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LEED for Retail
NC-2009 EAc1:Optimize Energy Performanceposted by Mark Zoeteman on
Are there software programs that model refrigeration systems stipulated in LEED for Retail other than eQUEST refrigeration version?
Ashrae 90.1.2010, HVAC Table 6.8.1.C Water Chiling Packages Eff.
NC-2009 EAc1:Optimize Energy Performanceposted by ABHIJIT PISAL on
In the table there is a mention of Path-A and Path-B. Pl. help as to how to interpret Path-A and Path-B.
Semiheated space and baseline model
NC-2009 EAc1:Optimize Energy Performanceposted by Francesco Passerini on
In the proposed building there is a semiheated space (climate zone 4, heating power 40 W/m^2, no ventilation, no cooling). In the baseline model shall that space be modeled without HVAC system?
Modeling the Baseline
NC-2009 EAc1:Optimize Energy Performanceposted by Carolina Vergnano on
I've seen some discussion about the section G3.1.1 from ASHRAE 90.1-2007, but I still have some doubt about it. I'm working in a project that is a build-to-suit office building with 13 floors.
LEED Interpretation 1600 for LEED-NC 2009?
NC-2009 EAc1:Optimize Energy Performanceposted by Dana Kose on
LEED Interpretation 1600 (see below for Interpretation language), which applies to EAc1, was written for LEED-CS version 2.0.
Earth Sheltered Buildings & Energy Modeling
NC-2009 EAc1:Optimize Energy Performanceposted by Josie Plaut on
We have a project that will be 60-70% earth sheltered and Appendix G doesn’t seem to provide guidance on how we might demonstrate the energy savings.
Data center Lighting - Building area method
NC-2009 EAc1:Optimize Energy Performanceposted by SAMY Chamy on
Dear All:- we are doing LEED NC project for data center which one is correct base case LPD for data center in building area method which lighting categories we take if we go with space by space m
Baseline System 2
NC-2009 EAc1:Optimize Energy Performanceposted by SSN Energy Model on
As per Table 6.8.1D, I observed the following EER = 12.3-(0.213*Cap/1000) EER Also, Cap means the rated cooling capacity of the product in Btu/hr.