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ICC Standard 301 2014

ICC Standard 301 2014

$18.93

ANSI/RESNET/ICC 301-2014: Standard for the Calculation and Labeling of the Energy Performance of Low-Rise Residential Buildings using an Energy Rating Index; Republished January 2016

Published By Publication Date Number of Pages
ICC 2014 69
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This standard provides a consistent, uniform methodology for evaluating and labeling the energy performance of residences. The methodology compares the energy performance of an actual home with the energy performance of a reference home of the same geometry, resulting in a relative energy rating called the Energy Rating Index. Where the energy performance of the actual home and the reference home are equal, the Energy Rating Index is 100 and where the actual home requires no net purchased energy annually, the Energy Rating Index is 0 (zero).

PDF Catalog

PDF Pages PDF Title
1 ANSI/RESNET/ICC 301-2004 STANDARD FOR THE CALCULATION AND LABELING OF THE ENERGY PERFORMANCE OF LOW-RISE RESIDENTIAL BUILDINGS USING AN ENERGY RATING INDEX
2 ANSI/RESNET/ICC 301-2004 STANDARD FOR THE CALCULATION AND LABELING OF THE ENERGY PERFORMANCE OF LOW-RISE RESIDENTIAL BUILDINGS USING AN ENERGY RATING INDEX TITLE PAGE
COPYRIGHT
3 RESNET STANDARDS DEVELOPMENT COMMITTEE 300
RESNET STANDARDS MANAGEMENT BOARD
SPECIAL NOTE
5 CONTENTS
6 FORWARD (INFORMATIVE)
7 1. PURPOSE
2. SCOPE
3. DEFINITIONS
3.1 GENERAL
3.2 DEFINITIONS
14 3.3 ACRONYMS
15 4. HOME ENERGY RATING CALCULATION PROCEDURES
4.1 DETERMINING THE ENERGY RATING INDEX
4.1.1 CALCULATING END USE LOADS
EQUATION 4.1-1
16 EQUATION 4.1-1A
TABLE 4.2.1(1) COEFFICIENTS A AND B
4.1.2 CALCULATING THE ENERGY RATING INDEX
EQUATION 4.1-2
17 EQUATION 4.1-3
4.2 ENERGY RATING REFERENCE HOME AND RATED HOME CONFIGURATION
4.2.1 GENERAL REQUIREMENTS
4.2.2 RESIDENCE SPECIFICATIONS
TABLE 4.2.2(1) SPECIFICATIONS FOR THE ENERGY RATING REFERENCE AND RATED HOMES
18 TABLE (1) SPECIFICATIONS FOR THE ENERGY RATING REFERENCE AND RATED HOMES-CONTINUED
19 TABLE 4.2.2.(1) SPECIFICATIONS FOR THE ENERGY RATING REFERENCE AND RATED HOMES-CONTINUED
20 TABLE (1) SPECIFICATIONS FOR THE ENERGY RATING REFERENCE AND RATED HOMES-CONTINUED
21 TABLE(1) SPECIFICATIONS FOR THE ENERGY RATING REFERENCE AND RATED HOMES-CONTINUED
22 TABLE(1) SPECIFICATIONS FOR THE ENERGY RATING REFERENCE AND RATED HOMES-CONTINUED
23 TABLE 4.2.2(1A) ENERGY RATING REFERENCE HOME HEATING AND COOLING EQUIPMENT EFFICIENCIES
24 TABLE 4.2.2(1A) ENERGY RATING REFERENCE HOME HEATING AND COOLING EQUIPMENT EFFICIENCIES-CONTINUED
25 TABLE 4.2.2(2) COMPONENT HEAT TRANSFER CHARACTERISTICS FOR ENERGY RATING REFERENCE HOME
26 TABLE 4.2.2(3) INTERNAL GAINS FOR ENERGY RATING REFERENCE HOMES
TABLE 4.2.2(4) DEFAULT SOLAR ABSORPTANCE FOR VARIOUS ROOFING SURFACES
