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surfaces of the zones
NC-2009 EAc1:Optimize energy performanceposted by Francesco Passerini on
In my models (both proposed models and baseline models) the surfaces of the zones are from the inside edge of the external walls to the center of the internal partitions.
Energy Modeling Guidance
NC-2009 EAc1:Optimize energy performanceposted by Ralph Bicknese on
We are modeling a gym in Guatemala where we will have no heating or cooling system but will have mechanical ventilation.
Building recessed into hill/mountain
NC-2009 EAc1:Optimize energy performanceposted by Anoop Vijay on
Hi, I have a query related to baseline modeling for a hotel project in oman. This hotel is built on a hillside with the building recessed into the hill completely on one side.
How to model thermal breaks correctly?
NC-2009 EAc1:Optimize energy performanceposted by Saju Varghese on
I have a question, we have received a comment from a LEED reviewer requesting for the following information: "Table 1.4 of the template appears to indicate that all the assembly U-value for the ex
Building thermal Envelope
NC-2009 EAc1:Optimize energy performanceposted by PAWAN DAHIWAL on
R- value of different assemblies in building (conditioned) cannot be averaged. Why?? Only U-value, C-Factors can averaged.again Why??
Energy rate of DES Energy simulation
NC-2009 EAc1:Optimize energy performanceposted by Renaud Gay on
Hi Guys, I am a energy simulation engineer. Now I have a project which uses the district steam supplied by the local government as heat source.
Modeling Snow-Melt Systems
NC-2009 EAc1:Optimize energy performanceposted by David Hubka on
I am modeling a LEED building that includes a snow melt system. The system is served by the building's hot water boiler.
Building Envelope Requirements for Continuous Insulation
NC-2009 EAc1:Optimize energy performanceposted by Myra Villalobos on
We have a project that has structural masonry walls, and interior steel studs. Appendix G requires 7.5 c.i. for our walls, so I have two questions: 1.