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.