2.1 Comparative Pilot Configuration: Campus Microgrid versus Community Node
Implementing decentralized green hydrogen pilot infrastructure in northern Patagonia requires selecting an institutional campus configuration over an unmanaged municipal node as the initial deployment baseline. This practical decision addresses the acute territorial frictions and hydro-social controversies documented across the Neuquén basin. As research on hydrocarbon expansion in Vaca Muerta demonstrates, regional energy projects generate spatial conflicts between industrial operations and traditional land uses, particularly affecting Mapuche communities such as Lof Kaxipayiñ and Lof Fvta Xayen ("Vaca Muerta como territorio(s) en fricción," 2024). Furthermore, regional energy infrastructure projects encounter significant scrutiny from socio-environmental assemblies mobilized around watershed protection, community autonomy, and hydro-social consciousness ("Hydro-Social Becomings," 2024). Establishing the pilot within an institutional campus fulfills key criteria regarding operational risk mitigation, technical oversight, and transparent resource accounting. Campus infrastructure provides a controlled testing perimeter where water inputs, electrolyzer efficiencies, and hydrogen storage safety are continuously monitored by multidisciplinary technical teams. In practice, this pilot configuration applies closed-loop water management systems to prevent localized resource depletion, while generating transparent baseline data for regional energy planners. Developing technical workflows within an established research campus enables project managers to validate safety protocols, refine environmental safeguards, and formulate collaborative community engagement frameworks before expanding physical facilities into municipal jurisdictions. Consequently, the campus pilot serves as a risk-mitigated stepping stone that harmonizes clean energy innovation with local socio-ecological priorities across northern Patagonia.