Europe’s energy transition will be accelerated – with less fossil fuels in the energy mix and lower greenhouse gas emissions – because of its pivot away from Russian gas.
Energy mix will decarbonize more quickly in Europe. Gas consumption alone will be 9% lower in 2024 as countries pivot towards renewables
Greenhouse gas emissions will be 580Mt (or 2.3%) lower in Europe in the period 2022-2030
Europe will produce 12% more gas by 2030. Russian exports of gas will fall as Asian market cannot compensate for loss of European market
Commodity squeeze will prolong high electricity costs and raise price of batteries
According to new analysis from DNV’s Energy Transition Research, 34% of the energy mix in Europe1 will come from non-fossil fuels in 2024, two percentage points more than the pre-war forecast. Overall gas use will drop 9% in 2024 compared with DNV’s pre-war model run. The biggest percentage increase is in solar, which by 2026 is up 20%. The delayed retirement of some of the continent’s nuclear power plants is also an important component of filling the gap.
Although some coal is needed in the very short term to meet Europe’s energy demand, by 2024 postponed retirements and higher nuclear utilization will be important to cover the shortfall of natural gas. Emissions from energy will be 2.3% lower in Europe in the period 2022-2030, compared to a pathway without the Ukraine war. This is due to the increased prominence of low carbon energy (renewables and nuclear), more energy efficiency and, in the short to medium term, lower economic growth.
“As they did during the COVID-19 pandemic, Europe’s leaders have applied clarity of thought during a crisis to accelerate the continent’s energy transition. This time Europe is increasing energy security whilst reducing emissions,” said Remi Eriksen, Group President and CEO of DNV.
Russia’s pivot East will not fully compensate for reduced gas exports to Europe because of limited infrastructure. In contrast, DNV estimates that Europe itself will produce 12% more gas in 2030, reflecting industry’s reaction to higher oil and gas prices in the short term and response to the pledge from EU to deliver more gas. The role of imported LNG is limited by regasification capacity, with extra infrastructure expected to take 2-5 years to build. However, it will form a strand of the continent’s overall energy security strategy.
There is a risk of overcapacity in the oil and gas sector towards the end of the decade as companies look to capitalize on the high prices and supply gap. The long-term trend remains bearish for oil and the reduced GDP growth and slower globalization that are consequences of the conflict are likely to further dampen demand. The increased oil and gas capacity towards 2030 will lead to lower prices which will likely increase global use in the 2030s by a small amount.
“The war in Ukraine has shaken the energy markets but decarbonization remains the central theme. Energy companies will have to strike a careful balance between meeting the short-term supply gap for oil and gas whilst avoiding stranded assets in the longer term,” said Sverre Alvik, Director of Energy Transition Research at DNV.
For consumers, there is no immediate end in sight to high electricity prices. Electricity prices will be 12% higher in Europe in 2024 than if the continent did not transition away from Russian energy. The rise in commodity costs will also impinge on the take-up of electric vehicles as battery costs rise. For Europe, that means half of new car sales will be electric in 2028 instead of 2027, although this could be overcome by policy incentives.
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About this research
DNV’s system dynamics energy transition model provides insight on how economics, technologies, sectors, geographies, and policies influence each other. The model forms the base of the Energy Transition Outlook, which provides a most likely forecast of the energy mix to 2050. For this analysis, DNV presumed Europe would cut Russian gas imports by 80% in 2023 and 100% in 2025. More information at eto.dnv.com
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