& Construction

Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
& Manufacturing

Professional CAD/CAM tools built on Inventor and AutoCAD
Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
Professional CAD/CAM tools built on Inventor and AutoCAD
Transcript
00:01
Let's start by reviewing the basics of energy modeling and building performance simulation.
00:08
So, what is energy modeling?
00:11
Energy modeling is a tool for measuring building performance.
00:15
The goal of an energy simulation is to help you visualize the impact of your building form and configuration on its energy content.
00:25
Most of the energy modeling applications were built using the Department of Energy 2.2 or the Energy plus modeling engine.
00:35
Now, these tools used to be very difficult to use and were really the domain of specialists.
00:42
Needless to say, they were not very user friendly intended to be used later in the design process,
00:49
because you needed very specific information about the project.
00:53
That's not true anymore.
00:55
There is a host of new tools that were designed specifically for architects and designers,
01:01
and are meant to be used during the early design stages.
01:05
Autodesk's Insight is one such tool.
01:09
Insight is a cloud-based building performance tool and it is accessible directly from Revit from the analyzed Revit.
01:18
Using Insight, you can calculate your building's energy costs based on certain criteria.
01:26
Insight also provides comparisons of your building against baseline standards such as Ashray 90.1,
01:34
and the architecture 2030 standard.
01:38
What's great about Insight is that it visualizes key performance indicators.
01:44
These are things like window to wall ratio, the wall construction, HVAC efficiency, et cetera.
01:52
You can change these values in real time.
01:55
So, you can see how they would impact your energy costs.
01:58
Insight saves each model.
02:01
So, you can compare different configurations which is really useful in early design stages.
02:07
So, here's the scenario we're going to work with, you're designing an office building for a company that values sustainability
02:15
and it wants a high-performance building for their headquarters.
02:19
In fact, the client wants to meet the architecture of 2030 standards.
02:24
Now, you're in the concept phase and you want to test different building configurations and orientations,
02:31
so you can better understand the performance impacts such things have on the building.
02:37
And you want to do this before you get too far along the design process.
02:42
So, we're going to start with massing models in Revit.
02:46
And then we're going to bring those models into Insight for some quick analysis.
Video transcript
00:01
Let's start by reviewing the basics of energy modeling and building performance simulation.
00:08
So, what is energy modeling?
00:11
Energy modeling is a tool for measuring building performance.
00:15
The goal of an energy simulation is to help you visualize the impact of your building form and configuration on its energy content.
00:25
Most of the energy modeling applications were built using the Department of Energy 2.2 or the Energy plus modeling engine.
00:35
Now, these tools used to be very difficult to use and were really the domain of specialists.
00:42
Needless to say, they were not very user friendly intended to be used later in the design process,
00:49
because you needed very specific information about the project.
00:53
That's not true anymore.
00:55
There is a host of new tools that were designed specifically for architects and designers,
01:01
and are meant to be used during the early design stages.
01:05
Autodesk's Insight is one such tool.
01:09
Insight is a cloud-based building performance tool and it is accessible directly from Revit from the analyzed Revit.
01:18
Using Insight, you can calculate your building's energy costs based on certain criteria.
01:26
Insight also provides comparisons of your building against baseline standards such as Ashray 90.1,
01:34
and the architecture 2030 standard.
01:38
What's great about Insight is that it visualizes key performance indicators.
01:44
These are things like window to wall ratio, the wall construction, HVAC efficiency, et cetera.
01:52
You can change these values in real time.
01:55
So, you can see how they would impact your energy costs.
01:58
Insight saves each model.
02:01
So, you can compare different configurations which is really useful in early design stages.
02:07
So, here's the scenario we're going to work with, you're designing an office building for a company that values sustainability
02:15
and it wants a high-performance building for their headquarters.
02:19
In fact, the client wants to meet the architecture of 2030 standards.
02:24
Now, you're in the concept phase and you want to test different building configurations and orientations,
02:31
so you can better understand the performance impacts such things have on the building.
02:37
And you want to do this before you get too far along the design process.
02:42
So, we're going to start with massing models in Revit.
02:46
And then we're going to bring those models into Insight for some quick analysis.
How to buy
Privacy | Do not sell or share my personal information | Cookie preferences | Report noncompliance | Terms of use | Legal | © 2025 Autodesk Inc. All rights reserved
Sign in to start learning
Sign in for unlimited free access to all learning content.Save your progress
Take assessments
Receive personalized recommendations
May we collect and use your data?
Learn more about the Third Party Services we use and our Privacy Statement.May we collect and use your data to tailor your experience?
Explore the benefits of a customized experience by managing your privacy settings for this site or visit our Privacy Statement to learn more about your options.