Code for Thermal Design of Civil Buildings Who has it?

GB5017693 is a code published by China Planning Publishing House in 1993 and jointly issued by the State Bureau of Technical Supervision and the Ministry of Jianming of the People's Republic of China. In order to facilitate relevant architects to understand the design specifications of civil buildings, Zhongda Consulting recommends a good book and periodicals - "Application Diagram of Thermal Design of Civil Buildings", and the following is the relevant content of the relevant thermal codes for civil building design compiled by Zhongda Consulting:

The latest version of the code for thermal design of civil buildings" basic overview:

The Unified Code for the Design of Civil Buildings GB50352-2005 is revised on the basis of the General Principles for the Design of Civil Buildings GB50352-2005 in accordance with the requirements of the Ministry of Housing and Urban-Rural Development Jianbiao [2013] No. 169. The revision team revised this specification on the basis of extensive investigation and research, conscientiously summing up practical experience, referring to relevant international standards and advanced foreign standards, and soliciting opinions extensively.

The main technical contents of the revision are: design principles, architecture and environment, building connections, toilets and toilets, stairs, elevators, escalators, floors; Terminology, building modulus, disaster prevention and evacuation, hot and humid environments, gas, etc. have been added.

The Ministry of Construction is responsible for the management and interpretation of the mandatory provisions of this code, and the China Building Standard Design and Research Institute is responsible for the interpretation of the specific technical content.

The "Illustration of the Application of Thermal Design of Civil Buildings" is a total of 16 volumes and more than 100 specifications of the "Encyclopedia of Current Architectural Design Specifications", "Encyclopedia of Current Building Structure Specifications" and "Encyclopedia of Current Building Construction Specifications". The code is approved and issued by the relevant ministries and commissions, as a mandatory standard or recommended standard in all parts of the country to implement the practice of Bihuai line, the text is accurate, concise, generalized, is the expression of the standard commonly used in China's architectural industry, is the common compliance of the architectural community with the guidelines and basis, become a necessary book for readers in the national architectural industry, and has a great influence.

Based on the seriousness, legality, authority and form of the norm, there are certain differences in the reading comprehension of the norm among readers. In view of this, it is planned to compile a series of books entitled "Illustrated Encyclopedia of Current Building Codes", which will put forward personal understanding of the code from the perspective of the editor's experience in learning and implementing the code in practice, so as to help readers better learn and apply the code. The current promulgation of building codes has a wide range of content and a considerable number, and this compilation of the "Illustrated Encyclopedia of Current Architectural Design Codes" series of books is planned to start with the most common codes in architectural design, and then gradually improve and expand to meet the needs of the majority of readers.

This series of books can be used as a reference for technicians and cadres engaged in construction management, construction enterprise design, construction, supervision, teaching, etc., as well as for students in colleges and universities in architecture and those who take the registration examination of various architectural classes.

The thermal design code for civil buildings is: GB50176-2016.

GBT50176-2016 Thermal Design Code for Civil Building was published by China Building Industry Press on August 18, 2016 by the Institute of Standards and Quotas of the Ministry of Housing and Urban-Rural Development of the People's Republic of China, and is a national standard of the People's Republic of China.

GB50176-2016 Technical Suspicion Stool Changrong:

General provisions: 1. In order to adapt the thermal design of civil buildings to the regional climate, ensure the basic indoor thermal environment requirements, and conform to the national policy of energy conservation and emission reduction, these regulations are formulated.

2. This code applies to the thermal design of new, expanded and reconstructed civil buildings. This code is not applicable to buildings with special indoor temperature and humidity requirements and special purposes, as well as simple temporary buildings.

3. In addition to complying with the provisions of this code, the thermal design of civil buildings should also comply with the provisions of the current national standards.

Answer]: Pengsun C

See the "Code for Thermal Design of Civil Buildings" (GB50176-93) for the chain of the national building thermal design division, see the following table:

Standard category: engineering national standard.

Standard number: GB50176-2016

Standard Name: Code for Thermal Design of Civil Buildings.

Date of approval: 2016-08-18

Substitute standard number: GB50176-93

Effective Date: 2017-04-01

Editor-in-chief: Ministry of Housing and Urban-Rural Development.

Editor-in-chief: China Academy of Building Research.

Yes!! Code for Thermal Design of Civil Buildings》 GB50176-93

Chapter I: General Provisions.

Article 1 0 1 In order to adapt the thermal design of civil buildings to the regional climate, ensure the basic indoor thermal environment requirements, conform to the national energy conservation policy, and improve investment efficiency, this specification is formulated.

