Reason #1: Sustainable Energy Efficiency – PIR sensors reduce operational costs and extend the life of equipment by simply turning devices off when no one is present. Operational costs can be reduced in some instances by over 50%. Reason #2: Acceptable Payback Periods – Versatile control via PIR sensors of both lighting and ventilation provides faster payback of the capital investment, managing both lighting demand and air quality. Additionally, total electrical loads of ventilation are commonly much higher than lighting, greater reductions in power use can be realized with minimal additional capital outlay. Reason #3: Improving Life Quality - Many educational facilities feature multi-use spaces. PIR sensors can allow for multiple scenes to be created for each room, ensuring the light always suits the changing tasks. Whether the need is just manual dimming of lighting; automated scenes to suit each task; enabling colour changes of lighting to match the task at hand; or even managing Human Centric Lighting curves engineered specifically to aid education facilities and their occupants. With the correct PIR sensors applied, anything is possible. Speak with SIMX, the experts in demand-driven automation, and exclusive New Zealand distributors of ESYLUX. They can guide you on best practice in selection and application to substantially improve your client outcomes. SIMPLIFYING COMPLEXITY https://www.esylux.com/innovations/demand-driven-automation