Scalable, Cost-Effective and Robust Wireless Connectivity for Smart Buildings. Fast & easy implementation / seamless integration with existing equipment.
In today’s scenario, the property management companies are struggling with capital expenses & operational costs associated with multiple large buildings owning to unpredictable/varying occupancy levels.
Facility manager can diagnose abnormalities that require intervention before failures occur and schedule proactive condition-based maintenance & associated equipment upgrades opportunity swiftly.
Updating the associated equipment should be fast, consider the Return on Investment (ROI) by reducing operation costs, improving building performance, occupational comfort, and preserving the facility with the current market trend.
WatchNET IoT provides Temperature, Humidity, Air Quality, Water Leak Detection, PH7, Air Velocity, Differential Air Pressure, Accelerometer, and AC Current Meter Sensors to buildings to provide an overall building and HVAC remote monitoring solution.
Take the proactive measure & resolve the issues ahead before they might develop into more major issues. WatchNET IoT’s Wireless Environmental Solution is ideal for Smart Building Automation, HVAC & Security.
HVAC equipment experience seasonal rising & decreasing of temperature variations which results the occupational comfort.
WatchNET IoT platform is based on wireless LoRa Technology that gives exceptional, long-range connectivity. This new technology will reduce installation time by avoiding expensive wiring costs. Because all devices are wireless, they can be moved around to accommodate the configuration changes in a growing pattern from time to time.
Long battery life ensures a worry-free performance for up to FIVE YEARS.
Smart gateway controllers are connected to the platform which can send out visual alerts that are customizable. An interactive and customized dashboard display gives up to the minute environmental information of the facility and the type of notification could be of your choice.