Standardization construction of smart fire protection in 2021

In recent years, relevant standards for smart fire protection have also been actively formulated, achieving remarkable results.

Standard: On November 12-13, the third working meeting of the revision team for the "Technical Standard for Urban Fire Remote Monitoring System" was held in Guangdong Province.

Industry Standards: On November 28th, the inaugural meeting of the Building Fire Protection Committee of the China Association for Engineering Construction Standardization and the first working meeting of the committee were successfully held in Beijing. The Building Fire Protection Committee of the China Association for Engineering Construction Standardization serves as the standard-setting body for building fire protection within the housing and urban-rural development system following China's fire protection system reform. It is supported by the China Academy of Building Research Co., Ltd., with the Building Fire Protection Research Institute specifically undertaking the secretariat work. The committee aims to bring together relevant research institutes, universities, competent departments, testing and certification institutions, social organizations, and other units in the field of building fire protection, to unite industry efforts and jointly promote the development of group standards for building fire protection in engineering construction through standardization activities such as standard compilation, academic research, publicity and training in the field of building fire protection in engineering construction.

Local standards: On June 2nd, the official kick-off meeting for the provincial standardization pilot project of smart fire service in Zhili Town, Zhejiang Province, was held. How to compensate for the deficiencies and shortcomings in human supervision through technological means and management concepts is a direction that needs to be considered for this pilot project. Currently, Zhili Town has already begun to experiment and explore in this regard. Such practical cases can also provide data support and useful reference ideas for the establishment of standardization pilot projects.

On June 12th, a site meeting for the standardized construction of "smart fire protection" in residential areas was held in Yuncheng County, Shandong Province, to promote the construction of "smart fire protection" in residential areas across the county.

On November 4th, the fifth drafting meeting for the local standard of Henan Province, "Technical Specification for Building Intelligent Fire Protection IoT", was held at the Henan Provincial Fire and Rescue Corps. Relevant personnel from relevant departments of the Henan Provincial Fire and Rescue Corps, fire and rescue detachments of cities under the jurisdiction of various provinces, Henan Provincial Strategic Alliance for Technological Innovation in Intelligent Fire Protection Industry, Tsinghua University, Zhengzhou University of Aeronautics and Astronautics, North China University of Water Conservancy and Electric Power, and other units attended the meeting. They conducted thorough discussions and exchanges on the draft standard, put forward reasonable suggestions for improvement, and will further revise and improve the standard. The standard will be submitted to the Henan Provincial Department of Housing and Urban-Rural Development for approval and release in a timely manner, promoting the development of the intelligent fire protection industry in Henan.

Group Standards: From November 4th to November 5th, a working discussion meeting for the "Fire Safety for Secondary Utilization of Power Batteries" series of group standards and the "Gas Fire Prevention and Control Device for Electric Vehicle Power Battery Systems" group standards was held in Hangzhou. These standards are under the jurisdiction of the China Association of Automotive Engineering and the China Fire Protection Association, organized and implemented by the Electric Vehicle Industry Technology Innovation Strategy Alliance, and led by the Shanghai Fire Research Institute of the Ministry of Emergency Management.

On December 7th, the establishment and working meeting of the compilation group for the China Fire Protection Association's group standard "Technical Standard for Virtual Reality Fire Safety Experience System", led by the Tianjin Fire Research Institute of the Ministry of Emergency Management, was successfully held. Experts and scholars from the Tianjin Fire Research Institute of the Ministry of Emergency Management, Shenzhen Yintai Safety Technology Co., Ltd., Fujian Huayu Education Technology Co., Ltd., Nanjing Ruiyue Information Technology Co., Ltd., Beijing Zhongde Qirui Safety Equipment Co., Ltd., Tianjin Zhongke Zhengpeng Information Technology Co., Ltd., Shenzhen Nikola Energy Technology Co., Ltd., Qingdao Xiaoniao Kankan Technology Co., Ltd., and Shenzhen Chuangwei New World Technology Co., Ltd. attended the meeting. Senior Engineer Jin Yu from the China Fire Protection Association and Deputy Secretary Xiao Lei from the Tianjin Institute also attended. At the meeting, Deputy Secretary Xiao Lei briefly introduced the background, purpose, and significance of the standard project, and stated that the compilation group should strictly manage the entire process of standard development to ensure the scientificity, standardization, and timeliness of the standards, in order to promote the healthy development of the industry.

The above are some achievements in the construction of smart fire protection in terms of standards, including national standards, industry standards, local standards, and group standards, collated by the fire industry think tank.

Although the statistics are incomplete, overall, the standardized construction of smart fire protection has achieved remarkable results.

Meanwhile, based on this, the basic common standards for smart fire protection standardization still need further unification. There are also issues that need further improvement, such as uneven technical standards and fragmented application standards.

The intelligent fire monitoring system primarily consists of two components: software and hardware. Currently, the mainstream intelligent fire management software mainly includes the intelligent fire safety hazard inspection system, intelligent fire electricity hazard monitoring system, intelligent fire water monitoring system, standalone smoke detection alarm, intelligent fire visual networking alarm system, intelligent combustible gas detection alarm, and intelligent fire online training platform. The main hardware includes inspection chips, user information transmission devices, electrical circuit sensors, water pressure and level sensors, smoke and combustible gas sensors, etc.