GB/T 42881-2023Sustainable cities and communities - Maturity model for smart sustainable communities (English PDF)

Foreword

This document was issued on 6 August 2023 by the State Administration for Market Regulation; Standardization Administration of the PRC and takes effect on 1 December 2023.

It is a GB/T standard: recommended rather than compulsory, but it is the text a Chinese reviewer applies when assessing a submission.

It is classified under ICS 13.020.20, Chinese classification A00.

This document complies with the provisions of GB/T 1.1-2020 "Standardization Work Guidelines Part 1.Structure and Drafting Rules of Standardization Documents"

Drafting.

The translation method used in this document is equivalent to ISO /T S37107.2019 "Smart Sustainable Community Maturity Model for Sustainable Cities and Communities".

Type", the file type is adjusted from ISO technical specifications to my country's national standards.

This document has made minimal editorial changes. the preface of ISO /T S37107.2019 has been deleted and the preface of this part has been added.

Please note that some content in this document may be subject to patents. The publisher of this document assumes no responsibility for identifying patents.

This document is proposed and coordinated by the National Standardization Technical Committee for Sustainable Urban Development (SAC/TC567).

This document was drafted by. China Institute of Standardization, Smart City International Standards Information Consulting (Hangzhou) Co., Ltd., Nankai University, Shenzhen Hainan

Qing Video Technology Co., Ltd., Zhongshan City, Guangdong Province Quality and Technical Supervision Standards and Coding Institute, Xianju County People's Government, Beijing Yudao Shifang Technology

Group Co., Ltd., Jinpu New District Management Committee, Schler Intelligent Technology (Shanghai) Co., Ltd., Yudao Engineering Consulting (Beijing) Co., Ltd., Beijing

Beijing Capital Development Co., Ltd. Shokai Zhixin Branch, China Construction Shanghai Design and Research Institute Co., Ltd., Beijing Yixin Technology Co., Ltd.

Company, Terminus Technology Group Co., Ltd., Shanghai Zhangjiang Zhihui Technology Co., Ltd., China Academy of Building Sciences Co., Ltd., Jinpu New District

Planning Bureau, Raoyang County Market Supervision and Administration Bureau.

The main drafters of this document. Yang Feng, Meng Fanqi, Wan Yulong, Shao Chaofeng, Zhou Bo, Zhang Ben, Yan Maomao, Dong Shanfeng, Hu Fan, Zhang Guoyi,

Kang Guohu, Li Jingyang, Wang Wei, Sun Tang, Yang Yang, Huang Jun, Deng Gaofeng, Mu Hongying, Qiao Hongmei, Zhou Qi, Wang Nan, Miao Rui, Chen Liang, Ren Jing, Wang Bin,

Wu Kexin, Yang Yu, Wang Hongbin, Guan Yunlong, Niu Zhiqiang.

Introduction

In September.2015, world leaders adopted the United Nations "Transforming Our World. the 2030 Agenda for Sustainable Development" in New York.

The agenda adopts 17 sustainable development goals and 169 targets, aiming to end poverty and promote prosperity and well-being by 2030.

welfare, while reducing the adverse impact of human activities on the environment. The United Nations Sustainable Development Goals directly target cities through Goal 11, which aims to “build

to build cities and human settlements that are inclusive, safe, resilient and sustainable”.

In order to meet the needs of city and community managers for simple and easy-to-use advanced urban diagnostic tools, this document helps

Help managers assess the level of urban sustainable development. The maturity model covered in this document was established jointly with pilot cities, which include

Including. Birmingham, UK, Cambridge, UK, Glasgow, UK, London, UK, Peterborough, UK, Dubai, UAE, Tianjin, China, Singapore, Russia

Ross Moscow, Sydney, Australia.

This document consists of 5 chapters.

---Chapter 1 describes the scope of the smart sustainable city maturity model;

---Chapter 2 lists normative references;

---Chapter 3 specifies the terms and definitions used in this document;

---Chapter 4 describes the methods and principles used in developing the smart sustainable city maturity model;

---Chapter 5 introduces the smart sustainable city maturity model structure and provides guidance on how to use the smart sustainable city maturity model.

types, including.

