Abstract Serbia''s energy sector is undergoing structural transformation driven by European climate policies, market volatility, and the need for long-term energy security. In this context, geological
One of the most overlooked elements of hydrogen strategy is storage. Serbia''s underground gas storage at Banatski Dvor, frequently referenced by Serbia-energy , is a critical
Beyond hydroelectric, wind, solar and gas power plants, Serbia also plans to harness geothermal energy, biomass, biogas, hydrogen and expand the use of electric vehicles by 2050.
Serbia''s energy sector development strategy up to 2040 with projections up to 2050, adopted by the parliament in November, says that the construction of a demo facility for the
Serbia is conducting its first pilot project for hydrogen, HyDSerbia, in cooperation with Germany-based firm Leipziger Energiegesellschaft.
Serbia needs clear rules governing access to hydrogen infrastructure, including pipelines, storage, transport and distribution. It must define technical standards for hydrogen
Overall, combined subsurface storage of natural gas, CO2, and hydrogen in Serbia is technically feasible, economically justified, and strategically relevant within the national energy
If Serbia acts deliberately, hydrogen will pass through its territory, be stored in its infrastructure, and be consumed by its industry. That difference defines the boundary between
EPS evaluates hydrogen production and storage facilities to diversify storage options, reduce fossil fuel use, and integrate renewable energy sources.
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