LINARA Kaufbeuren

说明：
The LINARA building is a prime example of effective energy utilization and transparent communication of its ecological and technical features. With a focus on simple means and significant impact, innovative solutions have been implemented to minimize energy consumption while maximizing user comfort. A central strategy was the passive solar utilization of glass facades, which not only provide brightness and well-being but also utilize natural airflows for temperature regulation. Through extensive double facades and Building-Integrated Photovoltaics (BIPV), heating energy is saved in cold months, and cooling needs are reduced in summer. More than 950 anthracite-colored PV modules cover 850 m2 of the facade area, mainly on the east and west sides, where the low-lying morning and evening sun irradiates the facades most intensely. The total power output of the modules is approximately 160 kWp. The building also harnesses geothermal energy for heating and cooling. Green roofs on the rooftop serve not only as aesthetic features but also as sound insulation and positively influence the microclimate. Wood has been used as a sustainable building material for structural elements and windows to create a friendly atmosphere. The innovative communication concept "Educational Buildings" makes the ecological and technical qualities of the building transparent to visitors and employees, inspiring imitation. Overall, the building demonstrates effective strategies for sustainable construction and transparent communication, offering both ecological and economic benefits.   LINARA 大厦是有效利用能源和透明宣传其生态和技术特点的典范。通过简单的方法和显著的影响，我们采用了创新的解决方案，以最大限度地减少能源消耗，同时最大限度地提高用户的舒适度。其中一项核心策略是利用玻璃外墙的间接太阳能，不仅提供了亮度和舒适度，还利用自然气流调节温度。通过大面积的双层幕墙和建筑一体化光电技术（BIPV），在寒冷的季节可以节省供暖能源，在夏季可以减少制冷需求。950 多块无烟煤色的光伏组件覆盖了 850 平方米的外墙面积，主要分布在东西两侧，那里地势低洼，早晚阳光照射最为强烈。组件的总输出功率约为 160 kWp。 大楼还利用地热能进行供暖和制冷。 屋顶绿化不仅美观，还能隔音，并对小气候产生积极影响。 木材作为一种可持续的建筑材料被用于结构构件和窗户，以营造友好的氛围。 教育性建筑 "这一创新的交流理念使建筑的生态和技术质量对游客和员工透明，激发了他们的模仿热情。 总之，该建筑展示了可持续建筑和透明交流的有效策略，同时带来了生态和经济效益。

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