The decision to replace the LED technology in the luminaires is a strategic one and has been made at management level. In practice, this means that the majority of Fagerhult’s Indoor range will be equipped with new LEDs featuring the latest generation of Flip Chip technology. This change will improve efficiency and reduce energy consumption by 5–10 percent, depending on the luminaire model.
A small change with a big impact
“Successful sustainability efforts entail focusing on the right things. In all, 85 percent of Fagerhult’s total climate impact across the entire value chain – Scopes 1–3, in other words – comes from the energy consumption associated with the use of our products. If we can improve efficiency and reduce electricity consumption from a significant portion of our product range, this will have a major impact,” says Niclas Thulin.
Extended lifetime from 50,000 to 100,000 hours, with stable, high-quality light throughout.
“It’s always difficult to predict exactly how much a change will save, since there are many factors at play. But by using data from 2025 – how many luminaires we sold and to which markets – and assuming that they are used for an average of 50,000 hours without lighting control, we estimate potential savings of approximately 2,250 tonnes of CO₂e each year*.”
That is basically an entire forest:
“That’s roughly equivalent to the amount of carbon dioxide absorbed by 90,000 trees in a year**. As a result, this change could have a significant impact on both our own and our customers’ environmental efforts.”
A small LED upgrade can reduce emissions by approximately 2,250 tonnes of CO₂e per year – equivalent to the amount of carbon dioxide absorbed annually by 90,000 trees.
Doubling the operating time
The change also offers other sustainability benefits. The operating time of the luminaires is doubled from 50,000 hours to 100,000 hours. In the long run, this will entail a reduction in the consumption of resources such as raw materials and other materials. It will also provide financial benefits for our customers, who can make a secure and profitable investment in energy-efficient lighting with a longer working life. With this new technology, all luminaires will also have a Constant Light Output, providing stable, high-quality light throughout the luminaire’s working life. Put simply, good lighting ergonomics at work.
How it works
A small change that produces big results – what exactly makes the difference from a technical standpoint?
“Our approach involves replacing standard LEDs with the latest generation of Flip Chip technology. In simple terms, Flip Chip has a more advanced design in which electrodes and other contact surfaces are positioned in such a way that they do not block or affect the light output. Flip Chip LEDs are simply more energy-efficient and robust,” explains Niclas Thulin.
Luminaire models that already feature this type of LED will be upgraded to the latest generation of Flip Chip, as will all models that were previously equipped with standard LEDs.
A win-win for everyone
The cost of the upgrade will not be passed on to customers in the form of more expensive luminaires but will be financed through the logistical benefits that the change will bring.
Sustainability Manager Niclas Thulin regularly meets customers in Fagerhult’s Sustainability Hub —bringing to life how informed lighting choices can deliver both climate and cost savings.
“Larger purchase volumes and fewer item numbers mean we can offer these added benefits. Improved energy efficiency, a longer working life and better light quality, lower energy consumption and, above all, a significant contribution to the climate,” says Niclas Thulin.
“Here at Fagerhult, we are committed to fulfilling our social responsibility and offering solutions that can address both climate change and the challenges associated with future electricity supplies. In our opinion, our customers shouldn’t have to choose between affordability and sustainability when it’s possible to have both. It's a win-win for everyone.”
* Emission factors by country, based primarily on data from the Association of Issuing Bodies (AIB).
** Based on average carbon dioxide absorption according to Ecotree.
Related News
Fagerhult sets new industry standard: switching to the latest LED technology
Fagerhult is setting a new standard in the lighting industry and switching to the latest LED technology in its luminaires. One outcome of this is that the operating time is being doubled from 50,000 to 100,000 hours. “We want to make it easy for our customers to make the right choice, both for their wallet and for the environment,” says Marcus Fagerlind, Technical Manager for Smart Lighting at Fagerhult. Fagerhult is now taking the next step in the evolution of lighting technology. Going forward, the luminaires will be supplied with the latest generation of LEDs featuring Flip Chip technology. For our customers, this means lighting that offers higher energy efficiency, lower energy consumption and superior light quality – while also doubling the operating time. “Flipped” technology Flip Chip is a premium-segment LED chip that is based on proven technology. The thing that sets Flip Chip apart from standard LEDs is its design. Image gallery: LED-chips Section: Flip chip headline “An LED chip is made up of several different layers of material that determine the light’s wavelength and properties. A traditional standard chip is built like a cake with multiple layers, which the light shines up through from the bottom. Electrodes are attached at the top of the ‘cake’ and connected via gold or silver wires. Since these contact surfaces are located at the top, they also block some of the light, which affects the light output and, consequently, energy efficiency. These metal wires are also subjected to ‘stress’ in the event of temperature changes, making them a potential source of failure that can affect the working life of the LED chip,” explains Marcus Fagerlind: Marcus Fagerlind, Technical Manager for Smart Lighting at Fagerhult, at the Experience Centre in Habo, where lighting solutions are explored and demonstrated. In a Flip Chip, the cake is simply turned upside down, with all the contact surfaces at the bottom of the chip. This allows the light to flow freely, and the chip operates more efficiently without interference. Placing the contact surfaces at the bottom also helps avoid potential sources of failure in the connecting wires. As a result, the Flip Chip technology delivers a product that is both more efficient and more robust. Significant energy savings Equipped with the latest generation of Flip Chip LEDs, Fagerhult’s luminaires will increase energy efficiency by 5–10 percent, depending on their previous configuration.An efficiency improvement of this magnitude naturally has a significant impact on energy consumption and operating costs, but also on the system’s climate impact.