Among these elements, one that stands a critical role is 'luminous flux.' This measure of brightness, often overlooked, is integral to understanding and utilizing light effectively. We explain what illuminance you need per room or surface In the blogpost below.To appreciate the nuances of lighting design, it's essential to understand the various factors that affect how light interacts with space. It's important here that we see what we're doing to prevent accidents when we don't see what we're doing. Think of the kitchen countertop, for example. Some surfaces need to be illuminated better than others. Now that we understand the numbers behind the illuminance, we need to know how much Lux is enough to illuminate a certain area optimally. Lumen / m2 = Lux (illuminance) How much Lux do I need? In this case, we divide the number of lumens by the area it illuminates. If the same light of 1000 Lumen illuminates an area of 10m2, the illuminance is 100 Lux. There are 1000 Lumens shining within a square meter. If a light produces 1000 lumen and emits its light over 1m2, the illuminance is 1000 Lux. To ideally illuminate a room, you must therefore take into account the surface area of the room or surface area on which you want the light to shine. Lux is in fact the number of Lumen that falls on a square meter (m2). The amount of light that reaches a surface. So how do you find out how high the light intensity should be in your project? The illuminance of a surface is expressed in Lux. Now we know that the number of lumens of a light indicates how much light it produces and the higher the luminous flux is, the higher the light output is at the same wattage. A light with a higher Lumen per Watt will produce more light at the same output. So some lights are more efficient with their energy than others. For this reason, we refer to luminous flux as Lumen per watt (Lm/W). This indicates how efficiently the light converts power into light. This is called the Specific Luminous Flux or Luminous Efficiency. For example, a light with a power of 5 Watt can produce more light than a light bulb with a power of 6 Watt. Some lights are more efficient with the current they get than others. A light with a higher wattage usually gives more light than a light with a lower wattage. The power of a light source is measured in Watts. The number of lumens that a light emits is always related to the power of the light. Lumen and Power? (Luminous efficiency or Specific Luminous Flux) In short, the number of lumens indicates how much light a lamp can produce per unit of time. It indicates how bright a light is by measuring how much visible light it emits in all directions. With Lumen we indicate the light intensity, or light output, of a light. What is Lumen? (Luminous intensity or luminous flux) In this blog we explain what Lumen is, and how this value can best be interpreted. For a professional, this must be a familiar term. In the specifications we find the term 'Lumen' with a related value. At Ledpanelwholesale you will find product descriptions for each product with specifications for the respective product.
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