Industrial technology leader SKF has reinforced its commitment to sustainable industrial growth by unveiling a range of advanced technologies and solutions aimed at helping industries bridge the energy efficiency gap. The announcement came during the company’s annual virtual Tech & Innovation Summit 2026, which brought together industry experts, customers, and technology leaders to explore practical ways of improving operational performance while reducing energy consumption.
Held under the theme “Closing the Energy Efficiency Gap,” the summit highlighted how industrial organizations can transform energy-efficiency ambitions into measurable business outcomes. As industries worldwide accelerate electrification, digitalization, and the expansion of energy-intensive infrastructure, the demand for technologies that reduce energy losses and enhance productivity has become increasingly critical.
SKF showcased a portfolio of solutions designed to improve energy efficiency, reliability, and uptime across a broad range of applications. The technologies presented addressed challenges faced by sectors such as data centres, industrial electric motors, mining, metals, pulp and paper, and other heavy industries. According to the company, reducing friction and optimizing rotating equipment performance remain among the most effective ways to lower industrial energy consumption while improving operational reliability.
One of the key highlights of the summit was SKF’s focus on advanced bearing technologies that can significantly reduce energy losses in industrial equipment. The company demonstrated how hybrid ceramic bearings can enhance the efficiency of electric motors by minimizing friction and supporting smoother operation. As electric motors account for a substantial share of industrial electricity usage worldwide, even small efficiency improvements can translate into considerable energy savings over time.
Another major area of focus was the growing data centre industry, where cooling systems consume significant amounts of energy. SKF presented its magnetic bearing technology for chiller compressors, illustrating how innovative bearing solutions can contribute to more efficient thermal management and reduced power consumption in modern data centre environments.
Beyond products, SKF emphasized the role of digital technologies and condition monitoring solutions in achieving energy efficiency goals. By leveraging real-time operational data, predictive maintenance tools, and intelligent monitoring systems, industrial operators can identify inefficiencies early, reduce unplanned downtime, and optimize equipment performance throughout its lifecycle. This approach aligns with SKF’s broader strategy of combining engineering expertise with digital innovation to create measurable customer value.
Speaking at the event, SKF leadership highlighted the growing pressure on industries to improve performance while simultaneously reducing energy consumption and environmental impact. The company reiterated that sustainable growth depends on the ability of manufacturers to convert efficiency targets into tangible operational improvements. SKF’s solutions are designed to help customers lower energy losses, simplify maintenance activities, increase equipment reliability, and strengthen overall competitiveness.
The summit also reflected SKF’s broader sustainability agenda, which includes investments in digital reliability solutions, energy-efficient technologies, and decarbonization initiatives across its global operations. Through continued innovation and close collaboration with customers, SKF aims to support industries in achieving both productivity and sustainability objectives.
As energy costs continue to rise and environmental regulations become more stringent, SKF’s latest innovations demonstrate how advanced engineering can play a pivotal role in helping industries operate more efficiently, sustainably, and competitively in the years ahead.
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www.skf.com
