9, What are the innovative technologies and applications in energy-saving and insulation for steel structure buildings?

Innovative technologies and applications in energy-saving and insulation for steel structure buildings encompass several key aspects:

1 Application of High-Performance Insulation Materials: The adoption of novel, high-efficiency insulation materials such as vacuum insulation panels and aerogel blankets is prominent. These materials boast extremely low thermal conductivity, significantly reducing building energy consumption. By integrating them into the envelope structures of steel-framed buildings, including exterior walls, roofs, and floors, substantial improvements in insulation performance are achieved. 

2 Double or Triple-Glazed Glass Curtain Walls: The utilization of double or triple-glazed glass curtain wall systems not only enhances aesthetic appeal but also effectively isolates indoor and outdoor temperature differences through their hollow layer design, minimizing heat transfer. Coupled with intelligent shading systems and ventilation devices, these systems can automatically adjust indoor lighting and temperature based on environmental changes, further enhancing energy savings. 

3 Solar Photovoltaic Panel Integration: Integrating solar photovoltaic panels into the exterior surfaces of steel structure buildings realizes the integration of photovoltaic power generation and building design. This approach not only provides green energy for the building but also reduces reliance on external power grids, lowering operational costs. 

4 Green Roofs and Vertical Greening: Installing vegetation on the roofs and walls of steel structure buildings creates green roofs and vertical greening systems. These green elements not only beautify the building's appearance but also absorb carbon dioxide and release oxygen through photosynthesis, improving the urban microclimate. Additionally, the vegetation provides some insulation and heat shielding effects, reducing building energy consumption. 

5 Intelligent Temperature Control Systems: Leveraging advanced technologies like the Internet of Things (IoT) and big data, intelligent temperature control systems are developed. By continuously monitoring and analyzing environmental parameters inside and outside the building, these systems automatically adjust indoor temperature, humidity, and ventilation conditions, enabling precise energy management and efficient utilization.