Defense Strategy: Drone Decoy System, Radio Detection Equipment, Time Synchronization Protection Equipment.
Solution Introduction: A comprehensive drone defense system not only ensures the security of the facility but also prevents information leakage, safeguarding the power plant from property damage caused by drone crashes.
Industry Demand
In recent years, with the continuous increase in the number of civilian drones, safety incidents caused by uncontrolled drones flying or unauthorized drone activities have been on the rise. Drone interference with the normal operation of power facilities such as power plants and transmission grids has resulted in serious consequences. Therefore, the construction of drone defense measures for power grid facilities has gradually become a priority for relevant national departments.
Proposed by the Office of the National Leading Group on Counter-Terrorism, the Public Security Bureau's Administration for Public Order Management, the Anti-Terrorism Bureau, and the Bureau of Science, Technology, and Informationization of the Ministry of Public Security, the industry standard "Anti-Terrorism and Security Requirements for Power System" (GA1800.1-2021/1800.6), under the jurisdiction of the National Standardization Technical Committee for National Security Alarm Systems (SAC/TC100), was officially approved and released on April 25, 2021, and will be implemented starting from August 1, 2021.
This standard, taking into account industry characteristics and practical needs, provides regulations for security and anti-terrorism measures in six areas: power grid enterprises, thermal power generation enterprises, hydropower generation enterprises, wind power generation enterprises, solar power generation enterprises, and nuclear power generation enterprises. The standard explicitly outlines the requirements for establishing anti-drone defense systems in these respective enterprise fields:
The system's transmission power and frequency bands should comply with relevant national regulations.
The system should be capable of automatic 24-hour operation without the need for personnel on duty.
The application of the system should not cause harmful interference to surrounding important facilities.
The system application should have protective measures to ensure it does not affect the time synchronization of the power system.
The system should possess a detection report issued by a nationally accredited radio detection and identification institution.
Your message must be between 20-3,000 characters!