* How to use the Smart Sustainable City Maturity Model to conduct a baseline analysis of the current maturity;

* How to leverage smart sustainable city maturity to improve performance;

* How to combine smart sustainable city maturity with other maturity models to solve specific issues of sustainable development driven by intelligence

topics (such as the European Committee for Standardization’s Smart Resilience Maturity Model, and the local government leaders covered in ISO 18091

Require functional department service level quality assurance models.

In the three appendices of this document, the following supporting tools are included.

---Appendix A is a detailed diagnostic tool for the smart sustainable city maturity model;

---Appendix B is a broader set of national and ISO standards and guidelines that cities can use to their advantage to solve problems in their applications.

Shortcomings in using the smart sustainable city maturity model;

---Appendix C describes in more detail the relationship between this model and the main functions of local government involved in ISO 18091, which is helpful for promoting

The combined use of both tools.

Sustainable urban and community development

Smart Sustainable City Maturity Model

1 Scope

GB/T 42881-2023 gives cities a way to judge how far along they actually are. Smart city programmes are assessed almost everywhere by what has been deployed — sensors installed, platforms procured, applications launched — which measures spending rather than capability, and produces the familiar result of a city with many systems and little integration between them. A maturity model asks a different question: not what exists but how well the organisation does the thing, from ad hoc and project-driven at the bottom to managed, integrated and continuously improving at the top. Because it describes stages rather than requirements, a city can locate itself honestly and see what the next step is, which a compliance checklist does not offer. This document provides a high-level maturity model for smart sustainable city development, usable by an individual city or by a district for self-assessment. Under ICS 13.020.20 and CCS A00, it is written for municipal governments and the departments running these programmes, for the consultancies advising them, and for the national and provincial bodies that fund and evaluate smart city work.

This document provides a high-level maturity model for the sustainable development of smart sustainable cities that can be used both for individual cities and societies.

The district’s self-assessment can also serve as the basis for joint assessment by multiple cities. The smart sustainable city maturity model provides a convenient model

This model allows managers to evaluate the maturity of urban standards practice, identify strengths and weaknesses, and thus find standards that match urban development.

standards and guidelines.

2 Normative reference documents

The contents of the following documents constitute essential provisions of this document through normative references in the text. Among them, the dated quotations

For undated referenced documents, only the version corresponding to that date applies to this document; for undated referenced documents, the latest version (including all amendments) applies to

this document.

GB/T 40758-2021 Urban and community sustainable development terminology (ISO 37100.2016, IDT)

GB/T 42883-2023 Smart city infrastructure assessment and improvement maturity model (ISO 37153.2017, IDT)

3 Terms and definitions

The terms and definitions in GB/T 40758-2021 apply to this document.

4 Methods and Structure

4.1 Background

The smart sustainable city maturity model should be developed using the methods in GB/T 42883-2023.It is widely used with other

The ability to address maturity issues in the software development domain as proposed in maturity model standards such as ISO /IEC 15504 (all parts)

The methods applied in maturity models) are highly relevant. Description of the methodology and the resulting smart sustainable city maturity model structure

as follows.

---4.3, provides an overview of the smart sustainable city maturity model;

---4.4, explains in detail the dimensions and key features of the model for evaluating smart sustainable cities;

---4.5, describes the 5 maturity levels used to describe each key feature in the smart sustainable city maturity model.

4.2 specifies what should be followed when applying the methods in GB/T 42883-2023 to establish a smart sustainable city maturity model

in principle.

4.2 Design principles of smart sustainable city maturity model

The maturity model in GB/T 42883-2023 is used to assess the maturity of smart city infrastructure. In this document, application

It is intended to assess the overall maturity of the city. The broadness of the smart sustainable city maturity model inevitably requires that in its application

Many choices should be made when applying the GB/T 42883-2023 method. These choices are determined by the eight principles of the Smart Sustainable City Maturity Model in Table 1.