

- Date:2025.10.16 -2025.10.17
- Language:普通话/English
- Venue:Shanghai Convention & Exhibition Center of International Sourcing
- Admission:Paid
The 8th Offshore Wind Asia Summit will take place on October 16 , 17, 2025, at the Shanghai Convention & Exhibition Center of International Sourcing, bringing together 500+ key decision-makers. With a clear focus on floating wind, the event positions Asia as a central hub to connect global markets and drive collaboration across policy, technology, and commercialization. The agenda will spotlight emerging market opportunities in Japan, Southeast Asia, Brazil, and beyond, along with insights on the latest global projects and supply chain strategies. Key topics include floating foundation design, integration of wind power with marine energy systems such as storage and hydrogen, and the engineering challenges of scaling up in deepwater environments.
Date:October 16 Venue: Shanghai International Procurement & Exhibition Center
Paid邹可跌
教授,名誉院长,科学家
北京大学
Global and Asia Offshore Wind Power Market Trends: Opportunities and Challenges
邹可跌
教授,名誉院长,科学家
北京大学
Global Offshore Wind Supply Chain: Market Dynamics and Project Opportunities
邹可跌
教授,名誉院长,科学家
北京大学
China's Offshore Wind Power: Cost Reduction at Scale & Full Industry Chain Integration
邹可跌
教授,名誉院长,科学家
北京大学
East Asia Offshore Wind: Deep Waters, Floating Future
邹可跌
教授,名誉院长,科学家
北京大学
ASEAN Offshore Wind: Collaborative Development Model for Archipelago Nations
邹可跌
教授,名誉院长,科学家
北京大学
Brazil's Offshore Wind: Building the Atlantic Wind Corridor
Date:October 17 Venue: Shanghai International Procurement & Exhibition Center
Paid邹可跌
教授,名誉院长,科学家
北京大学
Global Trends, Market Outlook, and Hotspot Projects in Floating Wind
邹可跌
教授,名誉院长,科学家
北京大学
Challenges, Opportunities, and Global Collaboration in the Floating Wind Supply Chain
邹可跌
教授,名誉院长,科学家
北京大学
Developer Perspective –Commercialization Pathways, Industry Integration, and Power Utilization of Floating Wind
邹可跌
教授,名誉院长,科学家
北京大学
EPC Perspective – Engineering Design, Supply Chain Management, and Installation Challenges in Floating Wind Projects
邹可跌
教授,名誉院长,科学家
北京大学
Supply Chain Collaboration — Driving Cost Reduction, Efficiency, and Scale in Floating Wind Deployment