By Kamractive Staff
The ZEBRA Project, spearheaded by IRT Jules Verne, is revolutionizing wind energy with its Mo plastic wind turbine blades.
By Kamractive Staff
Photo Source: LM Wind
Aiming to boost renewable energy's share from 19% in 2017 to 65% by 2050, ZEBRA's innovations are timely and crucial.
By Kamractive Staff
Photo Source: LM Wind
Climate change's impact on renewable energy infrastructure is an increasing focus in recent studies.
By Kamractive Staff
Photo Source: LM Wind
ZEBRA's second blade utilizes recycled Elium resin, a first in the industry, enhancing both sustainability and blade performance.
By Kamractive Staff
Photo Source: LM Wind
John Korsgaard of LM Wind Power highlights the ZEBRA blade's role in advancing sustainable materials in wind technology.
By Kamractive Staff
Photo Source: LM Wind
Guillaume Sana, from IRT Jules Verne, emphasizes the successful testing and production of both first and second blades as a major industry breakthrough.
By Kamractive Staff
Photo Source: LM Wind
The ZEBRA Project aligns with the rising demand for renewable energy solutions that are both efficient and environmentally friendly.
By Kamractive Staff
Photo Source: LM Wind
The utilization of recycled materials in blade design is a significant step towards a more sustainable energy future.
By Kamractive Staff
Photo Source: LM Wind
By the end of 2024, ZEBRA aims to complete a detailed lifecycle analysis, showcasing the full potential of their innovative blades.
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