California: 2008 California Code of Regulations: Title 24 (Part 6)
Summary
The current code is state developed and meets or exceeds the requirements of IECC 2009 and ASHRAE 2007. The standard is mandatory for all new residential and non-residential buildings, with energy performance addressing thermal envelope components and energy efficiency requirements for HVAC, hot water, lighting and auxiliary systems. The code allows a prescriptive compliance approach or an Energy Budget Approach; the energy budget can also be used to show compliance of an alteration or addition to an existing building. The 2012 version of the code is due to be released.
California has a long history of energy efficiency standards for buildings. The building efficiency standards have continually improved from 1978 through to the present day with efficiency requirements due to be further strengthened in 2013. The current code and surrounding support systems include a number of dynamic initiatives to improve energy efficiency; Time dependent valuation, local jurisdictions increasing efficiency requirements, certification schemes like HERS, ‘solar ready’ buildings initiative, energy benchmarking of commercial buildings and special requirements for public buildings.
General information
Remit Code
Coverage
-
Residential buildings
- One family
-
Multiple family buildings
- Time Dependent Valuation (TDV), provides the foundation for Title 24 calculations. TDV applies an hour-by-hour factor and reflects the life cycle value of energy savings, time of year, climate zone, type of fuel, building type and outdoor temperature.
- Other buildings
-
Commercial buildings
- Offices
- Retail and wholesale
- Hotels
- Hospitals
- Educational buildings
- Other buildings
- Industrial buildings
- Large Cities
- All urban buildings
- Rural buildings
-
GBPN Climate Classification
- Cooling Based
- Heating Based
- Warm and Humid
- Mixed
- 16 Climate Zones - Between heating based and a mixed climate.
Type of Building Code
Type of Building Code
- Cooling Based
- Prescriptive Codes
- Trade Off
-
Performance Codes for Refurbishments
Energy budget approach is a performance calculation but the calculation is based on a reference building.
-
Performance Codes for New Builds
Energy budget approach is a performance calculation but the calculation is based on a reference building.
- Energy Declaration
-
Model / reference Building
Energy Budgets (reference building) for a proposed building is the sum of the space-conditioning, lighting, and service water-heating budgets expressed in Btu/sf/a. Applicable to residential and non-residential buildings and alterations or additions.
- Mix of different models / Hybrids
Energy Covered
Basis for Energy Requirements
-
Overall performance frame
Time Dependent Valuation (TDV). Under TDV the value of electricity differs depending on time-of-use (hourly, daily, seasonal), and the value of natural gas differs depending on season.
-
Final Energy
Partially, calculation is for 'Site' energy.
- Primary Energy
-
Life Cycle Assessment considered (embedded energy)
Partially , not for individual buildings, but within Part 6 there are requirements for when an individual measure is undertaken, a cost optimal analysis is required for that system, including; first cost, ongoing costs, lifecycle savings.
Energy Uses and Functions Covered by the Code
-
Heating
Minimum prescriptive efficiency and sizing requirements. Heating system design loads shall be determined in accordance with the procedures described in the ASHRAE Handbook or as specified in a method approved by the Commission.
-
Cooling
Minimum prescriptive efficiency and sizing requirements. Cooling system design loads shall be determined in accordance with the procedures described in the ASHRAE Handbook or as specified in a method approved by the Commission.
- Dehumidification
-
Ventilation
Prescriptive efficiency and sizing requirements. Most large buildings are required to ensure that each space that is not naturally ventilated shall be ventilated with a mechanical system capable of providing a precribed outdoor air rate.
-
Airtightness
Building Envelope Leakage Diagnostics. Completed by the contractor responsible for testing building envelope leakage through pressurization of the house. Later to be verified by a third-party inspector (HERS rater).
-
Thermal bridging
No linear value but u-factor calculations for setting prescriptive requirments take into account thermal bridging averages. Additionally simulation software caluclates specific rates for different types of construction, mainly wood lumber or steel.
-
Hot water
Minimum efficiency and insulation requirements.
-
Technical installations
National efficiency standards apply.
-
Lighting
Depends on the building type - minimum efficiency, lighting control devices, ballasts and luminaires power, area controls and outdoor lighting controls. Lighting Systems are verified and signed by the contractor responsible for installing systems.
-
Appliances
National efficiency standards.
-
Design, position & orientation of building
Partially, no mandatory requirements, compliance credits can be obtained through bio-climatic design. Near future targeting is being planned.
- Heat recovery
- Passive solar
- Passive cooling
-
Natural ventilation
Requirements for Non-res, High-rise Res and Hotel/Motel, naturally ventilated spaces shall be permanently open to and within 20 feet of operable openings to the outdoors, with the opening not less than 5% of the conditioned floor area.
