There are generally many types of monitoring systems in large public buildings and industrial enterprises, such as power monitoring systems, electrical fire monitoring systems, fire power monitoring systems, energy efficiency management systems, lightning surge detection systems, temperature measurement systems, and other related electrical monitoring systems in public buildings. These systems are essential for the safe operation and energy conservation of the entire building, but they intersect in terms of functionality, design, construction, and other aspectsMixed and isolated systems add cost and difficulty to the later operation and maintenance of the system.
EasyECM electrical comprehensive monitoring solves the above problems with targeted solutions. The system functions include power monitoring system, electrical fire monitoring system, fire power monitoring system, energy efficiency management system, lightning surge detection system, temperature measurement system, etc. It can provide users with an integrated system and one-stop service, reducing customer investment and operating costs.
Platform features
● Complete functionality: meets the requirements of electrical monitoring, operational safety, fire monitoring, energy efficiency management, and other aspects, reducing user investment and operating costs
Advanced architecture: Supports B/S and C/S hybrid architectures, balancing real-time communication, system deployment, and flexible display
● Flexible functionality: Multiple functional combination configuration schemes, allowing for single, pairwise, and multiple free combinations of functions according to project needs, truly achieving the realization of multiple systems on a large platform
● Strong scalability: Interconnection of power monitoring, electrical fire, fire power supply, energy efficiency management, lightning surge detection, temperature measurement systems, etc., providing lifelong benefits through one-time construction
● Good compatibility: Implement multi type device IoT, support multiple communication protocols, various types of instruments and devices, third-party system access, manual input
● Strong database: Adopting advanced and reliable real-time databases, powerful relational databases, and big data warehouse processing technologies to ensure real-time transmission, fast queries, and massive storage of historical data
●Cloud deployment: The system supports local area network, private cloud, and public cloud deployment,Without being limited by time, location, or environment, authorized accounts and passwords can be used on computers, mobile phones, and other devices with internet access to monitor the real-time electricity, fire, and energy consumption of enterprises locally and remotely
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Overall functionality ● Terminal display function: supports queries on various platforms such as computers, tablets, and smartphones System alarm function: alerts for data changes, data anomalies, communication status, operation processes, etc, Different alarm handling methods can be set according to the characteristics of different subsystem modules System log function: All critical operations can generate operation logs for future reference User permission management: The user permission management system is complete and can ensure the security of user data |
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Substation and Distribution Monitoring Subsystem ● Location distribution map: Display the location distribution of each substation in the project, and show the basic information of each substation System diagram function: Display the operating status and measurement values of a device, and show telemetry, remote signaling, and remote control Pulse and other data information are used to color the topology of the line based on its charged condition Real time data query: It can display real-time data of the system, including remote signaling, telemetry, remote pulse volume, etc System operation: The system can perform remote control issuance and customized read/write operations Report function: Generate reports according to user requirements, support multiple query methods, and can be accessed by Search for annual, monthly, and daily cycles separately |
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Energy Efficiency Management Subsystem Energy consumption data collection: The system supports data collection for various energy types such as water, electricity, heat, and gas ● Classification sub model: The system is based on the "Energy Consumption Monitoring of State Office Buildings and Large Public Buildings Guidelines for Collecting System Sub item Energy Consumption Data "establishes a classification sub item model, and all types of energy consumption data can be collected To conduct statistical analysis based on the model Energy consumption data analysis: The system supports statistical analysis of energy consumption data based on regional and departmental dimensions Performance evaluation: The system sets performance evaluation indicators for each region or department to display their completion status Equipment energy efficiency management: The system supports energy efficiency statistical analysis and efficiency calculation for key energy consuming equipment |
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Electrical Fire Monitoring Subsystem Data display: The system can display the leakage current, phase current Temperature and other related parameters, and display their alarm status ● Alarm query: The system supports alarm queries based on region, type, time, and other conditions ● System operation: The system supports remote data distribution and remote alarm reset functions |
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Fire equipment power monitoring subsystem Data display: The system can display the main and backup power supply of each power circuit by regional division Voltage, current, temperature and other information, and display their alarm status ● Alarm query: The system supports alarm queries based on region, type, time, and other conditions ● System operation: The system supports remote data distribution and remote alarm reset functions |
EasyECM comprehensive monitoring platform can combine and configure multiple functional modules. According to project requirements, functional modules can be freely combined in a single, pairwise, or multiple ways to truly achieve multiple systems on a large platform, such as transformer and distribution monitoring system, energy efficiency management system, smart electricity cloud management platform, electrical fire management system, temperature monitoring system, etc.
The system selection is as follows: