Solar-Powered Commercial & Residential Building
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About the Project
Pan Gulf Technologies Limited delivered precision-engineered precast detailing for a unique solar-powered building project in Amsterdam, Netherlands. The project featured brick-clad precast sandwich panels designed for structural integrity and exceptional thermal performance to support a fully solar-powered structure.
Client Overview
The client envisioned a sustainable commercial and residential structure powered entirely by solar energy. They needed expertly detailed, high-quality precast elements to match this high-performance goal.
Scope of Work
Detailed 3D modeling of 650 brick-clad precast sandwich panels using Tekla Structures. Precision reinforcement, connection, and joint detailing to ensure structural integrity. Delivered machine-ready output files optimized for manufacturing and field installation.
Key Challenges
Maintaining consistent structural integrity within sandwich panel systems while accommodating complex connection and joint details. Delivering panels that not only meet prefabrication quality standards but also support high thermal efficiency for solar energy use.
Solutions Delivered
Pan Gulf Technologies Limited utilized Tekla Structures to model each panel accurately, incorporating structural details for reinforcement, connections, and joint reliability. Precast elements were engineered to high tolerance levels for manufacturing precision and thermal efficiency alignment, enabling streamlined production and on-site execution.
Software Used
Tekla Structures (for detailed 3D modeling and fabrication-ready output generation)
Results Achieved
Delivered 650 precast sandwich panels with accurate detailing and manufacturing-ready outputs. Achieved reliable structural assembly and enhanced thermal performance for a solar-powered building. Streamlined panel production and modular installation, supporting efficient project timelines and sustainability targets.
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