-
Solar protection
Shading devices to be included within energy calculations for residential buildings.
-
Daylighting requirements
Within lighting there are precribed requirements for daylight control devices. Daylight baseline assumed within commercial buildings.
-
Renewable Energy (solar, PV, others)
Renewable systems can be used to offset expected energy use when completing energy calculations for compliance. Many city only codes have increased requirements for renewable energy. No minimum requirements.
- Local renewable sources
-
Energy Offsets/Green Certificates
Energy offsets available.
Enforcement
Type of Enforcement
-
Local enforcement
The local agency with responsibility and authority to issue building permits and verify compliance with applicable codes and standards. The enforcement agency performs plan checks, inspections and Final approval. -
Third party inspection
Undertaken or required for some technical evaluations. - Central enforcement
-
Accreditation of applicants
For all buildings, the Certificate(s) of Compliance shall be signed by the person(s) accepting responsibility for the building design to certify conformance with Part 6 . -
Post Occupancy control
Partially, a requirement for certain commercial buildings.
On-site Inspections Occur
- On-site inspections
- During construction
- Post completion
-
Post occupancy
Partially, a requirement for certain commercial buildings.
Certification to Support Enforcement of Code
-
Energy Performance Certificate support BC
HERS rating for residential buildings. The HERS certificate does show the expected TDV. -
Positive labeling for building beyond the minimum BC level
HERS rating for residential buildings. -
Existence of EPC register database at national level
Partially, not mandatory, the HERS provider must maintain a database that incorporates an internet website-based user interface. -
Inspection of boilers
Partially, only at project completion to verify the system operates in accordance with design documentation. No ongoing testing requirements. -
Inspection of HVAC systems
Only at project completion to verify the system operates in accordance with design documentation. No ongoing testing requirements.
Penalties for Non-compliance
- None
- Fine
- Imprisonment
-
Refusal of permission to occupy
Refusal of permission to occupy. -
Refusal of permission to construct
Refusal of permission to construct. - Demolition
Measures Supporting Enforcement
-
Commissioning requirements
Acceptance testing is required. -
Airtightness testing required prior to compliance
Only for compliance with the HERS rating scheme. -
Mandatory Computer Modeling
Partially, only when using the Energy Budget method. -
Training of Inspectors
Training strategies differ between each county or city, but it does exist. Some cross-training is being undertaken in order to widen the technical knowledge base of each inspector. - Other
Values for New Buildings
San Diego/Los Angeles - Non-Residential Buildings.
Mean | Min | Max | |
---|---|---|---|
HDD (°C) | 745 | ||
CDD (°C) | 585 |
U-Value (W/m²K) | |||
---|---|---|---|
Roof | 0.380426 | Roof2 | 0.36907 |
Wall | 0.62458 | Wall2 | 3.91782 |
Floor | 0.403138 | Floor2 | 1.527382 |
Window | 4.37206 | Window2 | - |
Other | 4.37206 | - | - |
Overall U-Value | - | - | - |
Window1 | Window2 | |
---|---|---|
G Value/SHGC | 0.61 | |
Visible Transmission | ||
Percent |
Other Requirements Set for
-
Thermal bridge demands
No linear value but u-factor calculations for setting prescriptive requirments take into account thermal bridging averages. Additionally simulation software caluclates specific rates for different types of construction, mainly wood lumber or steel.
- Ventilation requirements (Electricity consumption for air transportation?)
- Pressure testing for ducting
- Domestic Hot Water COP - Heat Pump
-
Requirements for heat recovery
No heat recovery requirements.
-
Technical HVAC systems
Minimum efficiency requirements for unitary air conditioners and condensing units,chillers, unitary and applied heat pumps, packaged terminal air-conditioners and heat pumps, warm air furnaces/air conditioning units etc.
-
Requirements for efficient lighting
Requirements depend on the building type,minimum efficiency, lighting control devices, ballasts and luminaires power, area controls and outdoor lighting controls. Systems are verified and signed by the contractor responsible for installing systems.
Fresno Climate - Non-Residential Buildings.
Mean | Min | Max | |
---|---|---|---|
HDD (°C) | 1669 | ||
CDD (°C) | 1091 |
U-Value (W/m²K) | |||
---|---|---|---|
Roof | 0.221442 | Roof2 | 0.36907 |
Wall | 0.335002 | Wall2 | 1.198058 |
Floor | 0.403138 | Floor2 | 0.522376 |
Window | 2.66866 | Window2 | - |
Other | 2.66866 | - | - |
Overall U-Value | - | - | - |
Window1 | Window2 | |
---|---|---|
G Value/SHGC | 0.31 | |
Visible Transmission | ||
Percent |
Other Requirements Set for
-
Thermal bridge demands
No linear value but u-factor calculations for setting prescriptive requirments take into account thermal bridging averages. Additionally simulation software caluclates specific rates for different types of construction, mainly wood lumber or steel.
