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NB/T 10346-2019: (Code for landscape planning and design of hydropower projects)
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(Code for landscape planning and design of hydropower projects)
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NB/T 10346-2019
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Basic data | Standard ID | NB/T 10346-2019 (NB/T10346-2019) | | Description (Translated English) | (Code for landscape planning and design of hydropower projects) | | Sector / Industry | Energy Industry Standard (Recommended) | | Classification of Chinese Standard | P59 | | Word Count Estimation | 36,398 | | Date of Issue | 2019-12-30 | | Date of Implementation | 2020-07-01 | | Issuing agency(ies) | National Energy Administration | NB/T 10346-2019: (Code for landscape planning and design of hydropower projects)---This is a DRAFT version for illustration, not a final translation. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.) will be manually/carefully translated upon your order.
Code for Planning and Design of Landscape for Hydropower Projects
Energy Industry Standards of the People's Republic of China
Code for Landscape Planning and Design of Hydropower Projects
Editor-in-chief. General Institute of Hydropower and Water Conservancy Planning and Design
Approval department. National Energy Administration
Foreword
According to the "Notice of the National Energy Administration on Issuing the.2015 Energy Sector Standard System (Revision) Plan" (Guoneng Technology (2015)
No. 283), after extensive investigation and study by the normative drafting team, earnestly summarizing practical experience, and on the basis of extensive solicitation of opinions,
Develop this specification.
The main technical contents of this specification are. basic regulations, basic information, landscape planning, landscape design, and investment.
This code is managed by the National Energy Administration, put forward by the General Institute of Hydropower and Water Conservancy Planning and Design, and is responsible for daily management.
The Technical Committee for Standardization of Environmental Protection of Power Planning and Reservoir is responsible for the explanation of specific technical content. If you have any comments or suggestions during the implementation process, please send them
General Institute of Hydropower and Water Conservancy Planning and Design (Address. No. 2, Kangbei Xiaojie, Liupu, Xicheng District, Beijing, Zip Code. 100120).
Editor-in-chief of this code. General Institute of Hydropower and Water Conservancy Planning and Design
China Power Construction Group Beijing Survey, Design and Research Institute Co., Ltd.
Participating unit of this specification. China Power Construction Corporation East China Survey, Design and Research Institute Co., Ltd.
China Power Construction Group Chengdu Survey, Design and Research Institute Co., Ltd.
China Power Construction Group Zhongnan Survey, Design and Research Institute Co., Ltd.
China Power Construction Group Kunming Survey, Design and Research Institute Co., Ltd.
China Power Construction Group Guiyang Survey and Design Research Institute Co., Ltd.
The main drafters of this specification. Zhang Liying, Yu Weiqi, Zhao Fan, Jinyi
Liu Yuhan, Fu Rui, Wu Wenyou, Yang Wenzheng
Xia Quan Zhou Yun Wang Binbin Lu Bo
Zou Binghua Zhang Xian Jiang Lihong Shan Chengkang
Li Qianqian Gu Jiajie Xia Tong Tan Qilin
Ma Shijun Wang Yushuang He Yuxuan Zhang Xu
Tang Huang Sun Yuan
Main reviewer of this code. Wan Wengong, Chen Guozhu, Li Yanong, Chen Yongbai
Zeng Deyong, Shu Zeping, He Xueming, Chen Yuying
Wang Xingtai Qiu Jinsheng Liu Guihua Gao Liang
Zhou Bo Chen Wenhua Li Shisheng
Table of contents
1 General...1
2 Terminology...2
3 Basic regulations...3
4 Basic information...4
4.1 General provisions...4
4.2 Engineering data...4
4.3 Natural Environment Information...4
4.4 Social environment information...4
4.5 Landscape information...5
4.6 Data Analysis...5
5 Landscape planning...6
5.1 General provisions...6
5.2 General Ideas and Principles...6
5.3 Planning goals...6
5.4 Planning indicators...6
5.5 Planning the layout...7
5.6 Zoning Planning...7
5.7 Special planning...8
5.8 Planning results...9
6 Landscape design...10
6.1 General regulations...10
6.2 Landform landscape design...10
6.3 Landscape design of the main hydropower project...10
6.4 Landscape building design...12
6.5 Environmental facility design...12
6.6 Planting design...13
6.7 Landscape lighting design...13
6.8 Design of auxiliary facilities...14
6.9 Design results...14
7 Investment...16
Appendix A Hydropower Project Landscape Planning Indicators and Evaluation Criteria...17
Appendix B Catalogue of Hydropower Project Landscape Planning Instructions...20
Explanation of terms used in this specification...21
List of Reference Standards...22
Attachment. Article description...23
1 General
1.0.1 In order to standardize the content, methods and technical requirements of landscape planning and design of hydropower projects, this specification is formulated.
