The science is clear: the last decade has been warmer than any decade in the past 125,000 years.
At the same time, we are in an energy crisis with soaring prices and an urgent need for countries to strengthen energy security. The good news is that it is not too late to take action.
We provide a clear guide for companies to strengthen their competitive advantage through decarbonization, demonstrating how a political framework can accelerate the transition and help meet the Paris Agreement goals. The solutions are available now, and many technologies have short payback times. Using our energy more intelligently will enable faster, more affordable CO₂ reductions.
Energy efficiency must take center stage and work in harmony with the build-out of renewables to meet our climate goals, ensure energy security, boost the economy, and transform the way energy is governed and consumed.
Digitalization will both strengthen and challenge the future energy system. Maximizing the energy-saving benefits requires minimizing the negative environmental impact through highly efficient data infrastructure.
Urbanization is driving global population growth in cities. Discover how energy efficiency and smart solutions can help decarbonize cities and combat climate change.
Electrification is key to lowering fossil energy consumption and accelerating the build-out of renewables. A fully electrified system can reduce final energy consumption by up to 40%.
Creating smart energy systems that optimize the synergy between how to produce and use energy can help us reach our decarbonization goals.
The mutual dependence of energy and water and the increasing global demand for each has an enormous impact on economic growth, environmental sustainability, and our future.
Our reports and analyses provide evidence-backed insights on reducing energy demand, accelerating the green transition, and leveraging existing technologies to replace fossil fuels.
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We use our Danfoss technologies to decarbonize our global campuses – demonstrating the impact of competitive decarbonization. This is how we walk the talk at our campus in Chennai, India.
Gulpener Brewery in the Netherlands aims to be carbon-neutral by 2030. As part of this goal, the local installer, Servex, has recently electrified Gulpener’s process heating system, using Danfoss components, including Bock compressors, for higher-temperature heat pumps.
Industry accounts for one-third of global energy consumption and remains one of the most difficult sectors to decarbonize. Industry has a unique role to play in the battle against climate change. Danfoss uses its own technologies to decarbonize its global campuses – demonstrating the impact of competitive decarbonization.
Global megatrends continue to create significant opportunities for Danfoss.
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There is no time to wait, we need to act now and many of the solutions are already in our hands.
In our Decarbonization Explained series, we collaborate with industry experts, partners, and customers to share best practices for accelerating decarbonization across various sectors.
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Competitive decarbonization refers to the strategic approach businesses and industries take to reduce their carbon footprint while simultaneously gaining a competitive advantage in the market. This involves implementing innovative technologies, processes, and practices that not only contribute to environmental sustainability but also enhance business performance, reduce costs, and meet consumer demand for greener products.