Energy Modelling in EnergyPlus and OpenStudio (Module 4)

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课程主页: https://www.udemy.com/course/energy-modelling-in-energyplus-and-openstudio-module-4/

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Coursera 课程《EnergyPlus 和 OpenStudio 中的能源建模 (第四模块)》总结 本模块是关于使用 OpenStudio 接口进行能源建模的七模块课程的第四部分。 **主要学习内容:** * **理想空气负荷 (Ideal Air load)**:了解如何设置和理解理想空气负荷的模拟。 * **运行模拟 (Run Simulation)**:学习如何执行能源模拟。 * **在 OpenStudio 中创建模型 (Create model in OpenStudio)**:学习如何使用 OpenStudio 软件直接创建建筑模型。 * **分配空间类型 (Allot Space Type)**:为建筑的各个空间分配相应的类型(如办公室、卧室等)。 * **跟踪几何形状 (Tracing the geometry)**:学习如何精确地“描摹”建筑的几何形状,以确保模型的准确性。 本模块为后续更深入的建模和分析奠定了基础,重点在于如何从零开始利用 OpenStudio 软件构建和运行一个基本的能源模型。

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Energy Plus is a whole building energy simulation program that engineers, architects, and researchers use to model both energy consumption for heating, cooling, ventilation, lighting and plug and process loads and water use in buildings. OpenStudio is an open-source software development kit (SDK) for building energy modeling (BEM). The OpenStudio project includes a graphical application for creating and editing models, running simulations, and viewing results.Total Seven Module course is about Energy Modelling using OpenStudio interface of Energy Plus software. Module 1 A - Introduction to Energy Modeling B Key terminology of energy modeling C Energy Modeling parameters 1 Installation of OpenStudio and SketchUp Plugin 2 Create new model in SketchUPModule 2 3 SketchUp Commands 4 Import Drawing 5 Tracing of drawing 6 Creating window and door 7 Surface matching and naming spacesModule 38 Set attribute and WWR 9 Thermal zones 10 Overhang and building rotation 11 Creating shading surfaces 12 Download weather data 13 Install Data FileModule 4 14 Ideal Air load 15 Run Simulaiton 16 Create model in OpenStudio 17 Allot Space Type 18 Tracing the geometryModule 519 Renaming Space type 20 Creating thermal zones 21 Creating window and door 22 Merging of thermal zones 23 Schedules 24 ConsturctionModule 625 Load 25 Space type 26 Facility tab 27 Create customized load and schedule 28 Thermostat in zones 29 Read result 30 HVAC and Hot water 31 ConclusionModule 7Parametric analysisParametric analysis, managing measures in PAT, Algorithms in PAT, Running analysis in PAT, Output in PATModule 8DaylightingDaylighting Controls, Illuminance Maps, Advanced daylighting objects

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