As technology continues to advance, the integration of the Internet of Things (IoT) in every aspect of our lives, including building maintenance, is becoming increasingly popular. Building owners and managers have found IoT devices to be useful in enhancing building maintenance, enabling them to streamline processes and reduce unnecessary work. In New York City, property managers, landlords, and rental state professionals have embraced the use of IoT devices to alert maintenance staff when specific areas need maintenance. In this blog post, we will examine specific products and brands used for building maintenance with IoT devices in New York City and successful properties that use the technology in the area.
Smart sensors, designed to detect issues before they become more significant problems, are one of the most popular IoT devices for building maintenance. Several brands, including Google's Nest and Honeywell's Smart Home Security, have launched smart sensors designed to monitor critical building systems, such as plumbing and electrical, to determine their functionality. These sensors alert maintenance staff when a system is malfunctioning, allowing them to act quickly to investigate and fix the issue.
Google's Nest
Google's Nest, for instance, provides smart thermostats, smoke and carbon monoxide alarms, cameras, and doorbells. The Nest Thermostat can learn the patterns of a building's heating and cooling needs, adjusting itself to save energy, and it sends alerts when there's a drastic temperature change that could indicate a problem with the HVAC system. The Nest Protect smoke and carbon monoxide alarm not only provides vocal warnings but can also send phone alerts if you're not at home. Nest cameras and doorbells can monitor different areas of a building for security purposes.
Honneywell's Smart Home Security
Honeywell's Smart Home Security solutions include water leak and freeze detectors that can send early warnings to prevent costly damage. Their Wi-Fi Water Leak and Freeze Detector can be placed near plumbing systems to monitor for leaks or freezing conditions. When abnormal conditions are detected, the system sends an alert to your smartphone so you can take action before the issue becomes more severe. Honeywell also offers smart thermostats, similar to Google Nest, that can learn your heating and cooling habits to optimize energy usage and comfort, while also providing alerts for unusual temperature fluctuations.
The use of IoT devices in building maintenance not only improves the efficiency of maintenance processes, but it also saves on energy costs by preventing the unnecessary wastage of energy. Smart lighting controls, for example, enable building managers to adjust the lighting schedules in specific areas, depending on the occupancy of the building. This feature significantly reduces the energy used when certain rooms are vacant. Lutron, Philips Hue, and GE's C by GE are some of the most popular brands of smart lighting controls used in building maintenance.
The use of building maintenance IoT devices is not restricted to just heating, cooling, lighting, and plumbing. Smart waste disposal systems have also been developed to alert maintenance staff when bins are full and in need of being emptied. This system, available from Compaction Technologies Inc. (CTI), is an excellent way to save money while reducing the environmental impact of the maintenance staff driving back and forth to empty bins needlessly. Check our previous post on smart waste management for more Pops Tips on the theme!
As New York City increasingly embraces IoT building maintenance devices, it is imperative that property professionals keep up with the latest advancements in this field. By implementing IoT devices in building maintenance, property management is saving on energy costs, improving building efficiency, and reducing the amount of time that maintenance staff spends traveling between different sites. Investing in the right IoT devices for building maintenance can help building managers keep their properties in top condition while reducing workload and costs.
Comentários