Manufacturing for the Clean Energy Transition: A Strategic Imperative for Europe’s Industrial Future

Over the past year, EFFRA’s Working Group on Manufacturing for the Clean Energy Transition has developed a White Paper that positions manufacturing as a central enabler of Europe’s energy transformation. Its core message is clear: advancing clean energy is not only a matter of deployment, but of industrial capability, making manufacturing a strategic lever for competitiveness, resilience, and technological sovereignty.

Europe’s energy system is undergoing a decisive shift. To meet climate neutrality targets for 2030 and 2050, the continent must accelerate electrification, reduce emissions, and scale up clean energy technologies. This transformation is expected not only to reshape the sustainability landscape, but also to strengthen Europe’s industrial base and global positioning.

At the heart of this transition lies a dual role for manufacturing. On one hand, it underpins the production of clean energy technologies; from renewable generation systems to the equipment required to fabricate them. This creates a unique opportunity for Europe to lead in emerging markets. However, despite an early technological advantage, European manufacturers are not currently leading globally in key clean technology sectors.

On the other hand, manufacturing itself is a major energy consumer. Industrial processes, along with the growing demand for digital infrastructure and IT services, contribute significantly to overall energy use. As a result, the sector must not only enable the energy transition, but also undergo a transformation in how it consumes and manages energy.

The Working Group identifies a critical need to redefine manufacturing through the lens of energy efficiency and sustainability. Digitalisation, smart grids, and AI-driven optimisation, combined with the integration of clean technologies, offer strong potential to transform industrial systems while maintaining economic performance. The challenge is to deploy these solutions at scale and integrate them into coherent industrial strategies.

The White Paper aligns its priorities with key European initiatives such as the Clean Industrial Deal and the Net Zero Industry Act, aiming to connect advanced manufacturing research and innovation with Europe’s clean energy ambitions. It highlights the need to close existing gaps, strengthen collaboration, and build a more coordinated industrial ecosystem.

A differentiated approach is required across technologies. For mature clean energy solutions, improving competitiveness is essential to secure or regain market position, through innovation, efficiency gains, and approaches such as remanufacturing that enhance value creation. For emerging technologies with lower maturity levels, Europe’s initial leadership is increasingly challenged by global competitors making large-scale investments. Rapid industrial scale-up is therefore critical, particularly in a future market that will be diverse, dynamic, and fragmented.

Looking ahead, manufacturing will operate within an increasingly complex energy landscape, characterised by fluctuating demand, multiple energy sources, and higher system interdependencies. Reducing industrial energy consumption will be key not only for sustainability, but also for competitiveness. In this context, digital technologies and clean energy integration are expected to play a decisive role.

The transition presents a broad set of challenges, scientific, technological, economic, and societal—that must be addressed in a coordinated manner. In the short term, priorities include mastering new manufacturing processes, developing specialised equipment, advancing automation, and deploying robust digital and data infrastructures. These are essential to enable scale-up, improve productivity, reduce costs, and optimise energy use. At the same time, remanufacturability, standardisation, and workforce upskilling are critical to ensure adoption and long-term resilience.

In the medium to long term, the ambition is to achieve net-zero manufacturing systems. This will require a fundamental redesign of factories, value chains, and industrial processes to optimise energy use and integrate clean energy sources as the primary power base. Cross-sector integration, alignment of European and national initiatives, and the active involvement of local communities and stakeholders will be key to ensuring successful and inclusive transformation.

Ultimately, the Working Group frames manufacturing as a cornerstone of Europe’s clean energy transition. Strengthening industrial capacity in this domain is not only essential for achieving climate goals, but also for securing economic leadership and strategic autonomy in a rapidly evolving global landscape.

This White Paper is intended for policymakers, industry leaders, research organisations, and stakeholders involved in shaping Europe’s industrial and energy future. Its message is grounded in implementation: the clean energy transition will depend on a manufacturing sector that is innovative, energy-efficient, and fully aligned with Europe’s long-term strategic objectives.

The full document can be downloaded here.