Office sensors help companies improve the overall efficiency of spaces and processes by capturing and measuring usage and occupancy data such as the number of people in a given room, how much time workers spend at their desks, and how frequently employees pass through spaces. With the right information at hand, companies can re-engineer under-utilized spaces to be more accommodating to the demands of employees.

Let’s say your office has three large conference rooms designed for 10 people with a large table and single projector. But those spaces are constantly booked by smaller groups of two to four people, and teams are regularly struggling to reserve a time. Motion sensor solutions for Offices let you know how many people are in a room at any given time and for how long. You can then use that information to determine that perhaps six smaller meeting rooms designed for up to four employees, all outfitted with AV equipment, is the solution.

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Typically, educational and healthcare facilities can be occupied up to 24 hours per day, thereby creating massive energy consumption and associated costs. The lighting solution provided in these areas should be bright, low maintenance, cost-effective and flicker-free, and most importantly, have a long life.

The most overlooked benefit of implementing smart sensor LED lighting is safety. A major consideration when it comes to lighting solution, is the emission of heat. Motion sensor LED bulb emit almost no forward heat, while traditional fluorescent bulbs convert up to 90% of their total energy, directly into heat.

Upgrading to a smart sensor lighting solution can provide you with up to 70% saving on your electricity costs, as well as playing a major role in decarbonization, plus drastically reducing your ongoing maintenance costs.

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Now that the old high-intensity discharge lights in many warehouses have been replaced by fluorescents and LEDs, facility managers are taking their energy-savings efforts to the next level and installing motion sensor solutions. You could have the most energy-efficient lights on the market, but if they are burning brightly in unoccupied areas, or in rooms fully lit by natural daylight, you are wasting energy and missing out on significant utility savings.

One of the most common types of controls is occupancy sensors, which turn lights on automatically when they detect motion and then turn them off when the area is vacated. Along the same lines, “vacancy sensors” require occupants to manually switch on the lights when they enter into the warehouse, but as soon as they leave, the lights automatically switch off.

Sensors detect occupants in several different ways. PIR sensors are designed to respond to infrared light radiating from a person (or any other heat-emitting source) in their line of sight. Ultrasound sensors produce low-intensity, inaudible sound and detect changes in sound waves caused by motion. Because they are not line-of-sight dependant, these sensors are useful in enclosed hallways and bathrooms with stalls.

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