Today, as the digital wave sweeps across the world, the stable operation of various critical infrastructure, from communication base stations to data centers, from industrial plants to smart parks, has become the "invisible cornerstone" supporting social and economic development. Problems such as equipment malfunctions, abnormal environments, and security vulnerabilities can lead to business disruptions at the very least, and at the worst, cause security incidents or data leaks. How can efficient monitoring and collaborative management of multiple systems and devices be achieved? The emergence of Jinfu Dynamic Environment System (power and environmental Monitoring System) has provided a "one-stop" solution for this industry pain point.
I. From "Decentralized Management" to "Centralized Intelligent Control
The Jinfu Dynamic Environment system with comprehensive monitoring capabilities has become an industry necessity - it not only needs to achieve "full data collection", but also needs to realize "proactive operation and maintenance" through interlocking control and intelligent analysis. The Jinfu Dynamic Environment system is a typical representative in this trend.
The Jinfu base station intelligent access control management system has achieved safe, efficient and unified management of the base station access control system through self-developed intelligent locks, intelligent keys, operation and maintenance apps, management platforms and other technical means. The system is equipped with comprehensive monitoring capabilities and can be paired with our company's independently developed FSU controller to mainly monitor and manage power, environment, security, access control and other systems. It can achieve real-time monitoring, interlocking control, alarm notification, historical data analysis and query, visualization platform, operation and maintenance work orders and other functions for the equipment and facilities of each system, providing 7x24-hour uninterrupted operation and maintenance support. The intelligent access control system also features seamless connection with the existing environmental monitoring system of the base station, enabling remote door opening by FSU, real-time monitoring of the door lock status, and alarm status.
Ii. "Safety Manager" Covering Key Scenarios
The core advantages of Kingfer's dynamic environment system lie in "multi-system integration" and "flexible deployment", and its application scenarios cover multiple fields such as communication, energy, manufacturing, and the Internet. This environmental protection system mainly consists of the following products - integrated intelligent environmental protection controller: It can realize functions such as data collection, storage, processing, interlocking control, and alarm/early warning notification for multiple subsystems including power, environment, access control, and security. Access control system: It can realize functions such as on-site access control entry and exit management, on-site APP Bluetooth door opening, and remote door opening through the background system. Relay expansion system: It can support 32 DO interfaces, can be quickly connected through "hot plugging", the definition of each digital output can be customized, and meet the requirements of subsequent business expansion on site. Power monitoring system: It can realize the monitoring functions of group voltage, current, battery charge and discharge times, charge and discharge status, battery SOC/SOH, ambient temperature, etc. Security monitoring system: It can be linked with cameras to capture pictures and video clips based on door lock events, and preview them in real time. It can also detect the status of door locks and alarm status through vibration and door magnetic sensors to ensure access control security. Environmental monitoring system: It can detect the temperature, humidity, smoke, water leakage and other environmental conditions in the on-site area, as well as abnormal detection.
Iii. Intelligent Upgrade from "Tools" to "Ecosystems"
From decentralized monitoring to centralized intelligent control, from passive response to proactive operation and maintenance, the Jinfu Dynamic Environment system is not only the "intelligent guardian" of infrastructure, but also the "key fulcrum" for the intelligent transformation of the industry. With the further penetration of 5G and AIoT (Artificial Intelligence of Things) technologies, the functions of environmental protection systems will extend from "monitoring" to "prediction" and "decision-making". And systems like Jinfu, which possess comprehensive capabilities and an open ecosystem, will surely play an increasingly important role in promoting the "smarter, more reliable and more efficient" development of infrastructure in various industries.
