Form follows function in this campus health and wellness center. Studying the climate helped improve energy use. Studying humans helped improve emotional well-being.
Passive Heating, Cooling and Ventilation
Learn More
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Direct Solar Gain Fundamentals
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Total R-Values and Thermal Bridging Fundamentals
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Building Science Fundamentals Quick Reference
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Insulation Fundamentals
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Trombe Wall and Attached Sunspace
Fundamentals
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Thermal Mass Fundamentals
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Natural Ventilation Fundamentals
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Importing Weather Files to Ecotect
Tutorial
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Conceptual Energy Analysis
Tutorial Set
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Optimizing Heat Transfer Strategy
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Human Comfort
Fundamentals
To keep people comfortable you’ll need to use the right combination of passive and active design strategies. High-performance buildings use the right blend of passive and active design strategies to minimize energy, materials, water, and land use.
Passive design strategies use ambient energy sources instead of purchased energy like electricity or natural gas. These strategies include daylighting, natural ventilation, and solar energy.
Active design strategies use purchased energy to keep the building comfortable. These strategies include forced-air HVAC systems, heat pumps, radiant panels or chilled beams, and electric lights.
Hybrid systems use some mechanical energy to enhance the use of ambient energy sources. These strategies include heat recovery ventilation, economizer ventilation, solar thermal systems, radiant facades and even ground source heat pumps might be included in this category.
In general, you’ll want to optimize your design for passive strategies first. Doing so can often downsize the active systems you’ll need to install.
Understanding how to design for human comfort will help you pick the right passive design strategies.

