Exploring the impacts of demand scenarios, weather variability and mitigation of emissions on Morocco's hydrogen market and renewable transition pathways
Estefan\'ia Duque P\'erez, Lukas Jansen, Benedikt Haeckner

TL;DR
This study assesses Morocco's hydrogen market development through 2035, analyzing different scenarios and sensitivities to weather variability and financial factors, providing strategic insights for policy and investment decisions.
Contribution
It introduces a sector-coupled capacity expansion model to evaluate Morocco's hydrogen transition under various demand and weather scenarios, highlighting key trade-offs and feasibility.
Findings
Both scenarios require tripling renewable and electrolyzer capacities.
Lower WACC significantly reduces system costs and enhances competitiveness.
Hydrogen demand could reach up to 38 TWh by 2035.
Abstract
The global demand for green hydrogen and its derivatives is growing rapidly as a cornerstone for decarbonizing hard-to-abate sectors. Morocco, endowed with abundant solar and wind resources, ambitions to capture up to 4% of the global PtX market by 2030, positioning itself as a strategic partner for Europe's energy transition. Yet, uncertainty persists regarding European demand trajectories, infrastructure readiness, and investment risks. This study evaluates Morocco's hydrogen transition through 2035 using a sector-coupled capacity expansion model. We compare industry reallocation and hydrogen export-oriented scenarios, assessing their impacts under interannual weather variability and financial sensitivities. Both scenarios require a tripling of current renewable and electrolyzer capacities, with hydrogen demand reaching approximately up to 38 TWh by 2035. Lower financing costs (WACC)…
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Taxonomy
TopicsHybrid Renewable Energy Systems · Integrated Energy Systems Optimization · Global Energy Security and Policy
