Title
Energy Modeling in EnergyPlus and OpenStudio (Module 8)
Building Energy Modeling / Building Simulation /Energy Plus using OpenStudio / Learn Energy Modeling/DOE software

What you will learn
Energy Modelling
Building Modelling
Energy Simulation
Energy Uses and Thermal Loads
Some engineering knowledge is beneficial, but lessons are explained in depth to allow students to build their knowledge from the ground up.
Why take this course?
π Course Title: Mastering Building Energy Modeling with EnergyPlus and OpenStudio π GroupLayout: Module 8 - Energy Modeling in EnergyPlus using OpenStudio πβ¨
Headline: Unlock the Secrets of EnergyPlus and OpenStudio for Precision Building Simulation π’β‘οΈ
Course Description:
Embark on a comprehensive journey through the world of building energy modeling with our specialized module. In this course, you'll master the intricacies of EnergyPlusβa whole-building simulation engineβand OpenStudio, an intuitive software development kit for building energy modeling (BEM). Whether you're an architect, engineer, or researcher, this training will empower you to accurately predict and manage a building's energy consumption and environmental impact.
πΉ Key Course Highlights:
- EnergyPlus & OpenStudio Overview: Gain foundational knowledge of these powerful simulation tools.
- Hands-On Modeling: Learn by doing with practical exercises covering the entire modeling process.
- Advanced Energy Modeling Techniques: Explore advanced features like HVAC systems, energy uses, and measures.
- Daylighting Analysis: Discover how to simulate natural lighting in buildings and its impact on energy consumption.
Course Outline:
Module 1: Building Envelope Design π
- Setting up the OpenStudio Model & Weather Data
- Adding Materials and Importing from BCL (Building Component Library)
- Creating a Construction Set and Geometry
- Running an Energy Simulation
- Analyzing Output Files
Module 2: Defining Energy Uses & Spaces π
- Assigning Space Types and Schedules
- Defining Loads (Ideal Air)
- Running Energy Simulations
- Interpreting Output Files
Module 3: Sample Model Creation for a Primary School π«
- Geometry and Thermal Zones
- Scheduling for Spaces, Loads, and Equipment
- HVAC System Configuration (Primary School Case Study)
- Simulation, Reporting, and Data Analysis
Module 4 & 5: HVAC Systems ποΈ
- Zone HVAC Equipment and Air Loop Systems
- Plant Loops and Advanced HVAC Systems
- Sizing and Tuning HVAC and Water Equipment
- Performing Simulations and Analyzing Reports
Module 6: OpenStudio Measures π
- Utilizing OpenStudio Measures for Energy Efficiency Improvements
- Applying Measures in Real-World Scenarios
Module 7: Parametric Analysis π
- Exploring the Power of Parametric Analysis Tool (PAT)
- Managing Algorithms and Measures in PAT
- Running and Interpreting Analyses in PAT
- Understanding Complex Building Energy Scenarios
Module 8: Energy Modeling in EnergyPlus using OpenStudio π
- Daylighting Controls: Simulate the effects of daylight on building energy use.
- Illuminance Maps: Generate visual representations of lighting levels within a space.
- Advanced Daylighting Objects: Model dynamic components like louvers, shades, and glazing types to optimize natural light usage and energy savings.
By the end of this course, you'll have a solid understanding of how to effectively use EnergyPlus and OpenStudio for building energy modeling. You'll be equipped with the skills to perform detailed energy analyses, design energy-efficient buildings, and contribute to the global effort of sustainable architecture and engineering. π±π
Enroll now and take your Building Energy Modeling expertise to the next level with Energy Modeling in EnergyPlus using OpenStudio! πππ«
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