Energy Modelling in EnergyPlus and OpenStudio (Module 1)

🌟 Course Title: Master Energy Modelling with EnergyPlus & OpenStudio (Module 1 Included)

Course Headline:

Unlock the Potential of Building Energy Modelling with Expertise in EnergyPlus using OpenStudio!

Introduction to Energy Modeling: Dive into the world of sustainable architecture and engineering with our comprehensive course on Energy Modeling using EnergyPlus and OpenStudio. This powerful combination is essential for any professional looking to predict building energy consumption, optimize design decisions, and comply with regulations. 🏢✨

What You'll Learn in Module 1: Building Envelope Design

Key Topics Covered:

• Understanding the Basics: Get acquainted with the fundamental aspects of building envelope design and its significance in energy modeling.
• Creating an OpenStudio Model: Learn how to set up your model and add essential weather data files for accurate simulation.
• Material Selection: Discover how to import materials from Building Component Library (BCL) or add new ones within the OpenStudio interface.
• Constructing Geometry: Master the process of creating detailed building geometry, which is crucial for precise energy calculations.
• Running Simulations: Gain the ability to execute energy simulations in EnergyPlus through OpenStudio, ensuring you get accurate results.
• Analyzing Output Files: Learn how to interpret and utilize the data from the simulation output files to make informed decisions about building design and performance.

Module 1 Highlights:

• Building Envelope Design: Understand the role of the building envelope in energy performance and its impact on heating, cooling, and overall energy consumption.
• OpenStudio Modeling: Develop a strong foundation by learning how to create a robust OpenStudio model, which serves as the framework for your energy simulations.
• Weather Data Integration: Add real-world weather data to ensure that your models reflect actual climate conditions.
• Materials and Construction Sets: Learn to select or define building materials and create construction sets within OpenStudio for a realistic simulation of heat transfer properties.

**Module 2: Defining Energy Uses & Spaces (Present Course)**🔄 In this module, you'll focus on defining energy uses and spaces with precision. You'll learn how to:

• Create Space Types: Understand the different types of spaces within a building and define them accurately in your model.
• Schedules and Schedule Sets: Learn to create schedules for occupancy, lighting, and equipment use that will affect energy consumption throughout the year.
• Defining Loads: Identify and assign loads, including ideal air loads, to simulate real-world conditions within your building model.
• Running Energy Simulations: Execute simulations to predict how various design choices will impact energy efficiency.
• Reading Output Files: Analyze simulation results and learn to draw conclusions from the data for better building design.

Upcoming Modules:

• Module 3: Sample Model Creation and Reporting: Apply your skills by creating a sample model of a primary school, performing simulations, generating reports, and reviewing them for insights.
• Modules 4 & 5: HVAC Systems Exploration: Dive deep into HVAC systems, including zoning, equipment selection, sizing, control, simulation, and report generation.
• Module 6: OpenStudio Measures: Discover how to apply energy-saving measures within your model to enhance its performance.
• Module 7: Parametric Analysis: Learn to perform parametric analyses to understand the impact of design changes on building performance.
• Module 8: Daylighting and Controls: Explore daylighting controls, illuminance maps, and advanced daylighting objects to optimize natural lighting and reduce energy consumption.

Join us on this journey to master Energy Modeling with EnergyPlus and OpenStudio! 🤝🌍 With our step-by-step guidance, you'll be equipped with the skills needed to excel in building simulation and energy management. Enroll now to secure your place in the world of advanced energy modeling!