NTT DATA identifies operational efficiency and AI as the new engines of innovation in the energy sector
A new Energy Trends study reveals how organizations are reshaping their priorities and culture as the energy transition accelerates, regulatory pressure mounts, and technological change accelerates across the board.
NTT DATA, a global leader in AI, digital business, and technology services, has published its Energy Trends study — a comprehensive analysis of how energy companies are rethinking their technological, operational, and market boundaries. The analysis examines a sector navigating the shift toward more sustainable business models, intensifying regulatory demands, geopolitical uncertainty, and accelerating technological change. In this environment, innovation is no longer a standalone initiative — it has become a strategic architecture that integrates decisions, organizational structures, capabilities, and ecosystem relationships, defining each company's competitive position within the sector.
The report notes that digital transformation can no longer be deferred or treated as a loose collection of disconnected pilot programs. It must serve as a structural enabler of the energy business. The emphasis is shifting toward innovation with purpose — modernizing infrastructure, leveraging data to sharpen decision-making, and scaling advanced technologies like AI to streamline critical processes across the value chain, unlock operational efficiencies, and deliver sustainable impact that reaches far beyond the next quarter.
Innovation in the energy sector demands informed risk-taking, the ability to identify opportunities beyond the core business, active collaboration with ecosystem partners, and the internal capabilities to scale quickly — all while keeping near-term results in balance with longer-range strategic commitments.
The study identifies ten structural challenges that shape how well innovation models perform. The top challenge — cited by 21% of companies — is finding the right equilibrium between team autonomy and overarching business priorities. Measuring innovation's strategic impact and establishing innovation as a true strategic driver each follow at 14%, with scaling beyond the pilot stage cited by 7% of respondents.
The remaining challenges include evolving how companies engage with startups, anticipating and steering innovation through rapidly shifting conditions, and knowing when to lead on technology adoption. Companies must also strike the right balance between incremental improvements and more ambitious disruptive initiatives. Equally important are cultivating a culture that genuinely drives innovation forward and deciding what to build in-house versus what to develop through external partnerships
NTT DATA's Energy Trends report introduces an innovation framework built around five pillars — strategy, structure, culture, metrics, and ecosystem. The model is built on a clear premise — innovation must be aligned with business goals, backed by the organization, measured by real-world impact, and embedded within a growing external ecosystem. The framework gives companies a realistic assessment of where they stand today and what it will take to make innovation a genuine competitive and sustainability engine.
The report also traces five maturity levels observed across the sector. At the starting point sits the emergent and reactive stage — ad hoc innovation with no structure or strategic direction. Next comes functional and emerging, where a basic unit exists with early processes still tightly dependent on the broader business. The aligned and integrated stage sees innovation connected to strategy, though without meaningful autonomy. Autonomous and strategic represents a more advanced evolution of that model. At the top sits the orchestrator and systematic influencer stage — organizations that lead their ecosystems and scale solutions with broad, measurable impact.
Regarding startup investment, the sector is shifting toward technologies that can accelerate decarbonization without compromising industrial scale. Technologies aligned with that goal now account for more than 35% of total investment. At the same time, companies are diversifying into cross-functional capabilities and new service areas, with meaningful commitments flowing into hydrogen, carbon capture and storage, synthetic fuels, biofuels, and industrial digitalization. These decisions are not purely environmentally motivated — they reflect a strategic search for durable competitive advantages, new value chains, and greater resilience against regulatory and geopolitical risk. The result is a more balanced portfolio where innovation and scalability advance together.
"The energy sector is going through a fundamental transformation — one that demands a truly integrated approach. Technology, people, and sustainability must advance in a coordinated way to generate real, lasting impact," said Héctor Pinar, Global Head of Energy & Utilities at NTT DATA. "Embracing new technologies takes more than investment. It requires an organizational culture that integrates innovation, data, and sustainability as part of the business DNA," Pinar added.
The study underscores the value of comprehensive, sector-specific analysis in an increasingly complex environment. NTT DATA further reinforces its position as a strategic partner to energy organizations worldwide — helping them define and execute strategies that combine technological innovation, operational efficiency, and a clear long-term vision."