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Showing posts with the label real presence sensor

What is Daylight Harvesting and How Does It Work?

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  Introduction As the world shifts towards smarter and greener solutions, lighting technologies are evolving to reduce energy waste and carbon emissions. One such innovation gaining popularity in sustainable building design is daylight harvesting — a technique that uses natural sunlight to reduce reliance on artificial lighting. At  TRUEiSENSE , we believe that intelligent lighting systems can make a significant difference in energy consumption and environmental impact. That’s why we integrate smart sensors and lighting controls to create efficient, automated spaces. In this blog, we’ll explore what daylight harvesting is, how it works, and how it fits into the broader movement toward sustainable living. Zoom image will be displayed Understanding Daylight Harvesting Daylight harvesting is a lighting control strategy that automatically adjusts artificial light levels based on the amount of natural daylight available in a space. The goal is simple: maximise the use of natural su...

How Motion Sensor Lights Can Cut Your Power Bill by 90%

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Are you tired of high electricity bills and wasted energy? It’s time to make a smarter switch. At OCTIOT, we believe that saving electricity shouldn’t be hard — it should be automatic. Our smart  motion sensor lights  are designed to dramatically reduce your power consumption, in some cases by up to 90%. Whether you’re lighting your home, office, parking lot, or warehouse, sensor-based lighting can cut unnecessary usage and make your spaces more efficient. Here’s how our  smart lighting solutions  are changing the way India saves power — one sensor at a time. Zoom image will be displayed The Power of Smart Lighting Traditional lighting systems stay on until someone remembers to turn them off. In high-traffic areas or shared spaces, lights are often left running for hours unnecessarily. That’s where motion sensor lights come in. OCTIOT’s  motion sensor lighting  systems automatically detect movement and switch on only when needed. When no presence is detecte...