Recently, the UK Department of Environment, Food and Rural Affairs published a research report assessing the impact of the life cycle sustainability of residential lighting products based on ultra-efficient lighting technology.
For the first time, this study clearly points to the life cycle environmental benefits of LED lighting, especially for dedicated LED luminaires. The report believes that various performance improvements will be achieved by 2014, when LED products will have a minor impact on all phases of their life cycle, including manufacturing, transportation, applications and waste disposal.
The report analyzes four different ultra-efficient lighting (U EL ) technologies:
1. LED lamp with integral ballast (aka: replacement lamp) 2. Dedicated LED lamp 3. Ceramic metal halide lamp 4.T5 straight tube type fluorescent lamp Compared with some lamps, some lamps are in accordance with the established technology. Such as compact fluorescent lamps (CFL) and incandescent lamps.
The research report predicts that in recent years, the improvement ratio of LED in energy efficiency and light source quality will continue to increase in the next five years, and the luminous efficacy of lamps may exceed 100lm/W.
The results of the study show that efforts to promote the development of viable LED lighting solutions will further reduce the impact on residential lighting, and residential lighting has begun to plan to phase out incandescent lamps. In particular, special LED luminaires, due to their unique design, prove that they have the least impact on all luminaires.
The study also shows that, as far as the current situation is concerned, although the market is not yet ready for domestic applications, LED lighting fixtures have significant potential benefits compared to compact fluorescent lamps (CFLs) because compact fluorescent lamps contain mercury. And the service life is relatively short.
In addition, the report describes a series of actions taken by the government and other measures that can be considered (for EU regulations) to maximize the potential overall environmental benefits associated with ultra-efficient lighting technologies.
For the first time, this study clearly points to the life cycle environmental benefits of LED lighting, especially for dedicated LED luminaires. The report believes that various performance improvements will be achieved by 2014, when LED products will have a minor impact on all phases of their life cycle, including manufacturing, transportation, applications and waste disposal.
The report analyzes four different ultra-efficient lighting (U EL ) technologies:
1. LED lamp with integral ballast (aka: replacement lamp) 2. Dedicated LED lamp 3. Ceramic metal halide lamp 4.T5 straight tube type fluorescent lamp Compared with some lamps, some lamps are in accordance with the established technology. Such as compact fluorescent lamps (CFL) and incandescent lamps.
The research report predicts that in recent years, the improvement ratio of LED in energy efficiency and light source quality will continue to increase in the next five years, and the luminous efficacy of lamps may exceed 100lm/W.
The results of the study show that efforts to promote the development of viable LED lighting solutions will further reduce the impact on residential lighting, and residential lighting has begun to plan to phase out incandescent lamps. In particular, special LED luminaires, due to their unique design, prove that they have the least impact on all luminaires.
The study also shows that, as far as the current situation is concerned, although the market is not yet ready for domestic applications, LED lighting fixtures have significant potential benefits compared to compact fluorescent lamps (CFLs) because compact fluorescent lamps contain mercury. And the service life is relatively short.
In addition, the report describes a series of actions taken by the government and other measures that can be considered (for EU regulations) to maximize the potential overall environmental benefits associated with ultra-efficient lighting technologies.
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