Energy Conservation & Condensation Control [DN-15]-DN-15: Energy Conservation and Condensation Control 15-page Handout

DN-15: Energy Conservation and Condensation Control 15-page Handout

Pdf Summary

The article discusses energy conservation and condensation control in building design. It highlights the importance of energy conservation, as buildings consume a significant amount of electricity and fuel for heating, cooling, and operation. The article mentions that energy codes provide minimum building requirements to reduce energy consumption and save resources. It also mentions that sustainability or green building programs encourage energy savings beyond the code requirements.<br /><br />The article discusses various design strategies to improve energy efficiency, such as building orientation, shading, glazing, and color selection. Building orientation plays a role in controlling the effect of the sun on heating and cooling loads. Shading devices, such as overhangs and fins, can prevent solar heat gain and reduce cooling loads. The type, amount, and orientation of glazing can affect heating, cooling, and daylighting requirements. The article also mentions that color selection can impact energy conservation, with high albedo surfaces reflecting more solar radiation and reducing heat gain.<br /><br />The article also discusses the importance of air infiltration control, thermal resistance (R-value) of building materials, and the thermal properties of windows and fenestration products. It emphasizes the need for an integrated design approach to optimize energy efficiency, reduce costs, and comply with energy codes.<br /><br />Overall, the article provides insights into energy conservation and condensation control in building design, emphasizing the importance of sustainable practices and energy-efficient building systems.

Keywords

energy conservation

condensation control

building design

energy codes

sustainability

design strategies

building orientation

shading

glazing

color selection