National major project!Introduction

Editor's Press ·

In recent years, the school has attached great importance to the organization and planning of major national projects. During the "Thirteenth Five -Year Plan" period, our school as a project undertaking unit or our school teachers as a leader was approved for major special projects for key research and development plans for key R & D plans. During the research process, the project team concentrated on overcome key technical issues facing enterprises or industries. At the same time, a number of young scientific and technological talents were cultivated to produce a number of iconic results, which made important contributions to the national and economic development of the country.

In order to further deepen the school -running philosophy of "academic school and self -reliance", play a typical demonstration role of academic pioneers, and help the school build a new pattern of "11445" development, the joint party committee's propaganda department of the Science and Technology Division to the 6 " The 13th Five -Year Plan "National Key R & D plan major special projects, centralized publicity and display in 6 phases. The introduction of the results of the "Basic Parameters of Building Energy Conservation Design" was introduced in this issue.

National Key R & D Program Major Special Project

Introduction

"Research on the Basic Parameters of Architectural Energy Conservation Design" is a national key R & D plan project approved in 2018. The project is the project leader of Xi'an University of Architecture Science and Technology, and China Institute of Architecture Sciences, Shanghai Jiaotong University, Tsinghua University, and Tsinghua University, and Tsinghua University, Tsinghua University, Tsinghua University, Tongji University, Tianjin University, and National Meteorological Information Center, including 15 units including 15 units including the National Meteorological Information Center.

The project faces major strategic engineering construction needs such as construction energy conservation and emission reduction, climate change response, and marine land security in the process of rapid development of urbanization in my country. In the issue of low degree of social development needs, the theory and application promotion of the basic parameters of building energy -saving design has been carried out. The data bottleneck problem improves the overall level of building performance design.

Project startup and plan demonstration meeting

The project has set up a total of building energy -saving design indoor and outdoor data acquisition and processing methods, architectural heat work design parameters, heating air -conditioning design parameters, building energy consumption simulation meteorological year parameters, marine climatic conditions building energy -saving design calculation parameters, basic data application model and sharing platform Six topics.

Through project research, the basic data of the basic source data of the construction heat environment design design of my country's architectural heat environment, the data quality also meets the international and domestic architectural design standards at the same time; The open and shared data platform of county cities has improved the reliability of basic design parameters, and improving the popularization rate and internationalization of building energy -saving design data in my country.

Main research content

The project proposes a multi-level data platform architecture technology based on the original data-source data-design calculation parameters, establishes a cross-platform driver basic database that supports Web and mobile access, and develops data function modules for building energy-saving design needs to achieve data. Query, update and sharing. Building energy-saving design basic data sharing platform Web, mobile terminals, and data interfaces have been tested through third-party software evaluation centers, and functions meet the national standard requirements of the "System and Software Quality Requirements and Evaluation" GB/T 25000.51-2016.

Sharing platform function architecture

The results of the project team have obtained more than 30 software copyrights, published more than 100 academic papers, 5 editor -in -chief engineering technical standards and guidelines, built 4 standard databases and 1 shared data platform, and won 3 college achievements awards. The project research plays an important role in improving the scientific and timeliness of my country's construction energy conservation design, and the basic data system that has been built has consolidated the foundation of energy -saving design in my country.

Data sharing platform

The project has trained a group of young and middle -aged science and technology teams that are active in the field of energy -saving in construction, and cultivated more than 70 young backbones and doctoral students. The project members have won the title of national model teacher, selected for the national youth talent support project, and the international Ralph G. Nevins International Award, which provides talent support for the high -quality development of the construction industry in my country in the new era.

Some scientific research rewards and honorary titles

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