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Building information modeling with static and dynamic daylight analysis

机译:用静态和动态日光分析构建信息建模

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One of the major factors in verifying the way in which internal environments and buildings are qualified by people is daylight. The role of daylight in day to day basis and the fact of providing internal space quality make it that important. This is one of the reasons behind the constant need to integrate daylight into architecture, apart from high cost of fossil fuels or temporary electricity sources. Besides being one of the most efficient sources of energy, not to mention the fact that it's completely free, there are other important aspects that should not be overlooked before entering the building. Generally, it is considered a pleasure to have daylight inside the building unless it distracts the occupants from accomplishing their daily tasks such as glare from computer screens as this can reduce productivity of offices and creates eye strain. Replacing artificial lighting with natural daylighting can be the best solution in terms of carbon footprint reduction and cutting costs to a minimum. It is essential to make sure that improper natural lighting or poor control doesn't give overheating or glare discomfort.
机译:验证内部环境和建筑物资格的方式的主要因素之一是白天的历史。日光在日常生活中的作用以及提供内部空间质量的事实使其成为重要。除了化石燃料或临时电源的高成本之外,这是持续持续的原因之一,持续将日光集成为架构。除了作为最有效的能量来源之一,更不用说它是完全自由的,还有其他重要方面,在进入建筑之前不应该被忽视。一般来说,除非它分散了占用者,否则这是一种乐趣在建筑物内有日光,除了从计算机屏幕上完成日常任务,否则这可以降低办公室的生产力并产生眼睛菌株。用自然的日光制成人工照明可以是碳足迹减少和切割成本最低的最佳解决方案。必须确保不正确的自然照明或控制不良不会过热或眩光不适。

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