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The Bac Lieu Wind Power Plant boasts 62 turbines, with an impressive total estimated capacity of 99MW. (Photo: VNA) |
Vietnam is committed to the development and utilization of green energy technologies, particularly in the realm of wind turbine blades and solar panel production. The country aims to capitalize on its favorable geographical and climatic advantages to foster the growth of renewable energy sources.
In recent years, Vietnam has implemented a series of policies supporting the expansion of green and clean energy, as evidenced by the National Strategy for Green Growth (2021-2030), with a vision extended to 2050, the National Energy Development Strategy by 2030 and its outlook to 2045, and the eighth National Power Development Plan for the same period.
While large-scale wind power projects have been attracting investments in plains, coastal regions, and areas with favorable wind speeds, the overall exploitation of wind energy remains untapped, especially in regions with average to low wind speeds. Moreover, the design and development of wind turbine blades tailored to the unique climate and terrain of each region require further in-depth research.
Addressing this gap, a research team from the Centre for Renewable Energy Technology Development, operating under the Institute of Science and Technology for Energy and Environment (Vietnam Academy of Science and Technology), has embarked on an ambitious project. This academy-level initiative focuses on designing wind turbine blades that are specifically suited to areas with low wind speeds in Vietnam.
According to Dr. Le Quang Sang, who leads this project, the team has successfully developed and manufactured five distinct models of wind turbine blades, marking a significant milestone.
Professor, Dr. Trinh Van Tuyen, a distinguished member of the Scientific Council at the Institute, praised the research as a pivotal step forward in the design and manufacturing of wind turbine blades for low wind speed regions. He emphasized that this new blade technology not only satisfies operational efficiency standards but also unlocks a realm of practical application opportunities. This, he affirmed, will significantly boost Vietnam’s wind energy resource exploitation endeavors.
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