Light Carbon in Sustainable Ecosystem

In an era marked by escalating temperatures and increasing sea levels, the effects of global warming and climate change have become undeniable. Among many comes light, something so mechanical yet intuitive. In between the mesmerizing hues of dusk and dawn, lies the real need of artificial lighting. From city streets to commercial hubs, the seamless integration of light and proper lighting design is essential for functionality.

Notably, our carbon footprint, of which electricity comprises roughly half, underscores the significance of efficient lighting design, especially within buildings where it constitutes a substantial quarter. Without crucial lifestyle changes in lighting design, these challenges are poised to persist and intensify. Sustainable lighting design allows you to take serious actions in reducing your carbon footprint.

If we want to give a small but efficient example of lighting design for sustainability; we can simply say LEDs!? Lighting carbon emissions have reduced by half over a decade given the widespread usage of LEDs. However, despite all these efforts, they seem to have fallen short in light of the current climate crisis.

Governments and organisations have been trying smart solutions when it comes to lighting design, as sustainability moved up on their agenda. However, when a mayor in a European city ordered turning off street lights after midnight to save energy, the chaos by residents finally caused the order to be reversed. In the end, such measures have served nothing but question the competence of authorities.

What Can Be Done in Lighting Design for Sustainability?

The popularity of smart lighting systems in terms of energy efficient lighting design has been growing for years, but only a few examples are available to illustrate their utility. Technical incompetence or economic challenges with unjustified returns on investments may be the primary reasons behind this. However, if we change our priorities, we can take a significant step against waste of energy.

In this sense, prioritizing human centric light planning is not only a serious action but also can be a stepping stone toward carbon neutral Europe by 2050. Starting with light planning for space function, its user and architecture, the wasteful flooding of lights in grid ceilings for the obsession of lux (lust) level can be avoided. Blending daylight in light planning further improves the efficiency. Regarding lighting design for outdoor, simplistic occupancy controllers can significantly reduce municipal light bills by up to 80% further with a big boost to reduction in carbon emissions. There are a number of cost-effective sustainable lighting design solutions with good return-on-investment, waiting for the action to improve the health of our planet.

Easy Transformation to the Greener Future

Standing at the quarter of the 21st century, fired by passion and driven by innovation, we may end up with the finest technologies available out there regarding lighting design. Be that as it may, smart groups of individuals are still required to materialise the best of all ideas. As lighting consultants, we've come a long way, yet the question still remains: “Is our approach towards creating energy efficient lighting design good enough? “It's a question that reverberates with the essence of progress and responsibility.

As Kaash Light Engineers, we are here to answer this question. If you want to transform your lighting design and upgrade your lighting with %50 savings, book a free light audit now for a radiant and greener tomorrow.

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