Danfoss

An AI-powered partnership for a low-carbon future. We’re expanding our collaboration with Microsoft to accelerate the global transition to a more sustainable, energy-efficient world. By combining our expertise in decarbonization and energy-efficient technologies with Microsoft’s strengths in AI and Danfoss’ cloud innovation, we’re delivering scalable digital solutions that help industries — like food retail — significantly reduce their environmental footprint. Through Danfoss Climate Solutions Alsense® — a cloud-based platform powered by Microsoft technologies — supermarkets can reduce food waste by up to 30% and cut energy consumption on refrigeration by up to 15%. As Lars G. Andersen, General Manager of 12 stores in Coop i Danmark, puts it: “Alsense makes my grocery business more efficient. The 24/7 monitoring is our eyes and ears, it gives me peace of mind and saves the stores a lot of money by detecting and avoiding incidents before they grow into larger issues. It allows me to identify which store have refrigerant leaks. Without this solution, I couldn’t be running my Coop 365 shops efficiently.” Together, Danfoss and Microsoft are demonstrating how AI can be a real enabler of climate action — removing adoption barriers, accelerating innovation, and driving measurable impact. Read how we’re building a more sustainable future — together: https://bit.ly/3YfqPnM #EnergyEfficiency #AIForSustainability #DigitalTransformation #PartnershipForImpact

Industry accounts for a third of global energy consumption, making it one of the toughest sectors to decarbonize. At Danfoss, we believe industry plays a crucial role in fighting climate change. Our Nordborg headquarters reached CO2-neutrality in 2022, showcasing the real impact of competitive decarbonization. By optimizing energy use and reusing excess heat, we're paving the road for a sustainable future. By decarbonizing our own operations globally, Danfoss applies the same approach with its customers. It’s called: Reduce, reuse, re-source. Torben Christensen, our Chief Sustainability Officer & Head of Global Services, emphasizes, “Our three-step decarbonization approach has proven to be an effective roadmap for industry to decarbonize their growth quickly and cost-efficiently with our solutions readily available.” Check out the video to discover how we’re transforming our global operations and helping our customers do the same. Read the full story here: https://bit.ly/3ZjNG2s #Sustainability #CarbonNeutral #Decarbonization #EnergyEfficiency #CompetitiveDecarbonization

Competitive decarbonization is a powerful driver of future growth for our customers and partners. But to decarbonize effectively, sequence matters. The first and most crucial step is reducing energy demand, setting the foundation for a smarter, more sustainable transition. Firstly, we reduce energy waste by scaling energy-efficient technologies and increasing machine productivity. Secondly, we focus on reusing energy through energy recovery and sector coupling. And thirdly, we re-source green energy by replacing fossil fuels with renewable energy sources. Only in this sequence can we achieve rapid and cost-efficient decarbonization. We apply the same three-step approach: Reduce, Reuse, Re-source to decarbonize our own operations globally and this is done by using the same Danfoss technologies and solutions that we develop for our customers. Discover how we're decarbonizing our own operations globally to meet our goal of becoming CO2-neutral by 2030. https://lnkd.in/gqC88yrP #CompetitiveDecarbonization #Decarbonization #EnergyEfficiency

To enable a sustainable, cost-effective transition to net zero, it is essential that we massively accelerate the adoption of electrification and energy efficiency solutions. Danfoss Drives operates at the forefront of electrification and energy efficiency. Direct electrification lies at the heart of competitive decarbonization, shifting us away from burning fossil fuels towards renewable energy sources such as wind, water, and solar. This transition begins with advanced power modules from Semikron Danfoss, which convert and control the flow of power. These power modules are integral to a wide range of applications; and several innovative Danfoss products enabling decarbonization, such as compressors, inverters, and drives, rely on these power modules to maximize efficiency. Read more: https://bit.ly/42c6O2M #Decarbonization #CompetitiveDecarbonization #electrification #EnergyEfficiency

European competitiveness is waning and dependency on energy imports continues to burden the economy. Solving these challenges requires a new industrial strategy that utilizes and supports Europe’s leading edge in select clean technologies. We call it Competitive Decarbonization.   Our ‘Blueprint for competitive decarbonization of European industry’ outlines how to enhance energy security, drive technological innovation, and bolster competitiveness – in policy and in practice.   For example:  - By investing in energy efficiency, renewables, and electrification, the EU can reduce gas consumption by 27 billion cubic meters, which equals 80% of last year’s total gas imports from Russia. - Applying one technology alone - variable speed drives - we can save EU industry EUR 22.6 billion in electricity costs annually. These savings can fuel investments in research, innovation, and growth and many more technologies are available.   Industry doesn’t need to wait for policy; it can begin its transformation today with proven solutions. However, with a consistent, predictable vision for European industry, policymakers can accelerate adoption and place Europe at the forefront of both global markets and industrial decarbonization. Read how we move ahead – in policy and in practice: https://bit.ly/3FUD3M8 #CompetitiveDecarbonization #EuropeanCompetitiveness #EnergyEfficiency Mihai Scumpieru Rikke Melsen Judith Neijzen Sara Vad Sørensen Kasper Elbjørn Adam Jedrzejczak

