Guangxi Nuclear Power Smart Fire Protection Pilot Project Officially Applied

On September 20, at the "Smart Fire Protection · Jointly Protecting the Future" AI Fire Rescue Innovation Competition held in Nanning, the SPIC Guangxi Bailong Nuclear Power Smart Fire Protection Pilot Project stood out from numerous participating projects with its advanced technology and innovative applications, winning the first prize in the enterprise group. This project is the only pilot project in the field of smart fire protection under the first batch of nuclear power digital transformation by the National Energy Administration, and has officially entered the application stage.

The Guangxi Bailong Nuclear Power Smart Fire Protection Pilot Project is led by SPIC Guangxi Nuclear Power, with the joint participation of multiple units, aiming to address the pain points of traditional nuclear power fire protection. The project is dedicated to achieving real-time monitoring, automatic alarm, and rapid response to fire risks, enhancing the collaborative management and service capabilities of nuclear power fire protection throughout the entire lifecycle including design, construction, operation and maintenance, drills, and supervision, and exploring the formulation of a standards system for the next generation of nuclear power plant fire protection systems.

The project team overcame the difficulties of lacking experience in nuclear power fire protection intelligentization. In response to problems in traditional fire protection systems such as low reliability, low manual review efficiency, and difficulty in data collection, the team achieved multiple innovative breakthroughs in sensing devices, communication technology, intelligent decision-making, and localization. By building a new digital fire protection paradigm featuring all-domain perception, ubiquitous interconnection, evidence-based decision-making, and intelligent collaboration, the project has significantly improved the intelligence level of the fire protection system.

After three years of system design, product research and development, platform development, and on-site testing and verification, the project successfully passed the summary evaluation of the pilot demonstration project in January this year, passed the acceptance of the autonomous region's industrial revitalization special fund project in August, and was successfully selected as a typical application scenario of Guangxi's "AI + Manufacturing." Winning the first prize in the AI Fire Rescue Innovation Competition this time is a high recognition of the project's technological innovation and scenario implementation capabilities.

At the core technology level, the project innovatively developed a digital multi-functional combined detection terminal device, integrating multiple functions and enabling intelligent real-time environmental perception by the terminal device. At the same time, the project adopted ULC bus technology with independent intellectual property rights, effectively breaking through traditional communication bottlenecks, improving bandwidth and transmission distance, breaking the data silos of the fire protection system, and achieving interconnection and interoperability of fire protection elements.