Over 70% of energy sector respondents believe that digital technologies are essential to the clean energy transition
Over 70% of energy sector respondents believe that digital technologies, particularly AI and grid software, are essential to the clean energy transition, according to new research conducted by Siemens. This technology supports the integration of renewables, transition to electrification, and optimisation of energy efficiency
The Siemens Infrastructure Transition Monitor 2025 surveyed 1,400 senior executives and found that 59% of energy industry leaders plan significant investments in autonomous systems for grids, and 68% see them as critical to reducing emissions. 72% of organisations in the sector state that AI will transform how their businesses operate over the next three years, and 74% said that AI is helping make critical infrastructure more resilient.
Respondents indicated the most likely outcomes from increased use of autonomous systems to manage power grids are decreased operating costs, greater energy efficiency, and improved reliability.
The 2025 study found significant progress on several important goals, including the phase-out of fossil fuels and the expansion of large-scale energy storage and renewable generation, compared with the 2023 Infrastructure Transition Monitor. There are, however, still opportunities for even greater progress.
58% of companies in the energy sector said uncertainty about future energy system design is delaying investment in clean energy technologies, and that while 65% agree that electrification is the most viable way to achieve net-zero energy systems, 73% report it is being held back by inadequate grid infrastructure.
Sabine Erlinghagen, CEO of Siemens Grid Software, said, "Outdated grid infrastructure poses a serious threat to the clean energy transition. By harnessing digital technologies to move towards autonomous grids, it is possible to boost grid capacity, ensuring its reliability and resilience. To that end, regulation must also keep pace with digitalisation and innovation, ensuring that our energy systems are equipped to meet the demands of a clean energy future."
