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Detailed Plant Simulation
CI-2009 EAc1.3:Optimize Energy Performance—HVACposted by Chilufya Lombe on
Hi, we have a project with a certain number of 'back up' systems for air conditioning.
active control for private offices
CI-2009 EAc1.3:Optimize Energy Performance—HVACposted by Mark Taake on
I'm beginning to think that in many cases the private office active control requirement can be made to work for a VAV system only if each office has a separate motorized damper in the supply duct s
Datacentre Requirements
CI-2009 EAc1.3:Optimize Energy Performance—HVACposted by Priyadarsi Das on
Project Description: The project is approximately 3.0 lack Sft which is G+10 floors and going for LEED CI rating.
EAc1.3
CI-2009 EAc1.3:Optimize Energy Performance—HVACposted by Dipti Talwar on
Hi, I have couple of queries regarding EAc1.3 Option 1- Equipment efficiency 1.We are doing a interior fit out project (LEED CI), in which the complete building (100%) will be leased to a single
Critical Path Supply Duct Pressure Drop Calculations
CI-2009 EAc1.3:Optimize Energy Performance—HVACposted by Bryan Lanier on
Currently working on a tenant project. Base building chilled water to each floor supplying DOAS Terminal Units. I'm planning on supplying PD calcs for representative units.
Option 2: Scope and EAp2
CI-2009 EAc1.3:Optimize Energy Performance—HVACposted by Marco Abdallah on
1) Is it possible to pursue option 2 even if all the central HVAC systems are not part of the tenant scope of work? 2) Is it possible to use the simulation (option 2) according Ashrae Appendix G al
Showing Prescriptive Compliance for CRAC units
CI-2009 EAc1.3:Optimize Energy Performance—HVACposted by Christie Rimes on
The CI project I am working on uses a CRAC unit and I was uncertain, which category CRAC units come under. If it is classified as Packaged Unitary Equipment then it needs to show compliance with E
LEED Retail CI EAc1.3 zoning and controls
CI-2009 EAc1.3:Optimize Energy Performance—HVACposted by Francisco Aguirre on
Hi, I am working on a retail project with a VAV system where zoning is performed by variable dampers controlled by thermal sensors in each different thermal zone.