27 TABLE 4.2.2(6) DEFAULT FRAMING FRACTIONS FOR ENCLOSURE ELEMENTS
29 TABLE 4.2.2.4(1) ELECTRIC AUXILIARY ENERGY FOR FOSSIL FUEL HEATING SYSTEMS
EQUATION 4.2-1
TABLE 4.2.2.5(1) LIGHTING, APPLIANCE AND MISCELLANEOUS ELECTRIC LOADS IN ELECTRIC ENERGY RATING REFERENCE HOMES
30 TABLE 4.2.2.5(2) NATURAL GAS APPLIANCE LOADS FOR ENERGY RATING REFERENCE HOMES WITH GAS APPLIANCES
31 EQUATION 4.2-2
EQUATION 4.2-3
32 EQUATION 4.2-4
TABLE 4.2.2.5.2.5(1) AGE-BASED REFRIGERATOR DEFAULTS
TABLE 4.2.2.5.2.5(2) AGE-BASED VINTAGE RATIOS
33 TABLE 4.2.2.5.2.5(3) DEFAULT ADJUSTED VOLUME EQUATIONS
EQUATION 4.2-5A
EQUATION 4.2-5B
EQUATION 4.2-5C
34 EQUATION 4.2-6
35 EQUATION 4.2-7A
EQUATION 4.2-7B
EQUATION 4.2-8A
36 EQUATION 4.2-8B
EQUATION 4.2-9A
37 EQUATION 4.2-9B
38 EQUATION 4.2-10
4.3 OPERATING CONDITION ASSUMPTIONS
4.3.1 PROGRAMMABLE THERMOSTATS
4.3.2 LOCAL CLIMATE
4.3.3 HVAC SIZING
40 4.3.4 AIR SOURCE HEAT PUMPS
4.3.5 GROUND SOURCE HEAT PUMPS
41 4.3.6 FOSSIL FUEL FIRED FURNACES AND BOILERS
4.3.7 NATURAL VENTILATION
4.3.8 WHOLE HOUSE FANS
42 4.4 MINIMUM RATED FEATURES
4.4.1 DATA SOURCES
4.4.2 STANDARD FEATURES
43 TABLE 4.4.2(1) MINIMUM RATED FEATURES
44 TABLE 4.4.2(1) MINIMUM RATED FEATURES
TABLE 4.4.2(2) DEFAULT SOLID FUEL COMBUSTION SEASONAL EFFICIENCIES FOR SPACE HEATING
45 TABLE 4.4.2(2) DEFAULT SOLID FUEL COMBUSTION SEASONAL EFFICIENCIES FOR SPACE HEATING
46 TABLE 4.4.2(2) DEFAULT SOLID FUEL COMBUSTION SEASONAL EFFICIENCIES FOR SPACE HEATING
TABLE 4.4.2(3) DEFAULT VALUES FOR MECHANICAL SYSTEM EFFICIENCY (AGE-BASED)
47 TABLE 4.4.2(4) DEFAULT VALUES FOR MECHANICAL SYSTEM EFFICIENCY (NOT AGE-BASED)
TABLE 4.4.2(5) DEFAULT EAE VALUES
4.5 EXISTING HOME RETROFIT SAVINGS
4.5.1 BASELINE EXISTING HOME
48 4.5.2 IMPROVED HOME
4.5.3 STANDARD OPERATING CONDITIONS
49 TABLE 4.5.3(1) BASELINE EXISTING HOME INPUT CONSTRAINTS
50 4.5.4 ENERGY SAVINGS CALCULATION
EQUATION 4.5-1
4.6 ECONOMIC COST EFFECTIVENESS
EQUATION 4.6-1
EQUATION 4.6-2
51 EQUATION 4.6-3
EQUATION 4.6-4
EQUATION 4.6-5
4.6.1 CALCULATION OF RATIO PARAMETERS
EQUATION 4.6-6A
EQUATION 4.6-6B
EQUATION 4.6-7
52 EQUATION 4.6-8A
EQUATION 4.6-8B
EQUATION 4.6-8C
EQUATION 4.6-8D
4.6.2 STANDARD ECONOMIC INPUTS
53 EQUATION 4.6-9
EQUATION 4.6-10
54 5. CERTIFICATION AND LABELING
5.1 RATING REQUIREMENTS
5.1.1 GENERAL
55 5.1.2 SAVINGS ESTIMATES
56 TABLE 5.1.2(1) NATIONAL AVERAGE EMISSION FACTORS FOR HOUSEHOLD FUELS
57 5.1.3 REPORTS
58 5.1.4 RATING TYPES
59 5.2 INNOVATIVE DESIGN REQUESTS
5.3 LABELING
60 6. NORMATIVE REFERENCES
61 7. INFORMATIVE REFERENCES
64 ANNEX X-ECM GUIDELINES (INFORMATIVE)
TABLE GENERAL GUIDELES FOR DETERMINING ENERGY CONSERVATION MEASURE (ECM) SERVICE LIFETIMES AND MAINTENANCE FRACTIONS
66 ICC CODE CERTIFICATION
67 ICC MEMBER BENEFITS
68 ICC EVALUATION SERVICE
69 HELPFUL TOOLS FOR YOUR 2015 IECC

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