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Why Energy Modelling is necessary?
Rating: 4.4 out of 5(2 ratings)
8 students

Why Energy Modelling is necessary?

Building Energy Modelling / Building Simulation / Basics of Energy modelling / Role of simulation in building design
Created byDr Sonal Desai
Last updated 1/2022
English

What you'll learn

  • Importance of Energy Modelling
  • Why Energy simulation is necessary
  • How Building simulation is helpful to meet building compliance
  • LEED and Energy simulation
  • What is Energy simulation
  • Technical terms of energy simulation
  • How a Simulation Program Works?
  • Data Required for Energy Modeling
  • Different Simulation Programs

Course content

1 section7 lectures1h 10m total length
  • Simulation Requirement_I9:02

    Learn how energy modelling uses computer-based simulation to anticipate building performance, evaluate design options, and inform upgrades—considering climate, geometry, materials, occupancy, and systems.

  • Simulation Requirement_II7:19

    Learn how energy modeling uses occupancy schedules, zoning, weather data, and input files to drive simulation results for Essebsi compliant buildings.

  • Simulation Requirement_III9:25
  • Simulation Requirement_IV16:32
  • Simulation Requirement_V7:35
  • Simulation Requirement_VI9:52
  • Simulation Requirement_VII10:19

    Explore energy modelling using varied simulation software—from simple energy use tools to complex programs with lighting and CFD—and learn selection guidance for Energy Plus, Design Builder, and EcoTank.

Requirements

  • A desire to learn.
  • Some engineering knowledge is beneficial, but lessons are explained in depth to allow students to build their knowledge from the ground up.
  • A background in engineering / Architect would have added advantage

Description

This course is not about how to do Energy Modelling? This is about why Energy Modelling is important. It explains energy modelling process with detail discussion about technical terms related to Energy Modelling process. How simulation engine works and what are different types of loads that is explained here. When used manual calculations for any load of building, what type of errors can be there that is narrated followed by data required to perform modelling and their sources. Outputs of simulation programs are shown with images and graphs. Known software for energy simulation is listed with their features followed by selection guidelines and FAQs. Course is helpful to Engineers, Consultants, Architects and Energy managers who wish to adopt Energy efficient design of building and ECBC compliance.

Course Content

Simulation Requirements (Why Energy Modelling is necessary?)

What is Energy Modelling?

Energy simulation schematic

Key Technical Terms

  • Construction & Layers

  • Equipment Sizing

  • Hourly Simulation

  • Input File

  • Output File

  • Parametric/Sensitivity Analysis

  • Schedule

  • Thermal Zone

  • Visualization

  • Weather File

How a Simulation Program Works?

Space Loads / System Loads /Central Plant Loads / Economic Calculations

Data Required for Energy Modeling

Limitations of Manual Load Calculations

Simulation Program Outputs

  • The input data

  • Building loads

  • Equipment sizing data

  • Energy consumption

  • Energy consumption

  • Life-cycle cost

Simulation Program Output Images and tables

How to Select a Simulation Program

Minimum Modeling Capabilities

Role of Energy Simulation in ECBC Compliance

Proposed Building Vs Standard Building

Simulation Programs Types

Popular Simulation Programs and their comparison

Who this course is for:

  • Engineers
  • Architects
  • Consultants
  • Practicing Engineers
  • Energy consultants
  • Sustainability Engineers