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Target layer | First-level indicators | Secondary indicators | Judging rules |
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Green smart building evaluation U | Safety and durability U1 | Safety U11 | Reasonably improve the seismic performance of buildings |
Personnel safety protection measures |
Products or accessories with safety functions |
Antislip measures for indoor and outdoor floors |
People and vehicles are divided and the traffic system is sufficiently illuminated |
Durability U12 | Improve building adaptability |
Improve the durability of building components |
Improve the durability of building structure materials |
Reasonable use of decoration building materials |
Health and comfort U2 | Indoor air quality U21 | Control the concentration of major indoor air pollutants |
Decoration building materials meet national standards |
Water quality U22 | Direct drinking water, landscape water, and other water quality meet national standards |
Water storage facilities such as pools meet sanitary requirements |
Permanent identification of water supply and drainage pipeline equipment |
Acoustic environment and light environment U23 | Optimize the indoor acoustic environment of the main room |
The main room divider has good sound performance |
Make full use of natural light |
Indoor hot and humid environment U24 | Good indoor hot and humid environment |
Improve natural ventilation effect |
Improve indoor thermal comfort |
Convenience of life U3 | Mobility and barrier-free U31 | The site has convenient transportation |
Public areas meet all-age design requirements |
Service facilities U32 | Provide convenient public services |
Open urban green spaces, squares, and other venues |
Reasonably set up fitness venues and spaces |
Property management U33 | Formulate energy-saving, water-saving, and material-saving greening plans |
The average daily water consumption of the building meets the national standard |
Regularly evaluate the building operation effect |
Establish a green education publicity and practice mechanism |
Save resources U4 | Land saving and land use U41 | Economical and intensive use of land |
Reasonable development and utilization of underground space |
Reasonable parking design |
Energy-saving and energy utilization U42 | Optimizing the thermal performance of building envelope |
Energy efficiency of heating and air conditioning system is better than national standard |
Reduce energy consumption of heating and air conditioning systems |
Adopt energy-saving equipment and energy-saving measures |
Take measures to reduce building energy consumption |
Reasonable use of renewable resources |
Water-saving and water resources utilization U43 | Use higher-efficiency sanitary appliances |
Use water-saving equipment for irrigation and cooling water |
Comprehensive utilization of rainwater to make landscape water |
Use nontraditional water sources |
Wood-saving and green building materials U44 | Integrated design and construction of civil engineering and decoration |
Reasonable selection of building structure materials and components |
Industrialized interior parts are selected for building decoration |
Use recyclable and reusable materials |
Choose green building materials |
Livable environment U5 | Site ecology and landscape U51 | Reasonable layout of buildings and landscapes |
Planning surface and roof stormwater runoff |
Reasonably set up green land |
Reasonably arrange outdoor smoking areas |
Set up green rainwater infrastructure |
Outdoor physical environment U52 | The environmental noise inside the venue is better than the national standard |
Building and lighting design to avoid light pollution |
Comfortable and natural ventilation |
Reduce heat island strength |
Smart U6 | Smart security U61 | Equipped with public safety smart warning function |
Video surveillance with detection function |
Set up an emergency response system |
Computer room engineering and its own protective measures specification |
Effective display of video security monitoring system |
Fire and security have linkage function and work normally |
The security system has the ability to prevent damage |
The security system uses a dedicated transmission network |
Smart architecture and platform U62 | Support the deployment of IoT application services |
The platform can centrally monitor and manage each subsystem |
The platform follows the principle of modular construction |
The platform supports secondary development |
Realize equipment life cycle monitoring and management |
With the docking function of smart building operation and maintenance platform |
The platform can intelligently analyze data |
Specific applications such as data sharing |
Smart operation U63 | Has a smart parking management system |
Has a smart property management system |
Realize smart home with IoT technology |
With personnel positioning indoor navigation service |
Complete information query and release system |
Wireless network coverage on demand |
Access to smart platform for main electrical building equipment |
With office automation system |
Has a building energy metering management platform |
Set up an automatic remote metering system |
Set up air quality monitoring and release system |
Set up an online monitoring system for water quality and water supply and drainage |
Innovation and characteristics U7 | Improvement and innovation U71 | Further reduce the energy consumption of heating and air conditioning systems |
Architectural style design and inheritance of architectural culture |
Increase the green capacity of the site |
Reasonable selection of abandoned sites |
Structural system and building components meet requirements |
Apply BIM technology |
Reduce carbon emission intensity per unit area |
Green construction and management |
Use of insurance products for potential defects in construction project quality |
Characteristics U72 | Obtain the green building logo |
Meet the requirements of the national grid |
Set equipment monitoring health index |
Meet the individual needs of different acquaintances |
Apply big data artificial intelligence and other technologies |
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