Wind energy has emerged as a critical component of global sustainable energy strategies. Beyond large-scale offshore and onshore wind farms, the integration of wind energy into urban environments, small-scale generation systems, and building-integrated applications is gaining momentum. Wind engineering plays a pivotal role in enhancing the performance, safety, and environmental integration of these diverse systems. As nations pursue decarbonization and resilience, TC35 seeks to advance integrated renewable energy technologies, focusing on both wind energy and wind-sensitive solar photovoltaic (PV) systems across scales and contexts, supporting the broader transition to renewable energy.
While offshore wind technology has seen rapid development, the broader field of wind energy — encompassing onshore systems, urban wind applications, distributed generation, and hybrid systems — presents vast opportunities for innovation and societal benefit. The synergy between wind engineering research and structural vulnerability assessment for both wind turbines and solar PV arrays is essential for overcoming technical and environmental challenges. TC35 was established to promote integrated approaches to multi-source green energy utilization worldwide.
TC35’s scope includes, but is not limited to:
1. Technological innovation in wind and solar energy systems, particularly addressing the wind-induced damage and structural stability of PV systems.
2. Aerodynamic optimization and operational strategies for improved energy capture and efficiency.
3. Structural performance research in diverse environments, addressing resilience, safety, and durability.
4. Cost-effective and scalable solutions for construction, operation, and lifecycle management.
5. Integration with existing and future energy systems, including smart grids, microgrids, and hybrid renewable networks.
6. Environmental, ecological, and societal impact assessment, emphasizing responsible deployment and community engagement.
7. Safety standards and risk management protocols for all phases of wind energy projects.
8. Cross-disciplinary collaboration among academia, industry, and all ACECC member societies, actively inviting expert representatives from each society to
ensure a diverse and inclusive international network.
9. Development of international standards, guidelines, and regulatory frameworks that encourage innovation and safe deployment.
10. Promotion of education, capacity building, and dissemination of best practices in wind energy and wind engineering.
Wind energy — in all its forms — contributes to energy diversification, security, and sustainability. TC35’s mission aligns with global efforts to mitigate climate change by enhancing the structural resilience of diverse green energy infrastructures, fostering economic development, and ensuring energy security through robust wind and solar integration. By embracing a comprehensive perspective on wind energy, TC35 supports innovation ecosystems that benefit both the global community and local stakeholders.