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North Macedonia
North Macedonia
- Overview
- Energy mix
- Emissions
- Electricity
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+ 5 pages
![North Macedonia Flag]()
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Lars Aagaard
Minister for Climate, Energy and Utilities.
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Laurence Cret
Energy Technology Modeller.
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Joe Ritchie
Former Energy Policy analyst.
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Unlocking Ukraine’s Hydrogen Opportunity: A Roadmap Taking stock of the effect of war
…needed. Foreign grants and development finance may be a source of public support for hydrogen projects, but will face competing needs for restoration elsewhere in the energy system. Russia’s full-scale invasion of Ukraine has had a profound impact on the country. This chapter takes stock of the effects related to hydrogen, including demand for existing applications like ammonia and refining, as well as considering how future applications like steel have been affected. It also looks at the power sector, given that renewable hydrogen production needs a mature and well-functioning power market, and gas infrastructure that could potentia...
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China’s Official Energy Finance in Emerging and Developing Economies Case 5. Silk Road fund commitment in African Infrastructure Investment Fund IV
…are expanding digital infrastructure in lower-carbon electricity and greater renewable energy sourcing; and the acquisition of the Logistics Group (TLG), which operates rail and port assets and is working to cut corridor emissions through improved operational efficiency.Through its participation, the SRF gains exposure to a diversified portfolio of sustainable assets across multiple African markets rather than through single-asset project finance. It has also appointed a representative to AIIF’s ESG Advisory Committee, strengthening the fund’s environmental and governance approach. Financing model and China’s role AIIF4 reached financial close in August 2024 at USD 748 million…
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Energy and AI AI for energy optimisation and innovation
…that would block their complete adoption. For example, we consider variations in adoption by region by factoring in the availability of enabling digital infrastructure. AI applications for optimising energy systems Oil and gas companies have been among the earliest adopters of new technologies to boost exploration and production. In 2000, 11 supercomputers operated by oil and gas companies ranked among the world’s 500 fastest. By 2024, this number had increased to 24, and total computing capacity has grown at almost 70% annually, outpacing the broader supercomputing industry. AI has various applications in the sector, including for subsurface data processing…
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Outlook for Biogas and Biomethane Key issues affecting biogas and biomethane projects
…the global average methane emissions leakage rate for oil and gas production was around 1.2% in 2024. Several strategies exist for reducing methane emissions from biogas: best practices during production (e.g. reducing filling levels in the digester to avoid emergency pressure releases of gas), covered storage of digestate, combustion of off-gases during biomethane upgrading to capture biogenic CO2, and use of leak and repair programmes to resolve issues quickly. Frameworks setting maximum GHG emissions intensities for biogases and fuels – such as the EU's Renewable Energy Directive (RED) and California's Low-Carbon Fuel Standards (LCFS) – are…
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Renewables 2025 Biogases
…2026, while the Netherlands is developing one. Ireland has set a national blending mandate for heating.Use in the transport sector continues to grow, especially where targets are based on fuels’ GHG performance, making biomethane more competitive, such as in Germany. On the other hand, creating a unified European market for trading green certificates remains a key demand. The new Union Database, expected to be operational for biogases in 2025, will facilitate the tracking of proof of sustainability (PoS) certificates required under the Renewable Energy Directive (RED).Germany, the world’s largest biogas and biomethane market, with a combined prod...
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World Energy Outlook 2025 Current Policies Scenario
…all countries and regions, with the strongest growth in India and Indonesia, but the push for a much more electrified energy system does not gain broad momentum in the CPS. Solar photovoltaics (PV) and wind are cost competitive in many regions, but deployment faces integration challenges that slow further growth: annual solar PV capacity additions average 540 gigawatts to 2035, similar to the level in 2024. Coal remains the largest single source of global power generation for the next ten years. Construction of new nuclear facilities accelerates in the 2030s. Global electricity grids increase by 25 million kilometres (km), a 30% increase, to 2035…
