Energy Analyst (SEED)

Model basic building features such as: internal gains, multiple zones with central
HVAC systems, daylighting, envelope measures that affect thermal transmission,
and architectural shading effects.
Model mechanical systems utilizing project specific inputs and central plant
partial-load operating efficiencies.
Use lighting photometric calculations in estimating light levels.
Model complex ECMs such as heat recovery, fan and pump variable frequency
drive applications, ground-loop heat pumps, and enhanced direct digital control
strategies.
Determine which energy systems can be successfully modeled with the energy
simulation software program.
Simulate program default values if they are appropriate for the particular systems
selected.
Establish procedures within firm’s modeling team for the transfer of design
document details into the energy model.
Develop appropriate schedules for occupancy, lighting, equipment loads, etc. based
on input from project owner.
Interpret model output reports and results, such as annual and monthly end-use
analysis, equipment efficiencies, and part-load operation.
Establish in-house modeling quality control process.
Calibrate energy models to match actual post occupancy conditions including
variations in weather, building operation and installed equipment.
Produce accurate energy models where modeled energy use matches with actual
facility energy use.
Perform simple hand calculations and spreadsheet analysis to modify energy
model input variables, model output results or to provide stand-alone analysis.
Calculations shall follow the Exceptional Calculation Method as defined in the SEED
Program Guidelines