Our latest Impact paper outlines the opportunities to leverage data centers to strengthen global energy systems.
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The potential of the water-energy nexus: Tapping into efficiency
The Impact paper emphasizes the critical importance of seeing water and energy as interdependent resources.
Competitive decarbonization: Powering the industries of tomorrow
The Impact paper provides a clear guide on how companies can strengthen their competitive advantage through decarbonization, electrification, and energy efficiency.
Special Issue:
Blueprint for competitive decarbonization of European industry: In practice and policy
Green hydrogen: A critical balancing act
Green hydrogen will play a critical role in the transition away from fossil fuels and in decarbonizing hard-to-abate sectors, such as long-distance shipping, and international aviation.
Energy efficiency 2.0: Engineering the future energy system
Energy efficiency, electrification, demand-side flexibility, conversion, storage, and sector integration are integral for a future energy system enabling an energy grid powered by renewables.
Roadmap for decarbonizing cities
Our roadmap for decarbonizing cities outlines the technologies available to meet global climate goals and accelerate the green transition.
The neglected demand side of the green equation
Danfoss highlights the urgent action to address the growing demand for energy.
The greenest energy is the energy we don’t use
Learn about tangible examples demonstrating the value of early action on energy efficiency.
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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%.
