Expected Outcome

The TC35 aims to advance research and innovation by fostering multidisciplinary studies that explore new frontiers in wind energy applications, including offshore, onshore, urban, and building-integrated systems. Through collaboration among academic institutions, industry leaders, and governmental agencies, the committee seeks to promote cutting-edge research on aerodynamics, materials, energy systems integration, and hybrid renewable technologies, ultimately driving scientific breakthroughs and technological progress in the wind energy sector.

In the area of design and development, TC35 endeavors to inspire the creation of innovative wind energy systems that address a broad range of applications and scales. The committee supports efforts to enhance turbine designs, structural configurations, and system architectures that are adaptable to diverse environmental conditions. By encouraging the integration of advanced materials, novel manufacturing techniques, and smart control systems, TC35 aims to contribute to the realization of highly efficient, resilient, and context-sensitive wind energy solutions.

For performance optimization, TC35 will promote the advancement of operational strategies and control mechanisms that maximize energy capture and system efficiency across various wind energy applications. This includes fostering research on advanced aerodynamic designs, adaptive control systems, and intelligent operation platforms that respond dynamically to environmental changes. By focusing on the enhancement of both large-scale wind farms and distributed micro-generation units, the committee aims to achieve optimal performance outcomes tailored to site-specific conditions.

Regarding structural integrity and safety, TC35 emphasizes the importance of ensuring that wind energy systems meet the highest standards of durability, reliability, and resilience. The committee advocates for research into structural dynamics, material fatigue, and long-term performance monitoring. By advancing methodologies for design validation, safety assessment, and risk mitigation, TC35 seeks to contribute to the development of wind energy systems that can withstand extreme environmental loads while ensuring the safety of operators, communities, and ecosystems.

In terms of environmental impact assessment, TC35 aims to promote comprehensive studies that evaluate the ecological, societal, and visual impacts of wind energy installations. The committee supports the development of frameworks and tools for assessing potential impacts on wildlife, marine and terrestrial ecosystems, community well-being, and cultural landscapes. By advocating for evidence-based mitigation strategies and responsible deployment practices, TC35 contributes to the sustainable growth of wind energy within the broader environmental and societal context.

With respect to cost reduction and efficiency, TC35 seeks to advance research and industry practices that lower the capital, operational, and maintenance costs of wind energy systems. The committee encourages the exploration of innovative design approaches, streamlined manufacturing processes, and efficient construction and maintenance strategies. By promoting lifecycle cost analysis and value engineering, TC35 aims to make wind energy solutions more economically viable and accessible, fostering their widespread adoption across different regions and market segments.

For integration and power grid compatibility, TC35 supports initiatives that facilitate the seamless incorporation of wind energy into existing and emerging energy systems. This includes addressing challenges related to grid stability, energy storage, hybrid system integration, and smart grid technologies. The committee advocates for research on power quality, demand response, and system interoperability to ensure that wind energy contributes reliably to energy security and resilience, both in centralized grids and decentralized energy networks.

In the domain of standards and guidelines, TC35 strives to contribute to the development, harmonization, and dissemination of technical standards, certification schemes, and best practice guidelines for wind energy systems. By engaging with regulatory bodies, industry stakeholders, and standardization organizations, the committee aims to ensure that evolving technologies are supported by robust, adaptable, and forward-looking regulatory frameworks. This effort is key to promoting safety, quality, and public confidence in wind energy applications worldwide.

The committee is committed to fostering collaboration and knowledge sharing among researchers, industry professionals, policymakers, and community stakeholders. TC35 promotes the establishment of networks, joint research initiatives, and knowledge exchange platforms that enhance cross-disciplinary learning and innovation. By facilitating international cooperation and the sharing of best practices, the committee seeks to build a global community of practice dedicated to advancing the field of wind energy and its applications in the context of sustainable development.

Finally, in the field of policy and advocacy, TC35 will engage in initiatives that support the formulation of informed, inclusive, and forward-thinking policies related to wind energy. The committee advocates for regulatory environments that encourage innovation, investment, and responsible deployment. By contributing expert insights to policy dialogues and advocating for the role of wind energy in achieving climate goals, energy security, and sustainable urban development, TC35 aims to influence decision-making processes at local, national, and international levels.