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Optimized Automatic Lighting Control in a Hotel Building for Energy Efficiency

机译:优化的酒店建筑中的自动照明控制,以实现能源效率

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Energy efficient buildings are demand of today's world and very important area for R&D, because requirement of electricity is quite higher than available resources. Energy Efficiency in buildings is a very popular area for R&D. This paper demonstrates through software simulation that a significant reduction in the energy consumption can be achieved using daylight based lighting control. Lighting in a building is one of the dominant sources for electric-energy consumption and because of it a needs special attention during energy optimization, its heating effect also affects HVAC loading in building. Automatic lighting control can be daylight level, occupancy or schedule. Day-light level-based strategies takes efficient consideration of natural daylight availability and operate only the minimum amount of electrical lighting just to fulfill the desired level of lighting. The two main methods for controlling lighting in day lighted areas are switching daylight and dimming daylight. Gradual lighting control can provide 30-40% energy saving. The saving can be even more with on/off type of light control.
机译:节能建筑是对当今世界的需求,以及研发的非常重要的领域,因为电力的要求比可用资源高。建筑物中的能效是研发的一个非常受欢迎的区域。本文通过软件模拟演示了使用基于日光的照明控制可以实现能量消耗的显着降低。建筑物中的照明是电能消耗的主导来源之一,并且由于它在能量优化期间需要特别注意,其供热效果也会影响建筑物的HVAC装载。自动照明控制可以是日光水平,占用或时间表。基于日光级别的策略有效考虑到自然的日光可用性,仅运营最小电气照明量,以满足所需的照明水平。在点亮区域控制照明的两种主要方法正在切换日光和调光日光。渐进式照明控制可提供30-40 %节能。储蓄可以更多地使用开/关型光控制。

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