Electrical Integrated Monitoring System Solution

Integrated Electrical Monitoring System Solution

Smart Power Usage System

Intelligent Power Monitoring System

Building Integrated Electrical Monitoring System

Introduction to the Integrated Electrical Monitoring System:

The Integrated Electrical Monitoring System combines fire protection power supply monitoring, electrical fire monitoring, power monitoring, intelligent surge protection monitoring, intelligent lighting control, wireless temperature measurement, hospital logistics information systems, and energy consumption monitoring. Leveraging the development of the Internet+, it deeply optimizes the functions of each independent system, simplifies the system structure while preserving their unique features, improves equipment utilization, reduces user costs, conserves social resources, and minimizes operational and maintenance expenses.

For more product information and solution pricing, please call.

Contact: Manager Wu

Phone: 13891834587 (also on WeChat)

QQ: 704151787

Email: 704151787@qq.com

Integrated Electrical Monitoring System Functions:

The Integrated Electrical Monitoring System adopts a hierarchical distributed structure: application management layer, network communication layer, and data acquisition device layer.

① Real-time Alerts

Monitors the operational status of electrical fires, fire protection equipment power supply, fire doors, emergency lighting and evacuation indicators, surges, and power distribution equipment in real time. Alerts promptly for abnormal conditions such as abnormal voltage in fire protection power supply, abnormal residual current in circuits, abnormal temperature in cables or busbars, and abnormal operation of surge protectors, reminding operational and maintenance personnel to address issues early to ensure personal and property safety. The system monitors real-time events such as circuit breaker operations, isolation switch status, grounding knife switches, protection actions, fault trips, and exceedances of voltage, current, power, and power factor, issuing alerts based on event severity. Alarms automatically pop up with visual and auditory notifications.

② Operational Monitoring

The system monitors in real time the current, voltage, power, energy consumption, residual current, cable and busbar temperatures, main and backup power supply status for fire protection equipment, surge protection operation, fire door open/close status, emergency lighting and evacuation indicator battery operation, light operation, linkage signals, and the status of circuit breakers, isolation switches, and grounding knives in distribution circuits. It provides dynamic graphical displays with a user-friendly interface.

③ Building Energy Usage Analysis

The Integrated Electrical Management System supports statistical analysis of sub-item energy consumption, branch circuit energy consumption, and regional energy consumption. It also enables analysis based on working days, non-working days, year-on-year, and month-on-month comparisons, generating comprehensive reports.

④ Electrical Safety Assessment

Based on current, voltage, residual current, main/backup power status, battery operation status, linkage signals, switch status, and fault trip signals, the system analyzes operational safety by integrating abnormal events such as residual current actions, cable overheating, overvoltage/undervoltage/short circuits in fire protection power supply, fault trips, and current/voltage exceedances. It provides assessment conclusions and recommendations for the operation and maintenance of user equipment and cables.

⑤ Historical Event Review

Stores and manages abnormal events such as residual current actions, cable overheating, overvoltage/undervoltage/short circuits in fire protection power supply, fault trips, and current/voltage exceedances. Facilitates historical tracing, query statistics, and accident analysis for system events and alarms.

⑥ Historical Data Statistics

The comprehensive reporting system supports scheduled and time-based meter reading and summary functions. Users can freely query the power consumption of any distribution node during any period since the system’s normal operation, generating statistical analysis reports for incoming line energy consumption and branch circuit consumption. This function ensures transparent energy usage visibility and enables traceability for significant usage discrepancies, maintaining the accuracy of the measurement system.

Integrated Electrical Monitoring System - Subsystem Introduction:

① Power Monitoring System Introduction

The Power Monitoring System is suitable for monitoring and controlling user-side power supply and distribution systems across various industries with voltage levels from 35kV to 0.4kV. It provides uninterrupted protection, monitoring, and control for user distribution networks and electrical equipment, improving power supply reliability and automation levels to achieve reliable, safe, and efficient power distribution and usage.