- Ventilation requirements (Electricity consumption for air transportation?)
- Pressure testing for ducting
- Domestic Hot Water COP - Heat Pump
-
Requirements for heat recovery
No heat recovery requirements.
-
Technical HVAC systems
Minimum efficiency requirements for unitary air conditioners and condensing units,chillers, unitary and applied heat pumps, packaged terminal air-conditioners and heat pumps, warm air furnaces/air conditioning units etc.
-
Requirements for efficient lighting
Requirements depend on the building type,minimum efficiency, lighting control devices, ballasts and luminaires power, area controls and outdoor lighting controls. Systems are verified and signed by the contractor responsible for installing systems.
San Francisco - High-Rise Residential Buildings and Guest Rooms of Hotels and Motels.
Mean | Min | Max | |
---|---|---|---|
HDD (°C) | 1738 | ||
CDD (°C) | 150 |
U-Value (W/m²K) | |||
---|---|---|---|
Roof | 0.158984 | Roof2 | 0.36907 |
Wall | 0.335002 | Wall2 | 0.90848 |
Floor | 0.193052 | Floor2 | 0.25551 |
Window | 2.66866 | Window2 | - |
Other | 2.66866 | - | - |
Overall U-Value | - | - | - |
Window1 | Window2 | |
---|---|---|
G Value/SHGC | 0.47 | |
Visible Transmission | ||
Percent | 40 |
Other Requirements Set for
-
Thermal bridge demands
No linear value but u-factor calculations for setting prescriptive requirments take into account thermal bridging averages. Additionally simulation software caluclates specific rates for different types of construction, mainly wood lumber or steel.
- Ventilation requirements (Electricity consumption for air transportation?)
- Pressure testing for ducting
- Domestic Hot Water COP - Heat Pump
-
Requirements for heat recovery
No heat recovery requirements.
-
Technical HVAC systems
Minimum efficiency requirements for unitary air conditioners and condensing units,chillers, unitary and applied heat pumps, packaged terminal air-conditioners and heat pumps, warm air furnaces/air conditioning units etc.
-
Requirements for efficient lighting
Requirements depend on the building type,minimum efficiency, lighting control devices, ballasts and luminaires power, area controls and outdoor lighting controls. Systems are verified and signed by the contractor responsible for installing systems.
Fresno - High-rise residential buildings and guest rooms of hotels and motels.
Mean | Min | Max | |
---|---|---|---|
HDD (°C) | 1091 | ||
CDD (°C) | 1669 |
U-Value (W/m²K) | |||
---|---|---|---|
Roof | 0.158984 | Roof2 | 0.36907 |
Wall | 0.335002 | Wall2 | 1.198058 |
Floor | 0.221442 | Floor2 | 0.335002 |
Window | 2.66866 | Window2 | - |
Other | 2.66866 | - | - |
Overall U-Value | - | - | - |
Window1 | Window2 | |
---|---|---|
G Value/SHGC | 0.4 | |
Visible Transmission | ||
Percent | 40 |
Other Requirements Set for
-
Thermal bridge demands
No linear value but u-factor calculations for setting prescriptive requirments take into account thermal bridging averages. Additionally simulation software caluclates specific rates for different types of construction, mainly wood lumber or steel.
- Ventilation requirements (Electricity consumption for air transportation?)
- Pressure testing for ducting
- Domestic Hot Water COP - Heat Pump
-
Requirements for heat recovery
No heat recovery requirements.
-
Technical HVAC systems
Minimum efficiency requirements for unitary air conditioners and condensing units,chillers, unitary and applied heat pumps, packaged terminal air-conditioners and heat pumps, warm air furnaces/air conditioning units etc.
-
Requirements for efficient lighting
Requirements depend on the building type,minimum efficiency, lighting control devices, ballasts and luminaires power, area controls and outdoor lighting controls. Systems are verified and signed by the contractor responsible for installing systems.
San Diego/Los Angeles - Low-rise Residential - Light and Heavy Construction.
