- Climate & Site Analysis
- Climate Analysis
- Human Thermal Comfort
- Building Site and Program
- Passive Design Strategies
- Building Massing & Orientation
- Passive Heating
- Passive Cooling
- Lighting and Daylighting Design
- Green Building Materials
- Indoor Air Quality
- Bldg Science Resources
- Autodesk Insight Tools
- Exploring Insight
- Exploring Insight Factors
- Creating an Energy Model
- Basic workflow with conceptual models
- Workflow for schematic models
- Workflow for detailed models
- Comparing Scenarios in Insight
- Building Orientation in BIM
- Energy Loads in BIM
- Lighting Analysis in BIM
- Revit tools for BPA
- Energy Performance and Climate in BIM
- Sun Path Visualization in BIM
- Wind Analysis in BIM
- Solar Analysis in BIM
- Thermal properties in Revit and Insight
- Glazing Thermal Properties in Revit and Insight
- Envelope Thermal Properties in Revit and Insight
- Using Spaces in Revit
Lighting and Daylighting Design
Getting smart about lighting is an important step to designing energy efficient buildings. Learn how to use daylighting, efficient lights, and good controls to both reduce energy demands and make people happier and more productive.
The sun is predictable and daylight can be a very reliable source of light. Sunlight, views, and daylight are different though, and need to be carefully managed.
Daylighting, or using sunlight to illuminate your building, is an effective way to both decrease your building’s energy use and make the interior environment more comfortable for people.
In commercial buildings, electric lighting accounts for 35 - 50% of total electrical energy consumption. Strategic use of daylight can reduce this energy demand. Daylight also improves people's comfort and productivity.
Even when you can’t use daylighting, good lighting design can reduce energy use significantly. Both are important in Net Zero Energy Buildings.
Visual comfort is measured by illumination levels and distribution. This includes not only the brightness of light sources, but also the colors in the light, and how well light is spread around spaces. The goal is to illuminate tasks without using too much energy or causing glare. Good lighting design achieves visual comfort by modeling and simulating daylight and artificial light.
Using daylight in your building is a key strategy for passive design. Letting sun into your building impacts visual comfort, as well as thermal comfort. Learn design strategies to help you use daylight to meet as much of your lighting needs as possible.
Views are the ability for building occupants to see landscape, objects, and people outside the building. For many occupants, this is a major factor in their enjoyment of the site and visual comfort.