I. Introduction to Smart Station Solutions
Xiamen Shangwei Technology offers intelligent tower station solutions from the top-down design, providing clients with remote monitoring and analysis capabilities that cover data related to power, environment, security, equipment, operation, business, and fire safety in air traffic control communication and surveillance stations. Utilizing big data and artificial intelligence technologies, the solution achieves daily business processing, automated equipment operation, station health management, equipment failure prediction, alarm equipment interlinking, expert-assisted decision-making, and specialized data analysis, endowing the stations with digitalization, automation, collaboration, and intelligence capabilities.
Section II: Design Principles
The Smart Station Solution is based on the fundamental principles of "safety, reliability, ease of use, and intelligence," utilizing mature and stable products and technologies, and boasts the following specific features.
Stability: Utilizing mature and reliable products and systems, employing redundant design to ensure stable and dependable system performance.
Systematic: Employed a holistic systematized design, providing a highly integrated unified monitoring and management platform.
Convenience: Around actual needs, effectively enhance the efficiency of daily system maintenance and management work.
Ease of Use: User-friendly interface design, customizable flexible management system, suitable for various daily management scenarios.
Customization: Tailored to meet the actual needs of the customer.
Intelligentization: Fully utilize high-tech intelligent technology to alleviate the pressure of manual operation.
Informationization: Achieve a high level of informationization in the process of monitoring data processing and the daily operation of the system.
Green Energy Efficiency: Accurate energy efficiency data to provide scientific basis for energy-saving measures, achieving energy and emission reduction, and saving operational expenses.
Sustainability: The design should accommodate future sustainable development in terms of capacity and functionality.
Section 3: Reference Standards
"Code for Design of Electronic Information System Rooms (GB50174-2017)"
"Data Center Infrastructure Construction and Acceptance Standards (GB50462-2015)"
"Calculation Station Safety Requirements" GB9361-88
"Code for Construction and Acceptance of Electrical Installation Projects - GBJ232-82"
"GB/T 20272 Information Security Technology - Security Requirements for Operating Systems"
"DL/T 645 Multi-functional Energy Meter Communication Protocol"
"YD/T 1104 Technical Requirements and Test Methods for Monitoring of Communication Switched Power Supply Systems"
"YD/T 1363 _ Central Monitoring and Management System for Power Supply, Air Conditioning, and Environment of Communication Stations (Bureaus)"
General Technical Conditions for Anti-theft Alarm Control Units - GB12663-2001
General Technical Conditions for Intrusion Detectors GB10408.1-2000
"Code for Design of Integrated Cabling System for Buildings and Building Complexes - CECS 89:97"
"Code for Design of Low-Voltage Distribution Systems (GB 50054-2011)"
"Code for Design of Power Supply and Distribution Systems (GB 50052-2016)"
"Code for Design of Lightning Protection for Buildings (GB 50057-2010)"
"Technical Code for Engineering Specifications of Safety Prevention (GB 50348-2004)"
"Safety Prevention Engineering Procedures and Requirements (GA/T 75-94)"
Safety Prevention System Acceptance Rules (GA 308-2016)
"Code for Design of Integrated Cabling System Engineering (GB 50311-2016)"
"Specification for Heating, Ventilation, and Air Conditioning Design (GB 50019-2015)"
"Code for Lightning Protection of Electronic Information Systems in Buildings (GB 50343-2012)"
"Air Traffic Management Communication Navigation Surveillance Station Operation Management Specification for Civil Aviation"