1.0.2 This code is applicable to landscape planning and landscape design of hydropower projects.
1.0.3 The landscape planning and design of a hydropower project should be determined according to the development tasks of the hydropower project or the requirements for the protection and development of regional landscape resources, and should be sufficient
It reflects the needs of landscape resource protection and development of hydropower projects, and should be coordinated with local tourism planning, and follow the requirements of beauty, application, and safety.
The principle of completeness, economy and sustainability. When the development tasks of hydropower projects have landscape requirements, special demonstration and design should be carried out.
1.0.4 The landscape planning and design of hydropower projects shall not only comply with this code, but shall also comply with the provisions of relevant national standards.
2 term
2.0.1 landscape planning
Within a certain geographical range, proceed from the geographical perspective, basic characteristics and attributes, and comprehensively consider the psychological factors of the public’s behavior.
The planning of the visual landscape image, environmental and ecological greening, etc.
2.0.2 landscape design
Within a certain geographic area, the use of garden art techniques and engineering techniques, through shaping the terrain, plant configuration, and camping
The process of constructing buildings and garden structures, arranging garden roads, etc., to create a beautiful natural environment and living and recreational environment.
2.0.3 landscape pattern
The spatial distribution and combination of landscape space units with different sizes, shapes and attributes.
2.0.4 landscape nodes
A multi-functional convergent scenic spot in a certain geographical area.
2.0.5 landscape elements
Topography, water bodies, plants, buildings, squares and roads, garden sketches and other major landscape components.
3 Basic regulations
3.0.1 The landscape planning and design of hydropower projects shall be based on sufficient data collection and according to the project landscape resource protection and development objectives,
Through the comparison and selection of schemes, the overall planning, zoning planning, special planning and landscape design of the project area are carried out.
3.0.2 The landscape planning and design scope of hydropower projects should include areas such as permanent land acquisition, temporary land occupation and resettlement areas for hydropower projects. On electricity
Part of the peripheral areas of the main station project that have a significant impact on the landscape environment should be included in the scope of landscape research.
3.0.3 The landscape planning and design of hydropower projects should be based on the natural landscape texture and the main project of the power station, with natural landscape as the main body, reflecting the industrial
And technological landscape, taking into account leisure vacation and characteristic tourism, showing regional culture, and constructing hydropower project and natural landscape integration style.
3.0.4 The landscape planning and design of hydropower projects should be based on landscape resources, respect and protect natural and cultural relics, and excavate and promote local cultural characteristics.
Color, rational use of landscape elements, through the use of landscape elements to create a characteristic landscape.
3.0.5 The landscape planning and design of hydropower projects should be based on the comparison and selection of alternatives, and the landscape of the pivotal landscape area and project operation management camp
Develop typical designs in key areas such as districts.
3.0.6 The landscape planning of hydropower projects should be carried out during the feasibility study stage of hydropower projects. Landscape planning should be based on the regional landscape pattern and hydropower
Project characteristics, clarify the landscape of hydropower projects, and determine the main content of the overall landscape layout, functional zoning, and landscape nodes. Landscape function
Energy zoning should be defined according to landscape type, space nature or activity function. Zoning planning should be combined with the layout of the main project to determine the hydropower
Cheng landscape layout.
3.0.7 The landscape design of a hydropower project should be carried out during the construction phase of the main project, and implemented step by step according to the construction of the hydropower project. Landscape Design
According to the depth, it should be divided into plan design, preliminary design, and construction drawing design, and should meet the following requirements.
1 The landscape design of a hydropower project should be based on landscape planning, and develop landscape functions, style features, traffic organization flow lines, and air space.
Interrelationships, plant configuration design, and compilation of engineering estimates.
2 The preliminary landscape design of a hydropower project should be based on the landscape plan design, and carry out general plan, vertical, planting, waterscape, and landscape construction.
Design of buildings, environmental facilities, paving, and preparation of project estimates.
3 The landscape construction drawing design of a hydropower project should be based on the preliminary landscape design, and mainly determine the construction location, size, and size of the landscape project.
Practices, etc., to meet the needs of construction and preparation of project budgets.
3.0.8 The landscape planning and landscape design work results of hydropower projects should include instructions and drawings. The instructions should be systematically complete and organized
Clear, concise text, and clear conclusion; the drawings should be consistent with the text, the content should be clear, the expression should be accurate, and the labeling should be standardized.
4 Basic information
4.1 General rules
4.1.1...
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