Application and Optimization of Intelligent Building Automation Systems in Nuclear Chemical Projects

The nuclear chemical project, as a core component of a national level major science and technology project, has a particularly significant demand for BAS, especially under extreme climate conditions in northwest China. BAS(Building Automation System), As a deeply integrated product of building technology, automatic control technology, and computer network technology, the integrated design of intelligent control solutions has significantly improved the intelligent management level and optimization ability of nuclear chemical project building environment, and has an undeniable promoting effect on the safety, economy, and comfort of project operation. However, the current application of BAS in nuclear chemical projects still faces multidimensional challenges such as equipment compatibility, energy consumption optimization, remote control efficiency, and maintenance strategy optimization, which provides a broad research field for in-depth academic and engineering research. In view of this, the research on advanced applications and optimization strategies of building automation systems for nuclear chemical projects not only carries significant practical value, but also reflects profound academic exploration significance, and is a key research direction for promoting the intelligence, digital transformation, and sustainable development of nuclear chemical projects. This article explores the advanced integration and innovative application of key components such as DDC (Direct Digital Control) [1]–[3] controller technology, network communication technology, and human-machine interface technology, aiming to adapt to the special needs of nuclear chemical projects in extreme climate conditions in the northwest region, achieve intelligent upgrading and functional expansion of building automation systems, enhance the system's adaptability and response speed to environmental changes, and ensure the stable operation and efficient management of nuclear chemical projects under complex climate conditions.