Mean | Min | Max | |
---|---|---|---|
HDD (°C) | 745 | ||
CDD (°C) | 585 |
U-Value (W/m²K) | |||
---|---|---|---|
Roof | 0.1892664774 | Roof2 | 0.1892664774 |
Wall | 0.4367693618 | Wall2 | 2.327048808 |
Floor | 0.2988422248 | Floor2 | - |
Window | 2.2712 | Window2 | - |
Other | 2.2712 | - | - |
Overall U-Value | - | - | - |
Window1 | Window2 | |
---|---|---|
G Value/SHGC | 0.4 | |
Visible Transmission | ||
Percent | 20 |
Other Requirements Set for
-
Thermal bridge demands
No linear value but u-factor calculations for setting prescriptive requirments take into account thermal bridging averages. Additionally simulation software caluclates specific rates for different types of construction, mainly wood lumber or steel.
- Ventilation requirements (Electricity consumption for air transportation?)
-
Pressure testing for ducting
Partially - Only for HERS rated buildings and commercial buildings.
- Domestic Hot Water COP - Heat Pump
- Value for airtightness
-
Requirements for heat recovery
No heat recovery requirements.
-
Technical HVAC systems
Minimum efficiency requirements for unitary air conditioners and condensing units,chillers, unitary and applied heat pumps, packaged terminal air-conditioners and heat pumps, warm air furnaces/air conditioning units etc.
-
Requirements for efficient lighting
Requirements depend on the building type, minimum efficiency, lighting control devices, ballasts and luminaires power, area controls and outdoor lighting controls. Systems are verified and signed by the contractor responsible for installing systems.
San Francisco - Low-rise Residential - Light and Heavy Construction.
Mean | Min | Max | |
---|---|---|---|
HDD (°C) | 1738 | ||
CDD (°C) | 150 |
U-Value (W/m²K) | |||
---|---|---|---|
Roof | 0.1892664774 | Roof2 | 0.1892664774 |
Wall | 0.4367693618 | Wall2 | 2.327048808 |
Floor | 0.2988422248 | Floor2 | - |
Window | 2.2712 | Window2 | - |
Other | 2.2712 | - | - |
Overall U-Value | - | - | - |
Window1 | Window2 | |
---|---|---|
G Value/SHGC | 0.4 | |
Visible Transmission | ||
Percent | 20 |
Other Requirements Set for
-
Thermal bridge demands
No linear value but u-factor calculations for setting prescriptive requirments take into account thermal bridging averages. Additionally simulation software caluclates specific rates for different types of construction, mainly wood lumber or steel.
- Ventilation requirements (Electricity consumption for air transportation?)
-
Pressure testing for ducting
Partially, only for HERS rating and commercial buildings.
- Domestic Hot Water COP - Heat Pump
- Value for airtightness
-
Requirements for heat recovery
No heat recovery requirements.
-
Technical HVAC systems
Minimum efficiency requirements for unitary air conditioners and condensing units,chillers, unitary and applied heat pumps, packaged terminal air-conditioners and heat pumps, warm air furnaces/air conditioning units etc.
-
Requirements for efficient lighting
Requirements depend on the building type,minimum efficiency, lighting control devices, ballasts and luminaires power, area controls and outdoor lighting controls. Systems are verified and signed by the contractor responsible for installing systems.
Fresno - Low-rise Residential - Light and Heavy Construction.
Mean | Min | Max | |
---|---|---|---|
HDD (°C) | 1669 | ||
CDD (°C) | 1091 |
U-Value (W/m²K) | |||
---|---|---|---|
Roof | 0.1494211124 | Roof2 | 0.1494211124 |
Wall | 0.2988422248 | Wall2 | 1.192856952 |
Floor | 0.2988422248 | Floor2 | 0.70975 |
Window | 2.2712 | Window2 | - |
Other | 2.2712 | - | - |
Overall U-Value | - | - | - |
Window1 | Window2 | |
---|---|---|
G Value/SHGC | 0.4 | |
Visible Transmission | ||
Percent | 20 |
Other Requirements Set for
-
Thermal bridge demands
No linear value but u-factor calculations for setting prescriptive requirments take into account thermal bridging averages. Additionally simulation software caluclates specific rates for different types of construction, mainly wood lumber or steel.
- Ventilation requirements (Electricity consumption for air transportation?)
-
Pressure testing for ducting
Partially, only for HERS rating and commercial buildings.
- Domestic Hot Water COP - Heat Pump
- Value for airtightness
-
Requirements for heat recovery
No heat recovery requirements.
-
Technical HVAC systems
Minimum efficiency requirements for unitary air conditioners and condensing units,chillers, unitary and applied heat pumps, packaged terminal air-conditioners and heat pumps, warm air furnaces/air conditioning units etc.
-
Requirements for efficient lighting
Requirements depend on the building type,minimum efficiency, lighting control devices, ballasts and luminaires power, area controls and outdoor lighting controls. Systems are verified and signed by the contractor responsible for installing systems.
