With the increase in the application of LED products in the indoor lighting market, how to develop more suitable lamps is the focus of many companies. In response, Prof. Xiao Hongqing of Taiwan University of Science and Technology put forward at the 2012 New Light Source & New Energy Forum. For a long time, LED development has overlooked some issues. That is, we have excessively pursued high light efficiency and forgot that indoor lighting requires low color temperature. The lighting brightness forgets the light distribution, wants to be intelligently controlled but forgets people's needs.
The primary concern of LED indoor lighting applications should be the color rendering index. Because no one wants to see someone's face look ghost in the room. Color temperature is also an important requirement and has a great influence on the display effect of products. In a boutique clothing store, clothes look beautiful without a low color temperature at high color temperatures. Color temperature can create an environmental effect that adds value to the product. LED lamps that can adjust the color temperature are absolutely dominant in the clothing store.
Key Points for Developing LED Indoor Lighting Applications
Secondly, the basic function of the luminaire itself is to provide an electrical connection to the light source, and in general, what the user is most concerned with is whether this lamp can illuminate the place we want it to illuminate and whether it makes us feel comfortable; however, For professional lighting designers, in addition to having to be familiar with the selection of various lamp bodies, lenses, and reflective systems, it is also necessary to understand the quality of light projected by the lamps according to the light distribution curve of the lamps, and to calculate the efficiency of the lamps and any point in the space. The illuminance value can also calculate the illuminance distribution in the spatial area. It is no exaggeration to say that the light distribution curve of a lamp is the lifeline of a lamp.
Finally, LED lighting should also pay attention to light pollution problems. The current living environment places great emphasis on the control of light intensity and the control of light flicker. Because there is a lot of lighting and advertising at night, it is too bright to affect people's sleep, and the flickering of lights will also affect traffic safety. The biggest fatal injury of ACLED is that the stroboflash problem cannot be solved, so I think that ACLED is only suitable for street lighting and outdoor lighting and is not suitable for indoor lighting. Unless you solve the strobe issue.
The primary concern of LED indoor lighting applications should be the color rendering index. Because no one wants to see someone's face look ghost in the room. Color temperature is also an important requirement and has a great influence on the display effect of products. In a boutique clothing store, clothes look beautiful without a low color temperature at high color temperatures. Color temperature can create an environmental effect that adds value to the product. LED lamps that can adjust the color temperature are absolutely dominant in the clothing store.
Key Points for Developing LED Indoor Lighting Applications
Secondly, the basic function of the luminaire itself is to provide an electrical connection to the light source, and in general, what the user is most concerned with is whether this lamp can illuminate the place we want it to illuminate and whether it makes us feel comfortable; however, For professional lighting designers, in addition to having to be familiar with the selection of various lamp bodies, lenses, and reflective systems, it is also necessary to understand the quality of light projected by the lamps according to the light distribution curve of the lamps, and to calculate the efficiency of the lamps and any point in the space. The illuminance value can also calculate the illuminance distribution in the spatial area. It is no exaggeration to say that the light distribution curve of a lamp is the lifeline of a lamp.
Finally, LED lighting should also pay attention to light pollution problems. The current living environment places great emphasis on the control of light intensity and the control of light flicker. Because there is a lot of lighting and advertising at night, it is too bright to affect people's sleep, and the flickering of lights will also affect traffic safety. The biggest fatal injury of ACLED is that the stroboflash problem cannot be solved, so I think that ACLED is only suitable for street lighting and outdoor lighting and is not suitable for indoor lighting. Unless you solve the strobe issue.
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