随着科学技术飞速发展,灌浆信息系统作为数字制造与智能建造结合的工具在各大型水电工程中使用,对提高行业施工监管水平起到了巨大的推动作用。目前,从水电的流域开发来看,既有大型水电工程,也有中小型水电工程,由于受到投资预算的限制,并叠加新冠疫情,技术人员难以现场开展工作的情况,中小型水电工程的灌浆信息系统应以快速部署,灵活适用为主。对于流域开发而言,提高中小型水利工程的监管水平是提高整个流域施工监管水平的关键。利用Docker技术为中小型水电站远程高效部署适用的灌浆信息系统是本文探讨的核心。

With the rapid advancement of science and technology, the utilization of grouting information system which integrates both digital manufacturing and intelligent construction has served as a pivotal tool for many large-scale hydropower projects. In the context of hydropower development, both massive-scale and small-to-medium-sized hydropower projects are currently being pursued. However, due to budget constraints and the COVID-19 pandemic, it is challenging for technical personnel to carry out on-site work efficiently. Consequently, there is an urgent need to swiftly deploy and flexibly apply grouting information systems in small-and-medium-sized hydropower projects. Enhancing the supervision level of small-and-medium-sized hydropower projects is a crucial step towards improving overall construction oversight within the river basin. The primary focus of this paper is to integrate Docker technology into the grouting information system, enabling efficient deployment of small and medium-sized hydropower stations.