The PATHFNDR Machine

The PATHFNDR project consist of ten work packages (WPs). Six WPs deal with research and development (WP 1, 2, 3, 6, 7, 10), two with pilot and demonstration projects (WP 4, 5), and two with project management (WP 8, 9). In addition, PATHFNDR works closely with CROSS, a platform that facilitates collaboration between SWEET consortia on scenarios, tools/models, and data.

Work package 1 quantifies large-scale energy pathways for Switzerland, which are embedded in its European context. The WP is led by Stefan Pfenninger (TU Delft). 

Work package 2 assess the energy pathways at local-scale uses cases (i.e., cities, villages, districts, site, networks). The WP is led by Turhan Demiray (ETH Zurich) and Adamantios Marinakis (ETH Zurich).

Work package 3 analyses technologies from multiple energy sectors (e.g., thermal, electrical and gas). The WP is led by Massimo Fiorentini (Empa) and Philipp Heer (Empa).

Work package 4 implements pilot and demonstration projects to test market designs. The WP is led by Christian Winzer (ZHAW) and Ingmar Schlecht (ZHAW).

Work package 5 implements pilot and demonstration projects to test technologies. The WP is led by Philipp Heer (Empa) and Kristina Orehounig (Empa).

Work package 6 identifies disruptions and business interests as well as strategies to address them. The WP is led by Lucas Miehé (ETH Zurich), Christof Knoeri (ETH Zurich) and Jochen Markard (ZHAW).

Work package 7 analyses political feasibility, public acceptance, and effects of policies in Switzerland. The WP is led by Anthony Patt (ETH Zurich) and Christian Moretti (ETH Zurich). 

Work package 8 and 9 manages the project activities and results, and transfers the knowledge and technology to the various stakeholders. The WP is led by Christian Schaffner (ETH Zurich) and Lea Ruefenacht (ETH Zurich).

Work package 10 coordinates the scenarios as well as integration and synthesis of research results. The WP is led by Andre Bardow (ETH Zurich) and  Christian Schaffner (ETH Zurich).

© 2021 SWEET PATHFNDR Project