Tederic International Center Architecture and Design: A New Era in Industrial and Commercial Spaces

Redefining Industrial and Commercial Architecture in Hangzhou

The Tederic International Center, designed by milanesi | paiusco and located in the Qiantang District of Hangzhou, China, is a landmark development that pushes the boundaries of industrial and commercial architecture. Spanning over 33,334 square meters, the project accommodates smart manufacturing industries, providing spaces for offices, commercial areas, hotels, and a state-of-the-art smart factory. This innovative design represents a new balance in industrial architecture, merging function with high-tech aesthetic appeal to create an iconic urban landmark.

Design Inspiration: The Electric Motor as a Symbol of Energy and Motion

Architectural Concept Rooted in Industry

The design draws inspiration from the electric motor, a vital element of manufacturing that converts electrical energy into kinetic energy. This concept is expressed throughout the campus, where Tederic employees’ collaborative work is likened to moving particles, continuously energizing the manufacturing process. This dynamic inspiration is realized in the architectural features of Tederic’s headquarters and factory, which are connected by the Red Bridge, symbolizing a continuous flow of energy within the industrial ecosystem.

Redefining the Industrial Aesthetic with Modern Technology

The factory and headquarters are designed with a focus on energy flow and sustainability. The architectural features and materials, such as the polycarbonate panels and low-emission glass, create a functional yet visually striking structure. By combining open commercial spaces with an enclosed manufacturing facility, Tederic International Center presents a balanced, forward-thinking approach to industrial architecture.

Key Architectural Features of Tederic International Center

High-Tech Design Style

The center’s high-tech architectural style reinforces the client’s identity as a leader in technology and smart manufacturing. Clean lines, standardized geometric units, and modern materials establish a sleek silhouette, while the layered double-curtain wall system maximizes thermal efficiency and reduces energy consumption. This double-layer curtain wall is built from prefabricated aluminum units, simplifying construction and enhancing energy efficiency.

Curtain Wall with Advanced Thermal Performance

The glass curtain wall, featuring Low-E coated laminated glass, blocks infrared and ultraviolet rays to maintain optimal thermal performance. By carefully selecting 12 glass types based on varying light exposure on different facades, the design ensures a uniform aesthetic across the entire campus. This approach not only improves energy efficiency but also aids in cost control, meeting both functional and financial goals.

Expanded Aluminum Mesh for Visual Comfort and Efficiency

To further enhance the building’s thermal efficiency and reduce glare, expanded aluminum mesh was chosen as a lightweight shading layer. This material maintains light transmission and promotes air circulation, improving the building’s energy efficiency and creating a comfortable indoor environment.

Shadow Box for Aesthetic and Functional Integration

The design employs shadow boxes with reflective panels and glass to conceal structural and fire protection elements, creating a consistent visual effect while enhancing the building’s modern appearance. This clever approach improves layering and shadowing, adding depth to the façade.

Smart Factory Design: Optimizing Function and Visitor Flow

Triangular Truss Structure for Structural Efficiency

The smart factory features a triangular truss structure with optimized connection joints, reducing steel usage by 20% while enhancing the visual appeal. A visitor pathway embedded at the top level adds an immersive experience for visitors, while inclined columns bypass crane beam brackets, maintaining a seamless structure without compromising space.

Integration of Brand Identity with the “Tederic Orange” Bridge

The Tederic Orange Bridge connects the headquarters and factory, symbolizing brand identity and facilitating visitor movement. This design not only improves access but also highlights Tederic’s commitment to innovation, making it a memorable feature of the Tederic campus.

Energy Efficiency and Environmental Sustainability

Lightweight Polycarbonate Panels for Reduced Energy Use

Polycarbonate panels, chosen for their lightweight and translucent properties, reduce the need for artificial lighting and minimize the use of steel, lowering overall project costs. Rigorous testing, model simulations, and prototype experiments were conducted to ensure optimal performance and durability under varied weather conditions, making Tederic International Center both eco-friendly and resilient.

Customized Joint Components for Enhanced Structural Stability

To address potential material deformation due to extreme temperature changes, customized joint components and improved drainage slopes were incorporated. This ensures long-term stability, allowing the building to withstand challenging climates and reducing maintenance needs.

An Architectural Milestone in Smart Manufacturing

The Tederic International Center is a pioneering example of industrial and commercial architecture that combines functionality, sustainability, and aesthetic appeal. With its thoughtful design, high-performance materials, and integration of brand identity, this project sets a new standard for manufacturing and commercial spaces in the 21st century. Tederic’s headquarters, smart factory, and the Red Bridge symbolize a continuous energy flow, reflecting the dynamic spirit of the smart manufacturing sector. As a result, the center not only meets the practical needs of a high-tech manufacturing hub but also stands as a landmark that redefines the architectural potential of industrial spaces.

All photographs are work of Arch-Exist