San Francisco - Non-Residential Buildings.
Mean | Min | Max | |
---|---|---|---|
HDD (°C) | 1738 | ||
CDD (°C) | 150 |
U-Value (W/m²K) | |||
---|---|---|---|
Roof | 0.221442 | Roof2 | 0.36907 |
Wall | 0.335002 | Wall2 | 3.6907 |
Floor | 0.221442 | Floor2 | 0.522376 |
Window | 2.66866 | Window2 | - |
Other | 2.66866 | - | - |
Overall U-Value | - | - | - |
Window1 | Window2 | |
---|---|---|
G Value/SHGC | 0.47 | |
Visible Transmission | ||
Percent |
Other Requirements Set for
-
Thermal bridge demands
No linear value but u-factor calculations for setting prescriptive requirments take into account thermal bridging averages. Additionally simulation software caluclates specific rates for different types of construction, mainly wood lumber or steel.
- Ventilation requirements (Electricity consumption for air transportation?)
- Pressure testing for ducting
- Domestic Hot Water COP - Heat Pump
-
Requirements for heat recovery
No heat recovery requirements.
-
Technical HVAC systems
Minimum efficiency requirements for unitary air conditioners and condensing units,chillers, unitary and applied heat pumps, packaged terminal air-conditioners and heat pumps, warm air furnaces/air conditioning units etc.
-
Requirements for efficient lighting
Requirements depend on the building type,minimum efficiency, lighting control devices, ballasts and luminaires power, area controls and outdoor lighting controls. Systems are verified and signed by the contractor responsible for installing systems.
San Diego/Los Angeles - High-Rise Residential Buildings and Guest Rooms of Hotels and Motels.
Mean | Min | Max | |
---|---|---|---|
HDD (°C) | 745 | 771 | |
CDD (°C) | 585 |
U-Value (W/m²K) | |||
---|---|---|---|
Roof | 0.158984 | Roof2 | 0.36907 |
Wall | 0.335002 | Wall2 | 3.91782 |
Floor | 0.221442 | Floor2 | 0.522376 |
Window | 2.66866 | Window2 | - |
Other | 2.66866 | - | - |
Overall U-Value | - | - | - |
Window1 | Window2 | |
---|---|---|
G Value/SHGC | 0.61 | |
Visible Transmission | ||
Percent | 40 |
Other Requirements Set for
-
Thermal bridge demands
No linear value but u-factor calculations for setting prescriptive requirments take into account thermal bridging averages. Additionally simulation software caluclates specific rates for different types of construction, mainly wood lumber or steel.
- Ventilation requirements (Electricity consumption for air transportation?)
- Pressure testing for ducting
- Domestic Hot Water COP - Heat Pump
-
Requirements for heat recovery
No heat recovery requirements.
-
Technical HVAC systems
Minimum efficiency requirements for unitary air conditioners and condensing units,chillers, unitary and applied heat pumps, packaged terminal air-conditioners and heat pumps, warm air furnaces/air conditioning units etc.
-
Requirements for efficient lighting
Requirements depend on the building type,minimum efficiency, lighting control devices, ballasts and luminaires power, area controls and outdoor lighting controls. Systems are verified and signed by the contractor responsible for installing systems.
Code History and Future Targets
-
How far in advance are future targets set?0
-
Are stakeholders informed of future targets far in advance?Yes
Zero Energy Targets
- Definition of nZEB/ZEB/Plus Energy etc
-
Are all end uses considered in the target?
Partially.
- Is there a realistic roadmap towards ZEB
-
National Target date for nZEB
State target, residential by 2020 and commercial by 2030 - all new commercial buildings and half of the existing commercial building stock be nZEB by 2030 (energy use will need to decrease by 60-70%). These targets are policy at this stage, not regulation or law.
- Special Requirements for public buildings
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Multiple Sets of Data
-
Levels beyond minimum
Only through CALGREEN or incentive programs. Generally, 15% or 30% for residential buildings and 10%-20% for commercial.
- Year historic or aspirational codes (planned)
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Actual level of Energy Consumption in Target
- Relative target in percent
- Absolute target
- Levels set in energy frame
- Levels set in primary energy
- Levels set in GHG emissions
- Levels calculated based on prescriptive
Supporting Measures
- Incentives/Rewards to Encourage People to go beyond Minimum Level?
- Involvement of Stakeholders in the Development of Codes
- Level of Training Provided to Stakeholders Following Implementation of Code?
- Provision of Appropriate Information for General Public
- Supporting Labeling Schemes
- Supporting Certification Schemes
- Codes Free to Access?
- Text on Code Access