Article 1 0 2 This code applies to the thermal design of civil buildings for new construction, expansion and reconstruction.

This code is not applicable to underground buildings, buildings with special indoor temperature and humidity requirements and special purposes, and simple temporary buildings.

Article 1 0 3 The thermal design of buildings, in addition to the requirements of this code, should also meet the requirements of the current national standards and specifications.

Chapter 2 Outdoor Calculation Parameters.

Article 2 0 1 The enclosure structure is divided into four types according to its thermal inertness index d value, and its outdoor calculated temperature te in winter should be taken according to the value specified in Table 2 0 1.

The outdoor calculated temperature of the envelope in winter is te( ) Table 2 0 1

Article 2 0 2 The average temperature of the outdoor calculation of the envelope in summer shall be determined by the average of the daily average temperature of the hottest day of the calendar year. The maximum value of the outdoor temperature calculated by the envelope in summer shall be determined by the average of the maximum temperature of the hottest day of the calendar year. The outdoor calculated temperature amplitude of the enclosure in summer should be determined by the difference between the maximum outdoor calculated temperature and the average outdoor calculated temperature.

Note: The value of the main cities in the country and ATE can be adopted according to Appendix III Schedule 3 2 of this specification.

Article 2 0 3 The solar irradiance in summer shall be calculated by taking the cumulative average of the total maximum direct radiation days in July and the total total number of radiation days on the corresponding dates, and the hourly solar radiation illuminance and the average day and night value of the eastern, southern, western, and northern vertical and horizontal planes shall be determined by calculation.

Note: The summer solar irradiance of major cities in China can be adopted according to Appendix III and Schedule 3 3 of this specification.

Its content mainly includes: Chapter 1, General Provisions Chapter 2, Outdoor Calculation Parameters Chapter 3, Building Thermal Design Requirements Section 1 Building Thermal Design Zoning and Design Requirements Section 2 Winter Thermal Insulation Design Requirements Section 3 Summer Heat Protection Design Requirements Section 4 Air-conditioning Building Thermal Design Requirements Chapter 4, Enclosure Insulation Design Section 1 Determination of Minimum Heat Transfer Resistance of Envelope Structure Section 2 Thermal Insulation Measures of Enclosure Structure Section 3 Thermal Bridge Inner Surface Temperature Calculation and Thermal Insulation Measures Section 4 Window Thermal Insulation Performance, Regulations on air tightness and area Section 5 Ground thermal requirements for heating buildings Chapter 5 Thermal insulation design of envelope structure Section 1 Requirements for thermal insulation design of envelope structure Section 2 Thermal insulation measures for envelope structure Chapter 6 Moisture-proof design of heating building envelope Structure Section 1 Design of internal condensation and dampness of enclosure Structure Section 2 Moisture-proof measures for enclosure Appendix.

1. Explanation of terms Appendix.

2. Calculation formulas and parameters of building thermal design appendix.

3. Outdoor Calculation Parameters Appendix.

4. Calculation parameters of thermophysical properties of building materials Appendix.

5. The correspondence between the window-to-wall area ratio and the minimum allowable heat transfer resistance of the exterior wall Appendix.

6. Economic evaluation of the insulation of the envelope Appendix.

7. Appendix to the Conversion Table of Legal Units of Measurement and Customary Non-Statutory Units of Measurement.

8. Appendix to the National Building Thermal Design Zoning Map.

9. Explanation of the terms used in this specification.

Editor-in-chief: China Academy of Building Research.

Participants: Xi'an Institute of Metallurgy and Architecture, Zhejiang University, Chongqing Jianxiao Hand-built Engineering College, Harbin Institute of Architecture and Engineering, Nanjing University, South China University of Technology, Tsinghua University, Hengsheng Southeast University, China Northeast Architecture Design Institute, Beijing Architectural Design and Research Institute, Henan Provincial Architectural Design Institute, Hubei Industrial Architectural Design Institute, Sichuan Institute of Building Research, Guangdong Institute of Building Research.

Main drafters: Yang Shanqin, Jiang Ming, Chen Qigao, Wang Jianhu, Wang Jingyun, Zhou Jingde, Shen Yunyuan, Chu Renxing, Xu Wenfa, Li Huaizhi, Peng Jin, Mao Weiguo, Zhu Wenpeng, Zhang Baoku, Lin Qibiao, Gan Ta, Chen Qingfeng, Ding Xiaozhong, Li Huanwen, Du Wenying, Bai Yuzhen, Wang Qihuan, Zhang Tingquan, Wei Yannian, Gao Weijun.