| With the rapid development of network technology,information technology has appeared in all walks of life,and industry informatization has become the vane of development in the new era.And in my country’s 13 th Five-Year Plan,it is clearly pointed out that energy conservation and emission reduction is an urgent problem in my country,especially with the rapid development of society,the country’s total social energy consumption,the proportion of national building energy consumption is increasing.Big.In order to solve the above problems,this paper has completed the sub-tasks of the 13 th Five-Year National Key R&D Plan Project "Basic Parameter Application Mode and Sharing Platform for Building Energy Efficiency Design",and embarked on a series of technical research,demand analysis and architecture design.The energy-saving design parameter sharing platform system has been designed in detail and implemented and deployed,aiming to provide real-time,comprehensive and reliable indoor and outdoor design meteorological parameters for national architectural design related engineers.This article first conducts research on the background and current situation of building energy efficiency platforms at home and abroad,understands and is familiar with the core steps and related data of online building climate analysis algorithms,and learns about relevant Web technologies.This article is mainly aimed at the design and implementation of the main module of the Web system,the construction of the mobile front-end system,and the deployment of the system.The main business modules of the web system include online building climate analysis module,authority management module,data import module,map retrieval and station query module.The main business modules of the mobile system include building climate design data and building energy efficiency design parameter modules.Regarding the architecture design of the system,because the code coupling of the traditional monolithic architecture is too high and too bloated,it is not suitable for the current development situation of short project cycle,so this article will adopt the mainstream frontend and back-end separation architecture to design and implement this The front end of the system uses a single-page development model with higher development efficiency.The front-end adopts MVVM architecture,and the back-end adopts SSM architecture.In terms of system function modules,the online building climate analysis module is based on the enthalpy humidity map,derived from the Givoni bioclimatic map,combined with my country’s climate characteristics,which can effectively show the climate characteristics and pleasant conditions of a certain station area.The authority system is responsible for managing the user access authority of the entire system,using the RBAC model for design and implementation,using the Shiro framework,combined with JWT for authority authorization and authentication.The map retrieval and station query module is the entrance to the entire system.Engineers can find and select the required station through the map interface,and enter the parameter system to view the required parameter information.The system has entered 1024 stations.Because there are many stations,they are displayed on the map together,which affects the search efficiency and also affects the overall aesthetics of the system.Therefore,a three-level classification process is carried out on the stations,according to the city.Location,range,typical climate,regional influence and other factors,all stations are processed in a graded manner.The data import module is an interface for importing the data displayed by the system.It is an important function of the system.However,due to the excessive number of parameter types,it is difficult to ensure the consistency of the data in the oral agreement of the parameters,so the page provides formatted file download The way is to constrain the data.Due to the rapid development of mobile terminal equipment,people’s demand on the mobile terminal is also increasing.Later in this article,the mobile terminal is also designed and implemented to adapt to the size of the mobile terminal.At the end of this article,after the implementation of the system,a containerized deployment was carried out,and the front-end and back-end systems were separately deployed using docker containers to facilitate later operation and maintenance.The functional and nonfunctional tests of the system have also been carried out to ensure the functional and performance requirements of the system.It is convenient to provide real-time,comprehensive and reliable indoor and outdoor design weather parameters for national architectural design related engineering personnel. |
