Energy Efficiency Calculator for the USA

Please enter the requested information regarding the building and HVAC Equipment

Building Location
Select State/Territory
Select City
Total Area
Square Footage
Heating Fuel
Select fuel
 
Heating Efficiency *
Cooling Efficiency (SEER) *
Enter SEER
 
*Heating and Cooling Efficiency can be determined from mfrs HVAC system literature. If not available, use the following guidelines below based on the age of the system.
Electric Heating is 100% efficient.
Age of HVAC Unit Heating (%) Cooling (SEER)
  Gas / Oil  
EnergyStar 2011 90 / 85 14.5
5 Year Old System 85 / 80 10
10 Year Old System 80 / 70 6
20 Year Old System 72 / 65 4
Older System 65 / 60 2

Heating Cost ***

Enter $/ Gallon
National Average $/ Gallon 0
State Average $/ Gallon 0

Cooling Cost ***

Enter $/kWh
National Average $/kWh 0
State Average $/kWh 0
 

This energy calculator provides information concerning energy loss through different types of doors. It is NOT a comprehensive calculator of whole building energy performance. It does not account for energy loss through other building envelope features beyond the basic system indicated. All other energy usage, such as lighting, is excluded.
This calculator has been developed by Architectural Testing on behalf of ASSA ABLOY using industry accepted calculation techniques. Specific state and location information downloaded from NOAA.

Door Performance Results*

Annual Energy Usage (MBTU)

Baseline Heating Cooling Total
Steel Stiffened (U-Value .56) 0 0 0
Alternatives
Trio-E (U-Value .29) 0 0 0
Polyurethane (U-Value .38) 0 0 0
Polystyrene (U-Value .42) 0 0 0

Total Annual Cost

Baseline Heating Cooling Total
Steel Stiffened (U-Value .56) 0 0 0
Alternatives
Trio-E (U-Value .29) 0 0 0
Polyurethane (U-Value .38) 0 0 0
Polystyrene (U-Value .42) 0 0 0

Annual Cost Savings Compared to Baseline

  Heating Cooling Total
Trio-E (U-Value .29) 0 0 0
Polyurethane (U-Value .38) 0 0 0
Polystyrene (U-Value .42) 0 0 0