Power Monitoring System Functions:

"Four Remote Functions": remote signaling, remote measurement, remote control, and remote adjustment;

Relay protection and automation

Fault, alarm, and event management

Fault recording and accident replay

Statistical reports and chart analysis

Data forwarding and access

② Energy Consumption Monitoring System Introduction:

The Building Energy Consumption Monitoring System consists of energy metering devices, data collectors, and network communication equipment. It features data acquisition, storage, processing, analysis, system management, operational status monitoring, and fault diagnosis. It performs statistical analysis based on energy categories (water, electricity, gas, heat) and sub-items, generating and displaying energy consumption statistics and related charts for various categories, sub-items, unit area consumption, and total consumption. This helps identify high energy consumption points or inefficient habits, enabling effective energy savings and providing accurate data for further energy-saving renovations or equipment upgrades.

③ Electrical Fire Monitoring System Introduction:

The Electrical Fire Monitoring System receives signals from field devices such as residual current electrical fire detectors, monitoring, controlling, and managing circuit and equipment operations. It issues alerts and notifies operational and maintenance personnel promptly when abnormal conditions such as excessive residual current or cable overheating occur, enabling timely handling of anomalies or faults to prevent electrical fires and protect lives and property. The FY900 Electrical Fire Monitoring System is suitable for smart buildings, high-rise apartments, hotels, restaurants, commercial buildings, industrial and mining enterprises, fire protection units, petrochemicals, education, healthcare, finance, telecommunications, and other fields. It continuously protects electrical equipment and cables dispersed throughout buildings, serving as a loyal guardian of life and property safety.

④ Fire Protection Equipment Power Supply Monitoring System Introduction:

The FYPM900 Fire Protection Equipment Power Supply Monitoring System effectively reduces the failure rate of fire protection equipment power supplies, ensuring their normal operation. It provides strong technical support for the proper functioning of fire protection equipment during fires, aiding in evacuation and rescue efforts. The FYPM900 system "escorts" fire protection equipment, playing a positive role in safeguarding lives and national property.

⑤ Fire Door Monitoring System Introduction:

The FYM Fire Door Monitoring System centrally controls the working status of terminal devices such as electric door closers and electromagnetic releases. It monitors the open, closed, and fault status of fire doors in evacuation passages in real time, displaying fault signals like open circuits and short circuits. It ensures system stability and safety and is widely used in airports, rail transit, tunnels, passenger hubs, hospitals, schools, stadiums, exhibition halls, hotels, commercial buildings, and other venues.

⑥ Fire Emergency Lighting and Evacuation指示 System Introduction:

The Fire Emergency Lighting and Evacuation指示 System comprehensively monitors and dynamically analyzes the safety performance of emergency indicator lights in real time. During a fire, it quickly analyzes factors such as wind direction, nearest exits, fire trends, and crowd density to calculate safe evacuation paths. It activates the corresponding directions on emergency indicator lights and emergency lighting, helping building occupants choose correct escape routes for swift evacuation and ensuring personal safety. This system is primarily used in airports, rail transit, tunnels, passenger hubs, hospitals, schools, stadiums, exhibition halls, hotels, commercial buildings, and other venues.

⑦ Surge Protection Monitoring System Introduction:

The Intelligent Surge Protection Monitoring System integrates active energy-coordinated surge protective device groups, lightning strike and electromagnetic pulse environment detection modules, and SPD backup protectors. It provides multiple protections for various equipment against direct lightning strikes, incoming lightning waves, and lightning electromagnetic pulses, representing a novel combination of lightning protection technologies. It centrally collects and manages data on lightning, power grid environment, and surge protectors. It monitors the grounding resistance of the lightning protection system, lightning strike conditions (e.g., intensity, count, time), degradation status of surge protectors (full lifecycle statistics), and operational status such as fault disconnection through networked communication, enabling remote real-time supervision. This effectively prevents surge overvoltage accidents caused by potentially hazardous or defective lightning protection facilities operating with issues.

⑧ Charging Pile System