Narrative.
Fuel consumption estimates.
Comparative analyses to recommended system
HVAC
defined in concept submissions.
1. A written narrative describing the final mechanical
Additional life cycle cost analyses as required to
system and equipment selection including:
optimize equipment selections, heat recovery/
Design conditions.
storage, and control/zoning options.
Ventilation rates, dehumidification and
Selection cut sheets of equipment and control
pressurization criteria.
systems.
Equipment capacities, weights, sizes and power
Calculations for duct losses.
requirements.
Calculations for piping losses.
A complete description of the air side and water
side systems and the associated components
Plumbing
including operating characteristics, ranges, and
1. Proposed plumbing system.
capacities, spaces served and special features.
Include lists of typical fixtures.
Description of occupied and unoccupied and
2. Evaluation of alternate sources for preheating of
related sequence of operations.
domestic water (solar or heat recovery).
Fuel and utility requirements.
Specifications.
An ASHRAE 90.1 compliance statement.
Redlined (strike through) version of each
A PBS-P100 compliance statement.
specification section to be used on the project
A revised description of any deviation from the
baseline system and PBS-P100
Cost Estimates.
Cost of total HVAC system.
Plumbing
Cost of major equipment.
1. Proposed plumbing system.
Cost of air distribution and piping system
Include lists of typical fixtures.
materials.
2. Evaluation of alternate sources for preheating of
domestic water (solar or heat recovery).
Fire Protection
Calculations and Energy Analysis.
Fire protection and life safety submission requirements
HVAC
shall be identified as a separate Fire Protection section
Building load calculations.
as outlined in this document.
Heat and air balance calculations.
Calculations.
Psychometric calculations for full load and partial
load utilization in summer, winter, spring, and fall.
1. Occupant load and egress calculations.
(Partial loads at 50% and 25%, and unoccupied
2. Fire protection water supply calculations.
hours.)
Includes water supply flow testing data.
Detailed energy analysis using DOE-2, or
3. Fire pump calculations where applicable.
approved equal. Output shall indicate energy
4. Smoke control calculations where applicable
consumption of the system and total building
(e.g., atrium, etc.).
energy summary.
319
SUBMISSION
REQUIREMENTS
A.3
New Construction and Modernizations Design Development
Revised March 2005 PBS-P100
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