World energy employment 2024
Material type: TextPublication details: Paris International Energy Agency 2024Description: 129pSubject(s): Online resources: Summary: This report examines the global energy employment environment as the transition progresses into a period of uncertainty. The report offers a detailed overview of energy employment, including estimates of the workforce’s size and distribution across different regions, sectors, and technologies. The dataset provides in-depth information on workers across the entire energy value chain, encompassing fossil fuel supply, bioenergy, nuclear energy, low-emissions hydrogen, power generation, transmission, distribution and storage. It also covers key energy-related end uses, such as vehicle manufacturing and energy efficiency in buildings and industry. The report also assesses how energy labour requirements evolve to 2030 across various IEA scenarios. The report also explores in detail whether emerging markets and developing economies are benefitting from energy job growth as a result of the transition. It also includes a special feature chapter on the fast growing energy workforce in India. The report provides updated insights into the risks of skilled labour shortages and their potential impact on the energy sector and the transition. It continues to examine the key factors driving employment trends such as skills availability, certifications, wages and job vacancy rates, with new analysis on conversion to clean energy occupations. It also marks the second year the IEA carried out a cross-region and sectoral survey of energy companies to understand the challenges they faceItem type | Current library | Collection | Call number | Status | Date due | Barcode | |
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Books | TERI Delhi | Electronic books | Available | EB3928 |
This report examines the global energy employment environment as the transition progresses into a period of uncertainty. The report offers a detailed overview of energy employment, including estimates of the workforce’s size and distribution across different regions, sectors, and technologies. The dataset provides in-depth information on workers across the entire energy value chain, encompassing fossil fuel supply, bioenergy, nuclear energy, low-emissions hydrogen, power generation, transmission, distribution and storage. It also covers key energy-related end uses, such as vehicle manufacturing and energy efficiency in buildings and industry. The report also assesses how energy labour requirements evolve to 2030 across various IEA scenarios. The report also explores in detail whether emerging markets and developing economies are benefitting from energy job growth as a result of the transition. It also includes a special feature chapter on the fast growing energy workforce in India.
The report provides updated insights into the risks of skilled labour shortages and their potential impact on the energy sector and the transition. It continues to examine the key factors driving employment trends such as skills availability, certifications, wages and job vacancy rates, with new analysis on conversion to clean energy occupations. It also marks the second year the IEA carried out a cross-region and sectoral survey of energy companies to understand the challenges they face
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