Real-Time Attic Temperature Monitoring
The attic of your home can feel like an oven in the summer, heating your living spaces from above. Attic insulation helps keep temperatures in check, preventing costly damage and increasing energy efficiency. The key is to monitor attic temperatures to address any issues early on.
Moisture sensors detect changes in humidity that could signal moisture leaks or other structural problems. Addressing them early prevents wood rot, mold growth, and other expensive damage, while saving on high energy bills.
Real-Time Attic Temperature Monitoring: Keeping Energy Costs Under Control
Maintaining balanced moisture levels also helps insulation work more efficiently, reducing heating and cooling costs. This savings translates into lower maintenance costs and a healthier indoor environment for homeowners.
A comprehensive analysis of the thermal performance of an attic space requires both field measurements and computer simulation. BIM software tools such as Revit and EnergyPlus are well-suited to these analyses because of their robust modeling environments and scalable computing capacity.
The first step of the experiment involves collecting data for both the UAB and VAB case studies, including field measurements of indoor air temperature and moisture levels. These are then compared with results from the simulated models created using EnergyPlus and Revit.
While the overall results are similar between the two cases, there are some differences that can be attributed to different assumptions made during model development. One important consideration is the window shading and roof structure, which have a significant impact on heat transfer and thermal behavior.
Georgia Insulation
2092 Crow Rd, Gainesville, GA 30501
(770)758-4459
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