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The International Energy Agency's World Energy Employment Report shows that wages in the energy industry are still higher than in other industries, with mature industries such as oil, gas and nuclear power offering more competitive wages. This is due to a higher proportion of skilled labor, with nuclear, oil and gas jobs typically requiring a bachelor's degree. However, this wage gap creates challenges for workers switching from fossil fuels to renewable energy industries. The IEA's 2023 Energy Employment Survey showed that about 60% of companies raised wages last year to attract workers.

Eurelectric reports that 2022 will see a major shift in the EU energy sector as a result of Russia's invasion of Ukraine causing soaring gas prices. Energy bills for medium-sized households increased by 14.5%, and new retail contracts in European capital cities increased by 76%. The government spent 646 billion euros on households and businesses, but energy-intensive industries such as aluminum, zinc and silicon manufacturing were forced to halt production. European power companies have criticized a disconnect between oil and gas companies and regulatory priorities, pointing to the need for increased investment and infrastructure to triple electrification rates by 2050.

The EU's Recovery and Resilience Facility (RRF), worth €723 billion, is part of the Next Generation EU package aimed at promoting a post-pandemic green economic transition. The plan covers renewable energy, energy efficiency, grid development and electric vehicles. Member states receive installments as milestones are reached, but negotiations on investments in gas and nuclear power, synthetic fuels and emergency subsidies for energy consumers remain a challenge. Greece and Romania have asked for revisions to their recovery and resilience plans, with Greece seeking more funding and Romania seeking leeway on the deadline.

A study by the University of Oxford and the Regulatory Assistance Program found that heat pumps are several times more efficient than oil, gas or electric heating. The study, published in the journal Joule, found that heat pumps operate two to three times more efficiently than combustion heating or resistive heating technologies. Heat pumps harness nature's energy and take advantage of temperature differences, with the coefficient of performance (COP) being the main indicator of efficiency. The study also found that even air source heat pumps are suitable for sub-freezing temperatures, making them twice as efficient as electric heating systems.

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