Exploring the Development and Environmental Benefits of Wind Power Technology in Clean Energy Supply
DOI:
https://doi.org/10.61173/w86s8t12Keywords:
Wind power technology, clean energy, en-vironmental benefits, technology iteration, sustainable developmentAbstract
Wind power is becoming a key renewable energy solution under the dual pressure of global climate change and the energy crisis. Current research is inadequate in terms of technology and ecological synergy mechanism, regional industrial synergy evidence and industry-wide environmental assessment system. This paper analyzes the evolution of wind power technology, energy substitution effect and environmental benefits by integrating statistical data and technical cases, and finds that: carbon fiber blades and other material innovations can increase power generation efficiency by more than 10%, reduce CO2 by 8 million tons per 10GW installed capacity, account for 10.6% of the national clean energy power generation capacity by 2023, and drive more than 150,000 people's employment and Gross Domestic Product (GDP) growth of 1.8-2.5 percent in Inner Mongolia and other regions. 1.8%-2.5%. The study shows that by promoting the synergistic development of distributed and offshore wind power and scientific planning and site selection, the ecological balance can be realized while guaranteeing the energy supply.
References
[1] GWEC. (2024). Global Wind Energy Report.
[2] Mingyang Smart Energy. (2023). MySE Series Wind Turbine Technical Manual.
[3] China Electricity Council. (2023). Research on the Emission Reduction Effect of Wind Power Replacing Fossil Energy.
[4] Liu Shaopan. (2023). Research and Thoughts on the Site Selection of Wind Power New Energy Projects. Engineering Science Research & Application, 4(14).
[5] Zhang Na, Long Chunguang, He Hongyan, Liu Chuntai, & Shen Changyu. (2013). Effect of Carbon Nanofiber Paper-Glass Fiber/Epoxy Composites on Wind Turbine Blades. Acta Materiae Compositae Sinica (1), 6.
[6] Zhang Libo, Li Chunrong, Chen Guoyuan, Liu Fangzheng, Luo Jianwu, Zhou Yue, et al. (2022). Impact of Wind Turbines on Birds in Binhai Area of Yancheng, Jiangsu. Biodiversity Science, 30(11), 8.
[7] owcarbonpower.org. (2023). Data on the Proportion of Clean Energy Power Generation in China.
[8] National Energy Administration. (2023). 2023 National Electric Power Industry Statistical Data.
[9] IRENA. (2024). World Energy Outlook.
[10] Inner Mongolia Bureau of Statistics & Development and Reform Commission of Gansu Province. (2023). Data on the Dean&Francis Linhong Fu Contribution of Wind Power Industry to Regional Economy.
[11] National Energy Administration. (2023). Outline for the Distributed Development of Wind Power and Photovoltaic Power Generation.
[12] Energy Bureau of Guangdong Province. (2023). Annual Report on the Development of Offshore Wind Power.
[13] Dongfang Electric Corporation. (2024). Report on Technological Innovation of Offshore Wind Turbine Blades.
[14] National Energy Administration. (2025). «14th Five-Year Plan» for Energy Technology Innovation.
[15] National Development and Reform Commission. (2025). Energy Development Strategy Plan for the «Double Carbon» Goal.
[16] Zhu Yongke, Li Yangduan, Lou Yingqiang, Zhou Jiang, & Sun Yuehua. (2016). Impact of Wind Power Generation on Birds and Countermeasures. Chinese Journal of Zoology, 51(4), 682- 691.
[17] Li Wenhou. (2020). A Noise Control Device for Wind Turbines. CN210919335U.
[18] Han Jing. (2017). CIMC Raffles Builds a World-Class Offshore Engineering Equipment Manufacturing Base. China Equipment Engineering (23), 1.
[19] Zhang Xing, Wu Gang, Shen Zhen, Xu Huali. (2023). Research on Fault Diagnosis and Operation and Maintenance Strategies of Offshore Wind Turbines. Economic and Technological Cooperation and Information (5), 0262-0264.y Report.
Downloads
Published
Issue
Section
License
Copyright (c) 2025 by the authors.
This work is licensed under a Creative Commons Attribution 4.0 International License.