“In an uncertain world, with energy crises following hot on the heels of each other, it has become even more important to accelerate the green transition – and to ensure that energy efficiency, economic considerations and environmental concerns go hand in hand. Every kilowatt-hour counts,” says Marcus Fagerlind.The operating time is also being extended – from 50,000 hours to 100,000 hours. A doubling of the working life, in other words, which makes Fagerhult’s luminaires a safe and profitable investment for the future. All upgraded luminaires will also have a constant light output, providing secure, stable, high-quality light throughout their working life. Extended lifetime from 50,000 to 100,000 hours, with stable, high-quality light throughout. New industry standard The switch from standard LEDs to Flip Chip covers the majority of Fagerhult’s Indoor range. Luminaire models that already feature Flip Chip will be upgraded to the latest generation of Flip Chip, as will all models that were previously equipped with standard LEDs. This change can improve the energy efficiency of the luminaires and reduce electricity consumption, meaning that with a small amount of effort, it is possible to achieve a very big impact.That sounds like a major change, doesn't it? “Absolutely,” says Marcus Fagerlind: “But this approach – daring to take the lead and make the tough decisions needed to bring about change – is very much part of Fagerhult’s DNA. We have never compromised between ergonomics and energy efficiency, choosing instead to drive our innovation efforts to find new solutions. This is an obvious step we have to take, not least for the sake of the climate. We want to take our share of the responsibility. This ought to be the industry standard.” Platinan in Gothenburg features 12,800 luminaires in one of Fagerhult’s largest innovation projects - demonstrating how the latest LED chip technology supports improved light quality and energy efficiency. Does this mean that the luminaires will become more expensive?“That’s exactly the point. We don’t want our customers to have to choose between what’s good and what’s actually even better. We also don’t think they should have to choose between strong finances and climate considerations. The cost of the upgrade will not be passed on to customers in the form of more expensive luminaires, but will be financed through the logistical benefits that the change will bring. With our pricing model, our customers gain access to the latest technology – at the same price as before.”
When material matters – Wrapped adds a new view on sustainable lighting
In a world where every gram of material and every gram of carbon dioxide counts, Wrapped emerges not just as a luminaire – but as a statement. It’s Fagerhult’s most sustainable pendant to date, and it didn’t happen by accident. Every detail, every decision, every material was chosen with intention. Sustainability often starts with a simple question: What is it made of? For Wrapped, the answer is a trio of materials that each carries its own environmental story. Solid board: a familiar friend At Fagerhult, we first met Solid board in 2021 with Multilume Re:Think. But for Wrapped, we’ve taken it further. The material consists of a three-layer construction featuring a 100% recycled core, a renewable FSC-certified top layer, and a thin protective plastic film. All in all, a material that’s 65% recycled – and a 89% reduction in CO₂ emissions compared to virgin extruded aluminium. Image gallery: Solid board Wrapped is made of organic Solid board, recycled aluminium and post-consumer recycled plastic. Reimagining plastic Plastic is often a hot topic in sustainability conversations. But not all plastic is created equal. Wrapped uses post-consumer recycled plastic: the kind that has lived a life before, perhaps as a shampoo bottle or food container. Pre-consumer plastic, on the other hand, is different as it never made it to the shelf. Quote: Josefin Carlsson Aluminium with a past Inside Wrapped, two structural components are made from 75% post-consumer recycled aluminium. This material is also part of a circular infrastructure – and may even have been part of a Notor luminaire once. Compared to virgin aluminium, this choice reduces emissions by 64%. Designing with less - built to last However, sustainability isn’t just about what you use – it’s about how much. At just 900 mm, Wrapped is shorter than a conventional 1200 mm pendant. That reduction in size alone cuts the climate impact by 25%, without compromising the luminaire’s lighting performance. Josefin Carlsson compares the climate impact of products in Fagerhult's Experience Centre in Habo. To understand the impact of Wrapped, it helps to look at where we started. In 2021, Notor 65 – made from virgin aluminium – had a climate impact of 34 kg CO₂e. By 2024, with 75% recycled aluminium, that number was reduced to 25 kg CO₂e. Today, Wrapped comes in at just around 12 kg CO₂e. “That’s a third of the original Notor 65, and half of the current version, and a quiet revolution, measured in kilograms of CO₂e,” says Josefin Carlsson. After its long life – estimated at 100,000 hours – Wrapped is ready for an equally sustainable exit. Its design makes it easy to disassemble, with each material being recyclable and prepared for its next chapter in the circular economy.