![]() Weight: The lighter a product, the easier it is to produce, transport, install, repair, and generally work with.PCB (printed circuit board): It’s especially important to look at the design of a LED luminaire’s printed circuit board, which contains the majority of its electrical equipment.At Signify, we ensure full compliance with EU RoHS and REACH, which indicate restrictions for hazardous substances. Reusable parts: It’s possible to recycle or re-use certain components when a product reaches its end of life.Using applications like the Philips Service tag, you can order individual spare parts for products and identify why a luminaire failed, thereby making maintenance operations more efficient. It improves product serviceability: Instead of purchasing new hardware, you might be able to replace merely one component part, thus boosting product lifetime. They’re easier to disassemble, and it’s easier to recycle and re-use their individual components.īut modularity helps even before the end-of-life stage. Modularity: Modular products are easier to deal with at the end-of-life stage.This means that Signify takes full responsibility for the management and maintenance of lighting hardware throughout its lifetime, as well as for end-of-life management. To maximally extend the lifetimes of our luminaires, we at Signify can offer a so-called Circular lighting service contract when supplying our products-essentially a light as a service (LaaS) offering. But it’s also important to assess whether the product will deliver consistent performance during that extended lifetime. Lifetime: The longer a product’s lifetime, the longer its use phase will be.As a general design guideline, we commit to providing at least 10 percent more efficiency than EU EE Class A requires. At Signify, we aim to deliver the highest possible LED luminaire efficiency. Exterior applications typically have higher efficiency requirements. Efficiency value benchmarks vary by application. Efficiency: More efficient LED luminaires-that is, those with higher lm/W values-are the ones to use.An LCA study will also determine a product’s impact-on the ozone layer, in terms of its tendency towards photo-chemical oxidation, and in terms of its fossil fuel use, among other things. In the case of LED lighting hardware, LCA studies typically measure a product’s carbon footprint, to determine what role it will play in climate change. What EPDs do for lighting-and what they measureĪ growing trend is evident in the lighting business: End-users, like municipalities launching public street-lighting projects and private real estate companies installing lighting in their buildings, have increasingly started requesting Life-Cycle Assessment Studies and EPDs. By offering insights into how a manufacturer can make a product greener, after all, an LCA study can also offer insights into how to make it better. But issuing an EPD can also improve a company’s product. ![]() In general, manufacturers have seized on the EPD to confirm their good work in sustainability. National and international associations and programs, like France’s EcoPassport system for related technologies like heating, electricity, and lighting, are also boosting awareness of EPDs. The goal here is both transparency and inter-applicability, making it possible to use EPDs in different industry sectors or countries and improving comparability, the ability to make apple-to-apple comparisons among products in the same category. Recent years have also seen attempts to standardize Life-Cycle Assessment Studies and EPDs. Indeed, the EPD has become an internationally accepted way of assessing and communicating environmental impact in B2B interactions. Recent years have seen a spike in the number of EPDs issued by companies. An EPD is essentially a verified version of what’s known as a Life-Cycle Assessment (LCA) of the product-a document that analyzes the product’s lifetime environmental impacts. In addition, an EPD indicates what environmental impact a product will have once it reaches the end of its life, at which point it might be recycled, added to a landfill, or even reused. An EPD: Offering sustainability informationĮPDs are documents that provide information about a number of different environmental indicators relating to a product over its complete lifecycle: what its carbon footprint is how much energy it uses to what extent it contributes to air pollution what in the way of resources are consumed during its production, transport, and use and so on.
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