Open 24/7, hospitals consume large amounts of energy, nearly three times the average commercial building. In 2024, Danish hospital Sygehus Sønderjylland partnered with Danfoss Climate Solutions, the local District Heating utility, and the local municipality to develop a retrofit solution for their outdated heating and cooling system. The hospital’s gas boilers were replaced by two highly efficient heat pumps, combined with heat recovery, to benefit from synergies between heating and cooling and ensure thermal comfort and cooling of the medical equipment. For Sygehus Sønderjylland, the hospital expects to reduce the amount of energy it purchases by 28,300 MWh each year. During surplus periods, the hospital will be able to supply 12,500 MWh of excess heat to the district heating grid, equal to an annual heat consumption of 740 Danish households. Read our case study to discover how Danfoss and Danish hospital is leading the way in decarbonizing healthcare. https://bit.ly/3FIkc74 #Decarbonization #CompetitiveDecarbonization #DistrictHeating #SustainableHeating #SustainableCooling #EnergyEfficiency

Water is humanity’s most precious resource. On World Water Day 2025, we join the industry in raising awareness of the ongoing global water crisis and the 2.2 billion people living without access to safe water. Every year, roughly 126 billion cubic meters of water are lost. Not only does this amount to nearly $40 billion of lost revenue annually but more importantly jeopardizes water access and harms human health and well-being. It also increases the energy consumption of water systems globally, as we produce and distribute far more water than we actually use. Many of the solutions already exist to reduce leakage rates, increase quality of water data, and lower energy consumption of water systems. These solutions must sit front and center in government plans to bolster water resilience and ensure safe and equitable water access for all. Learn more about the solutions here: https://bit.ly/36BrMiu #WorldWaterDay #WaterResilience #EnergyEfficiency #SustainableSolutions

We are at #ISH2025 – driving change and embracing new opportunities with our "Transition Forward" exhibition!    The global energy transition is accelerating, but more action is needed to reduce energy demand, integrate renewables, and recover wasted energy. At Danfoss, we are committed to turning these challenges into opportunities with energy-efficient solutions that empower industries, cities, and buildings to decarbonize.   We are showcasing innovative technologies that make carbon neutrality a reality — from industrial heat pumps and AI-powered optimization to district energy and smart heating solutions. By leveraging sector integration and waste heat recovery, we are shaping a more sustainable, efficient, and competitive future.   Join us in Hall 9.1, Booth C06 and explore how we can accelerate the green transition together.   Not attending in person? Stay updated on our latest innovations here: https://lnkd.in/ewwR6d6u #DanfossAtISH #TransitionForward #Decarbonization #EnergyEfficiency #SectorIntegration #HVAC #Sustainability

We want to become CO2 neutral in our global operations by 2030. And we use Danfoss technologies to decarbonize our global campuses. In the last eight years, we have managed to increase energy productivity by 53% and decrease CO2 emissions by 30% at our 87,000 sqm campus in Wuqing, China. We have done this by applying the Danfoss three-step approach. We call it: Reduce, reuse, re-source. Watch the video and read the full case story here to see how it works: https://bit.ly/43Pzn8n #Decarbonization #DecarbonizationExplained #DecarbonizingIndustry #CarbonNeutral #WeAreDanfoss

As raw materials become increasingly scarce and more costly to extract, keeping resources in circulation is crucial. Where resources are kept in circulation, waste and pollution are reduced. At Danfoss, our circularity ambition addresses our existing product portfolio and our new product development. We invest in circularity to be responsible for our own environmental impact and to maintain, and improve, our competitiveness. As part of the Circularity in Plastics (CIP) project, Danfoss and 16 industry leaders explored how to take responsibility for the end of life of products by testing take-back, disassembly, and recycling models. In Denmark alone, up to 500,000 thermostatic radiator valves (TRVs) are discarded yearly, highlighting the need for circular solutions. In 2024, we tested recycling options and launched a take-back pilot to reuse these materials in new products of the same high quality Danfoss is known for, but with significantly lower embodied emissions. At the CIP Conference held last month, we unveiled a TRV prototype made from recycled plastics, demonstrating how circularity can be applied in practice. While further development is needed before the recycled TRV reaches private homes, this innovation proves that circularity is possible when industry partners collaborate. Learn more about how we are designing our products towards a more circular economy, guided by the Danfoss Circularity Framework based on the principles of Rethink-Reduce-Recirculate. https://bit.ly/47jyTpB #CircularEconomy #Circularity #Sustainability #SustainableManufacturing