The Swiss Power-to-X Collaborative Innovation Network (SPIN) and Powerloop have entered into a mutual membership agreement, reinforcing collaboration within Switzerland’s growing Power-to-X ecosystem.Both organisations share a clear objective: advancing a sustainable energy system through sector coupling, renewable energy integration, and the development of renewable synthetic fuels. By joining forces, SPIN and Powerloop aim to accelerate knowledge exchange, strengthen networks across industry and academia, and support enabling development-friendly frameworks for Power-to-X technologies.
A Shared Vision for Sustainable Energy
Power-to-X refers to technologies that convert renewable electricity into energy carriers such as hydrogen, synthetic fuels, or other renewable molecules. These solutions are particularly relevant for sectors that are difficult to electrify directly, including aviation, shipping, and certain industrial processes, Power-to-X refers to technologies that convert renewable electricity into energy carriers such as hydrogen, synthetic fuels, or other renewable molecules. These solutions are particularly relevant for sectors that are difficult to electrify directly, including aviation, shipping, and certain industrial processes, as well as for seasonal balancing or efficient peak load management. The Swiss Power-to-X Collaborative Innovation Network (SPIN) and Powerloop have entered into a mutual membership agreement, reinforcing collaboration within Switzerland’s growing Power-to-X ecosystem.Both organisations share a clear objective: advancing a sustainable energy system through sector coupling, renewable energy integration, and the development of renewable synthetic fuels. By joining forces, SPIN and Powerloop aim to accelerate knowledge exchange, strengthen networks across industry and academia, and support enabling development-friendly frameworks for Power-to-X technologies.
Strengthening Sector Coupling in Switzerland
Sector coupling is a key pillar of the energy transition. By linking electricity, mobility, heat, and industry, Power-to-X solutions enable renewable electricity to be stored, transported, and used across multiple sectors.Switzerland’s energy landscape shows investments in hydrogen infrastructure, renewable fuels, and integrated energy systems. Closer cooperation between networks such as SPIN and Powerloop contributes to a more coordinated and innovation-driven approach.The partnership also supports the broader objective of creating stable framework conditions for investment in renewable synthetic fuels and related technologies.
Building Momentum for Renewable Synthetic Fuels
Renewable synthetic fuels, produced via Power-to-X processes, can contribute to defossilizing transport, energy supplyand industry while leveraging existing infrastructure. Their role is particularly significant in aviation and long-distance transport, where alternatives are limited. The same applies to seasonal balancing in the electricity supply and efficient peak load solutions.By strengthening collaboration, SPIN and Powerloop underline the importance of technology neutrality, system integration, and long-term investment security in the transition to a sustainable energy future.The mutual membership marks another step toward a resilient, interconnected Swiss Power-to-X ecosystem — built on cooperation, innovation, and shared commitment.SPIN brings together stakeholders across the entire Power-to-X value chain, from research institutions and project developers to industry partners and policymakers. Powerloop focuses on fostering innovative energy solutions and promoting collaboration in the transition towards a renewable and circular energy economy.Through their mutual membership, both organisations expand their respective networks and create new opportunities for joint initiatives, events, and strategic dialogue. This is further reinforced by the fact that SPIN co-managing director Peter Metzinger is already a member of the Powerloop board.