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Manufacturing process
NC-v4 EAp2:Minimum energy performanceposted by ignacio furniés on
My question is regarding the EAp2 and EAc3, our project consists of a palm oil manufacturing facility.
Sea Water Cooled Chiller Modeling
NC-v4 EAp2:Minimum energy performanceposted by Sefa Sahin on
Dear All, Our project building is located in Istanbul/Turkey. Cooling will be provided by centralised two chillers. There is not a cooling tower.
Baseline system selection
NC-v4 EAp2:Minimum energy performanceposted by Gaston Michaud on
Hello everyone, We are working with a building that has a complicated geometry, and the selection of the baseline system is not that evident.
Minimum Energy Performance Calculator - Receptacle Equipment
NC-v4 EAp2:Minimum energy performanceposted by Mark Zoeteman on
Minimum Energy Performance Calculator on process loads tab under receptacle equipment modeling methods paragraph indicates there are three options to model receptacle equipment: average equipment p
Fresh Air & R-Values
NC-v4 EAp2:Minimum energy performanceposted by Muzammal Abbas on
Dear All, I want to know that is it mandatory in LEED that we must have a fresh air in each occupied spaces of a project OR we can comply just by providing overall fresh air of the project accordi
Tri-gen
NC-v4 EAp2:Minimum energy performanceposted by Victoria Watson on
Hi, I am QA'ing a model for a building that will be fed via a cogeneration plant (with absorption chillers) and therefore is a little complicated.
Code is surpassing 90.1-2010
NC-v4 EAp2:Minimum energy performanceposted by Amrit Kaur on
In a Jurisdiction where code is surpassing ASHRAE 90.1-2010 LEED buildings are required (by code) to meet the more stringent requirements but measure their energy score based improvement from ASHRA
Proposed Case-Process Load
NC-v4 EAp2:Minimum energy performanceposted by Muzammal Abbas LEED AP (BD+C) on
Hi, Is there any limitations in LEED V4 regarding process energy that it should be minimum 25% (In proposed case) of the baseline energy cost for the building.
DES Path 2 Engineering Analysis for Losses
NC-v4 EAp2:Minimum energy performanceposted by Ryan Hoffman on
The LEED v4 Reference Guide offers three was of determining equipment efficiencies, distribution losses, and distribution pumping energy: Monitored data, engineering analysis, and default values.
Data center - Baseline HVAC System
NC-v4 EAp2:Minimum energy performanceposted by Vassil Vassilev on
Hi Markus and all coleagues, In the Data center I'm about to start modeling, there are 4 IP rooms. Each of these rooms has IP load with a power density of 3.2 kW/m2 or 297 W/ft2.