Green hydrogen imported from Morocco to Germany will face a 32.0% cost disadvantage by 2035 due to transport expenses and financing constraints, reversing earlier assumptions of North African price dominance according to a study by Leibniz University Hannover.
While photovoltaic generation in North Africa offers superior yields, the final delivered price at the German border shifts the economic balance.
Financial Risk Drives Price Gaps
Financing costs represent up to 35.9% of hydrogen production expenses in Morocco, compared to 10.8% in Germany. Leibniz researchers set the weighted average cost of capital at 5.7% for hydrogen equipment in Morocco and 2.9% in Germany, incorporating country and technology risk premiums.
Applying an identical interest rate across both nations would reverse the final rankings and render Moroccan imports cheaper despite shipping overhead. Leibniz analysts modeled three supply routes for a reference demand of 130 terawatt-hours in 2035 and 525 terawatt-hours in 2050.
The delivered price per kilogram at the German border stands at 4.37 euros in 2035 for liquid imports by ship, versus 3.31 euros for domestic production. By 2050, pipeline transport drops the price to 2.90 euros per kilogram, compared to 2.58 euros for German domestic output.
| Supply Route & Year | Delivered Price (EUR/kg) | Cost of Capital Share (Morocco) | Cost of Capital Share (Germany) |
|---|---|---|---|
| Domestic Production (2035) | 3.31 | – | 10.8% |
| Maritime Liquid Import (2035) | 4.37 | 35.9% | – |
| Domestic Production (2050) | 2.58 | – | – |
| Pipeline Import (2050) | 2.90 | 35.9% | – |
Land and Sea Surface Tradeoffs
Meeting German demand entirely through domestic offshore wind would consume 30.6% of the country’s exclusive economic zone by 2050. Conversely, sourcing all hydrogen from Morocco requires roughly 1.5% of available land and a renewable portfolio exceeding 400 gigawatts.
A balanced partnership reduces these regional pressures. German offshore maritime usage drops to 9.2% under a cooperative framework, while Moroccan land usage falls to 0.3%.
Component manufacturing capacity also diverges sharply between the two economies. Morocco produces 0.5% of its required electrolyzer cells and 0.9% of its wind turbines locally, while Germany manufactures 81.6% and 96.0% of its respective domestic equipment.
Employment Generation and Local Value
Cooperative scenarios create more than 400,000 jobs in Morocco and approximately 100,000 positions in Germany by 2050. However, Le Matin.ma said that the majority of Moroccan jobs stem from induced consumer spending effects rather than direct manufacturing within the hydrogen sector itself.
Foreign direct investment accounts for 51.6% of capital in Moroccan projects, contrasted with 5.4% in Germany. If all capital revenues were repatriated, Moroccan domestic production would decline by 10.6% and total employment would fall by 21.8%.
