When it comes to reducing costs and improving efficiency at substations, Dingxin Smart Technology has something to say! Traditional substations rely on on-site staff and periodic on-site inspections, resulting in persistently high expenses for labor, transportation, and equipment maintenance. Additionally, the decentralized management of multiple sites often leads to delays in operations and maintenance, as well as the failure to identify potential hazards, keeping overall operating costs consistently high.
Faced with such challenges, we believe that Dingxin Smart Technology’s Intelligent Substation Auxiliary Control System (DX-BTS100-ZF) can address various cost-related challenges and truly enable lightweight, unmanned substation operations.
One System, Sixteen Core Capabilities, Reshaping the Logic of Substation Operations
The DX-BTS100-ZF Intelligent Integrated Auxiliary Monitoring System for Substations is not merely a matter of “installing a few cameras”; rather, it bridges the “last mile” of substation intelligence across four dimensions—sensing, analysis, control, and communication—ensuring that every investment translates into quantifiable efficiency gains.
Clear View—Comprehensive Visual Coverage: The system is equipped with high-quality, industry-grade cameras that are dustproof and waterproof. Supporting optical zoom of ≥30x and digital zoom of ≥8x, these cameras, when paired with pan-tilt units, allow for flexible adjustment of viewing angle, direction, and focal length, enabling 24/7 uninterrupted, all-around surveillance with no blind spots. Features such as facial capture, infrared illumination, automatic tracking, and smart event detection are all included. Whether it’s equipment malfunctions within the facility or unauthorized intruders, nothing escapes these “electronic eyes.”
Accurate Listening—AI Audio Monitoring: Deploy AI audio monitors to listen in real time to the operational sounds of on-site equipment. With built-in decibel and frequency thresholds, an alarm is triggered as soon as these limits are exceeded. It’s as if every main transformer and switchgear were equipped with a tireless “stethoscope doctor,” allowing unusual internal noises to be detected immediately and enabling intervention at the earliest stages of a potential failure.
Thorough Detection—Infrared Thermal Imaging Patrols: By deploying infrared thermal imaging equipment, the system automatically patrols and measures the temperatures of critical electrical equipment, transmits temperature data in real time, and generates historical temperature curves. If the temperature at a specific connection point spikes abnormally, the system immediately triggers an alarm and logs the event, providing precise data for subsequent maintenance.
Full Control—Smart Interlocking and Autonomous Response: The relay module features a built-in high-current relay that enables interlocking or remote control of fans, water pumps, infrared lights, general lighting, and air conditioners. If temperature or humidity exceeds set limits, the air conditioner turns on automatically. If the dual-sensor infrared alarm is triggered, the lights turn on immediately. The system executes actions autonomously based on preset strategies, eliminating the need for manual intervention on-site and truly enabling "unmanned station management."
Strict Access Control—Facial Recognition Access Control + Video Intercom: All entrances and exits are equipped with all-in-one facial recognition terminals; personnel inside the facility can enter simply by scanning their faces. Unauthorized individuals can use the built-in video intercom to contact the on-duty staff, who will grant access only after remotely verifying their work permits and ID cards. By integrating biometric authentication with security management, access control in unstaffed facilities is now completely airtight.
Reliable Protection—Multi-Layered Security + Electronic Perimeter Fence: Devices such as electronic perimeter fences, infrared beams, vibration detectors, and dual-technology infrared sensors form a multi-layered defense system. The four-beam system supports flexible configuration options of 1, 4, 9, or 16 beams, and both the installation height on the perimeter wall and the pulse parameters can be customized as needed. Any unauthorized scaling of the fence will be detected immediately.
Long-Term Storage—90 Days of Uninterrupted Recording: Audio and video data from the front end is fed into the network video recorder (NVR), which supports uninterrupted recording and stores footage for at least 90 days. The central platform allows users to search for, play back, or download recordings from specific time periods as needed, providing a complete data chain for post-incident investigation and evidence collection.
Analytics at a Glance—AI-Powered Video Analysis: The system supports four key dimensions—device status analysis, human behavior analysis, environmental status analysis, and video quality diagnostics—automatically identifying anomalies and categorizing alerts, transforming vast amounts of video data from merely “visible” to “understandable.”
XunDe Province — Visualized Remote Inspection: Pre-set inspection plans based on manual inspection sequences, incorporating multiple monitoring points within a station into automated inspection routes. The system automatically takes screenshots and flags issues, intelligently identifies equipment status, and generates reports upon completion of the inspection—allowing a single remote operations and maintenance technician to cover multiple stations and significantly boost inspection efficiency.
Liantong—Deep Synergy in Production Operations: By connecting the dispatch automation system and the station-end sequential control host via a communication server, the system automatically triggers relevant monitoring points to capture and upload screenshots when remote control operations occur or equipment failures happen, thereby achieving a fully visualized, closed-loop process from production instructions to video verification.
Accurate Reporting—Unified Alarm Management: The central platform aggregates all alarm signals from the front end into unified alarm events, supporting tiered classification and concurrent processing of multiple events to ensure that every anomaly is responded to promptly and none are overlooked.
That’s right—Voice Intercom and Broadcast: Supports two-way voice intercom, voice broadcasts, and monitoring between municipal clients and front-end devices; intercom content is simultaneously recorded and archived, ensuring real-time, uninterrupted communication for issuing instructions and receiving on-site feedback.
Transmission Over Long Distances—Unified Remote Transmission of Fire Safety Data: Addressing the challenge of existing fire safety systems that cannot be networked, this solution involves installing user information transmission devices to enable protocol conversion for fire alarm control panels of different brands and the remote transmission of data to the control center, thereby filling in the final piece of the safety monitoring puzzle.
