What you'll learn
This course will empower you to harness the power of IES VE to model and analyze the energy performance of buildings.
Navigate the IES VE Interface: Grasp key IES VE software components, modules, and tools. Learn efficient navigation, project setup, and CAD-based building model
Construct & Configure Building Models: Learn precise building model creation for energy simulations. Explore techniques for architectural input, glazing systems
Perform Comprehensive Energy Analysis: Explore energy analysis by defining materials, schedules, HVAC systems. Learn to set up simulations for consumption, peak
Comprehensive Energy Analysis: Delve into energy assessment, define materials, occupancy schedules, HVAC systems. Learn simulation setup to assess consumption,
Requirements
No prior experience with IES VE software or energy simulation is required to enroll in this module. The course is designed to accommodate learners at various skill levels, making it suitable for both beginners and those familiar with building design concepts. Basic computer literacy and familiarity with architectural terminology will be beneficial, but not essential. To fully engage with the content, learners should have access to a computer with the IES VE software installed. A reliable internet connection is necessary for accessing the course materials and participating in any online components. We welcome beginners and aim to lower the barrier for entry into the world of energy simulation. By providing clear instructions and guidance, we ensure that learners can grasp the concepts and skills necessary to succeed in utilizing IES VE for building energy analysis. Join us to explore this exciting field, regardless of your prior experience or background.
Description
In the world of scientific exploration, modeling becomes a powerful method, standing beside deduction and induction. Unlike deduction, which follows logic, modeling creates data to analyze. This data comes from rules, not real-world measurements. While induction finds patterns, modeling helps us see if these patterns are true."Modeling" means different things in different fields. Here, it's like making a small version of something real, like a toy car representing a real car. These models are simple and made for certain goals. A toy car might show how it moves through the air, but not how its engine works. It captures the main ideas, but in a smaller way.Welcome to "Building Energy Simulation using IES VE.Enter the captivating realm of "Building Energy Simulation using IES VE." This meticulously crafted course, architected by luminaries from Firstgreen Consulting, a vanguard in renewable energy, delves into the art of building energy modeling via IES VE software. Enhanced by Firstgreen's proficiency in solar, wind, green building practices, and energy storage, the course illuminates the significance of energy modeling within our ecologically conscious world. Charting an encompassing trajectory, it guides participants through the entire project lifecycle, traversing from initial planning to final operation.Upon journey's end, participants shall wield mastery over harnessing IES VE for energy simulations, crafting edifices that transcend aesthetic excellence to embrace energy efficiency and eco-consciousness. Embark with us on this transformative odyssey, steering toward a future where energy preservation, carbon reduction, and sustainability coalesce into palpable achievements.
Overview
Section 1: Introduction
Lecture 1 BUILDING ENERGY SIMULATION
Lecture 2 GETTING STARTED WITH IES VE
Lecture 3 BUILDING GEOMETRY MODELLING USING IES VE
Lecture 4 BUILDING ENVELOPE AND ITS PARAMETERS
Lecture 5 BUILDING SERVICES AND CONTROL
Lecture 6 STRATEGIC SYSTEM PROFILING FOR SIMULATION EXCELLENCE
Lecture 7 ZONING STRATEGIES FOR COMPREHENSION BUILDING ANALYSIS
Lecture 8 RUNNING SIMULATIONS
1. Sustainability Advocates and Professionals: If you're working in the sustainability sector or have a passion for green initiatives, this course will provide you with the tools to make buildings more energy-efficient and environmentally friendly.,2. Environmental Science Enthusiasts: Students pursuing a Master's in Environmental Sciences or those with a keen interest in the field will find this course particularly beneficial. It bridges the gap between theoretical knowledge and practical application in the realm of building energy.,3. Architects and Building Designers: For those involved in the design and construction of buildings, understanding energy simulations can be crucial in creating structures that are both aesthetically pleasing and energy-efficient.,4. Energy Consultants and Analysts: Professionals who advise on or analyze energy consumption patterns can greatly benefit from the in-depth knowledge this course offers on building energy simulations.

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