃
, humidity falls below 40%, and
the environmental condition makes occupants more
vulnerable to viral respiratory infections, or when CO2 levels
exceed 800 ppm indicating that not enough fresh air for the
number of people in the smart building.
VALUE TO COMMERCIAL BUILDINGS
l Increase energy efficiency and lower power consumption
l Provide accurate indoor air quality insights
l Allow wider and more solid network coverage
l Lower maintenance and labor cost
