全球风电劳动力展望2023-2027（英）

Global Wind Workforce Outlook 2023 - 2027iGlobal Wind Workforce Outlook2023 - 2027Global Wind Workforce Outlook 2023 - 2027iiTable of ContentsChapter 1 Executive Summary 2Chapter 2 Safety Training Standards and Growing Demand for Training 6Chapter 3 Wind Workforce Forecasts and Dynamics 8Chapter 4 Global Wind Workforce Outlook, 2023-2027 11Chapter 5 Country Commentaries 15Chapter 6 Methodology: The GWO Wind Workforce Forecasting Model 37Copyright © October 2023This document contains forward-looking statements. These statements are based on current views, expectations, assumptions and information of the Authors (GWEC & GWO). The authors and their employees and representatives do not guarantee the accuracy of the data or conclusions of this work. They are not responsible for any adverse effects, loss or damage in any way resulting from this work.Authors:Andrea Scassola (GWO) Ian Buckland(GWO) Joyce Lee (GWEC)Feng Zhao (GWEC)Anjali Lathigara (GWEC)Permissions and Usage:This work is subject to copyright. Its content may be reproduced in part for non- commercial purposes, with full attribution.Design:Aspire Design, IndiaPublication Date:11 October 2023Global Wind Workforce Outlook 2023 - 2027working in construction and installation versus operations and maintenance will reduce. By 2027, O&M technicians will make up 46% of the projected workforce in 2027 from 42% in 2023. • Increases in turbine ratings will result in a lower number of people working on a per MW basis, particularly offshore.As global industry associations, GWO and GWEC play a role in the employment process value chain, which also involves employers, investors, policymakers and regulators to name a few stakeholders.We hope that this report will support stakeholders in the growing wind energy industry by providing visibility of the varied opportunities available to foster workforce development and for the wind industry to contribute to climate resilient growth around the world. The last few years have exposed new dimensions and vulnerabilities of the global energy system. Climate change is manifesting with more severity than ever, and the current global energy crisis has made it abundantly clear the world must transition to a secure and resilient renewables-based energy system. Wind energy is at the heart of the energy transition. Under the International Renewable Energy Agency’s 1.5°C Scenario, cumulative global renewable energy capacity must triple by 2030, with wind capacity scaling by nearly four times to more than 3,500GW by the end of the decade. Wind energy already provides affordable, zero-carbon electricity to power economies, revitalise local communities and drive sustainable development. Large-scale wind projects reduce reliance on imported and volatile fossil fuels, and create a diverse value chain of job opportunities, from paper concept to generating power over the course of an average 25-year asset lifetime.The GWO/GWEC Global Wind Workforce Outlook 2023-2027 is the four