, Session Block A4

• 用建筑师友好型的AI聊天工具进行BIPV设计
• 基于AI代理框架的BIPV技术经济优化
• GPT模型在BIPV设计场景中的比较

Alvaro De Gruijter Eguiluz, Eurac Research, Bolzano, Italy

• 技术解决方案
• 经济计算
• 建筑一体化

Kai Babetzki, Drees & Sommer, Stuttgart, Germany

• Achieving a one-material, one-color look across entire façade
• How to overcome design compromises seen in BIPV
• Coordinating substructures and fixings for PV and non-PV areas

Lars Nigg, Swisspearl, Niederurnen, Switzerland

• 光伏组件在建筑立面中的美观融合
• 预埋BIPV的性能驱动设计要求
• 光伏中空玻璃组件（IGU-based PV）的热工、采光与美学性能

Claudio Castellan, Glass to Power, Italy

• Early-stage collaboration for BIPV in architectural and heritage settings
• Realisation of BIPV in UNESCO-protected Bruges
• Flexible production of customised, high-performance PV modules
• Heritage-compliant material selection balancing aesthetics and yield

Stefan Dewallef, Soltech, Belgium

• 通过光伏的美观融合提升房地产价值
• VR技术与集成光伏设计工具
• 案例分析

Vipluv Aga, Solextron, SwitzerlandRenato Minamisawa, Solextron, Switzerland