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首页> 外文会议>2014 International Conference on Advances in Energy Conversion Technologies : Intelligent Energy Management: Technologies and Challenges >Thermal and lighting analysis of a daylight-artificial light integrated office using Ecotect analysis
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Thermal and lighting analysis of a daylight-artificial light integrated office using Ecotect analysis

机译：使用Ecotect分析的日光-人造光集成办公室的热和照明分析

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This paper focuses on the thermal and lighting analysis of two standard office models. The first model is an office in Department of Electrical and Electronics, Manipal Institute of Technology, Manipal University. The second model is a general office taken in Manipal. Manipal is located 13.3500° N, 74.7800° E. It experiences tropical climate. Temperature ranges from 29° C to 34°C and the highest temperature is recorded in the months of March to May. For this project models are designed using Ecotect environment using its own internal drawing commands, extrusions and other modeling features. By changing the orientation of the room, angle of the blinds, material of the floor and walls, lighting and thermal analysis is done and one optimum design is created to achieve maximum energy saving.
机译：本文着重于两种标准办公模型的热量和照明分析。第一个模型是Manipal大学Manipal理工学院电气与电子系的办公室。第二种模式是在马尼帕尔（Manipal）设立的总公司。 Manipal位于13.3500°N，74.7800°E。它是热带气候。温度范围为29°C到34°C，最高温度记录在三月至五月。对于该项目，使用Ecotect环境并使用其自己的内部绘图命令，拉伸和其他建模功能来设计模型。通过更改房间的方向，百叶窗的角度，地板和墙壁的材料，照明和热分析，可以创建一种最佳设计以实现最大程度的节能。

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