摘要
针对储能电站设计文档编制效率低、标准化程度不足的问题,提出一种基于结构化信息模型的文档自动化生成方法。首先构建涵盖电气、储能、土建等多专业要素的储能电站设计文档信息模型,定义JSON格式的项目及文档模板的配置文件。其次通过递归解析算法实现多级占位符替换,结合动态表达式评估技术处理sum/len等运算,最后利用python-docx库实现技术文档自动生成。实际应用表明,该方法可减少文档编制时间,显著提升设计信息的一致性与准确性,为储能电站标准化设计提供有效工具。
In view of the problems of low efficiency and insufficient standardization in the preparation of energy storage power station design documents,this study innovatively proposes an automated document generation method based on a structured information model.At the beginning of the research,information model for energy storage power station design documentation covering multi-professional elements such as electrical,energy storage,and civil engineering was constructed,and the JSON-formatted project configuration file and document template configuration file were accurately defined.With the help of recursive parsing algorithm,the replacement of multi-level placeholders was cleverly realized,and at the same time,the dynamic expression evaluation technology was combined to effectively deal with operations such as sum/len,and finally the python-docx library was used to successfully achieve the automatic generation of technical documents.The results of actual application are remarkable.This method can reduce the document preparation time,greatly improve the consistency and accuracy of design information,and provide a powerful and efficient tool for the standardized design of energy storage power stations.
出处
《信息技术与标准化》
2025年第10期97-102,共6页
Information Technology & Standardization
基金
长江设计集团有限公司自主创新基金项目“新能源项目综合评估信息模型标准化体系研究”,项目编号:CX2024Z14-7。
关键词
储能电站
设计文档
自动化生成
信息模型
标准化设计
energy storage power station
design document
automated generation
information model
standardized design
