一体化设计

Integrated design

一体化设计是在考虑建筑自身的气候环境和功能需求之后，将外遮阳构件与建筑的多个立面空间复合化设计，如：屋顶、阳台、外廊、墙面等，使这些构件与建筑浑然一体，创造出与众不同的建筑立面；对于外遮阳产品本身上作出一体化设计，比如下图的湘联遮阳一体化窗，就是组合了铝合金隔热断桥窗、纱窗与外遮阳卷帘的综合型遮阳。

The integrated design is a composite design of external shading energy-saving components and multiple facade spaces of the building, such as roof, balcony, veranda, wall, etc., after considering the climate environment and Functional requirement of the building itself, so that these components are integrated with the building to create a distinctive building facade; For the external sunshade product itself, an integrated design is made, such as the Xianglian sunshade integrated window shown in the figure below, which is a comprehensive sunshade that combines energy-saving aluminum alloy insulated bridge window, screen window, and external sunshade roller shutter.

智能化技术的应用

Application of Intelligent Technology

智能化是指建筑外遮阳构件能够独立或联合做出调整，提前应对太阳辐射的变化，以小的能源消耗维持建筑内部的健康、舒适环境。就目前的工程案例来看，时间电机控制系统和气候电机控制系统是建筑外遮阳常用的智能化控制设备。未来外遮阳构件智能化不只是单纯的机械构件，将与建筑本体智能设施相统一，将现有的技术，如计算机智能控制系统、太阳能技术、墙面绿化技术和智能感应玻璃技术等应用到外遮阳设计中。

Intelligentization refers to the ability of building external shading components to make independent or joint adjustments, respond to changes in solar radiation in advance, and maintain a healthy and comfortable environment inside the building with minimal energy consumption. Based on current engineering cases, time motor control systems and climate motor control systems are the most commonly used intelligent control devices for building external shading. In the future, the intelligence of energy-saving components for external shading is not just a simple mechanical component, but will be unified with the intelligent facilities of the building itself. Existing energy-saving technologies, such as computer intelligent control systems, solar energy technology, wall greening technology, and intelligent sensing glass technology, will be applied to the design of external shading.

人性化设计

user-friendly design

建筑外遮阳构件在满足其、隔热保温等功能外，还会考虑人们更多功能需求。现代风格的建筑以其简洁性和便捷特点闻名世界，但其冷漠感也遭到了人们的批评，因而设计师在设计外遮阳构件时，不但要把握好建筑外立面的效果，还应该充分考虑室内的视觉效果及人们使用要求。

In addition to meeting the functions of energy conservation, heat insulation and heat preservation, the energy-saving components of building external shading will also consider more Functional requirement of people. Modern style buildings are world-renowned for their simplicity and convenience, but their indifference has also been criticized. Therefore, when designing exterior shading components, designers should not only grasp the effect of the building's exterior facade, but also fully consider the indoor visual effect and people's usage requirements.

所以未来主流的建筑外遮阳构件一方面要满足人们对于室内的功能需求，如采光、隔绝噪声、防火防盗、保护隐私等，另一方面是通过外遮阳构件营造出灵动及变化丰富的室内光影效果，透过细部设计充分展现了现代建筑材料美、技术美，变成建筑功能与艺术和技术的结合体。

Therefore, on the one hand, the mainstream building external shading components in the future should meet people's Functional requirement for the interior, such as lighting, noise isolation, fire prevention, anti-theft, privacy protection, etc., on the other hand, they should create flexible and varied indoor lighting effects through external shading components, fully demonstrate the beauty of modern building materials and technology through detailed design, and become a combination of building functions, art and technology.

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