The energy consumption monitoring system software realizes real-time measurement of building electricity, water, gas, heat and other energy consumption, and analyzes, diagnoses and comprehensively processes the data collected by the measurement. It has energy consumption monitoring, decision-making analysis, energy-saving optimization, Energy consumption ranking, horizontal benchmarking and other functions. Users can have a comprehensive grasp of the overall energy consumption situation in the area under their jurisdiction, and have a clear and comprehensive understanding of the electricity consumption of electricity, water, gas, heat and power, air conditioning, lighting, special and other sub-items.

Through monitoring and analyzing the energy consumption points of each unit, a comprehensive assessment of the overall energy usage of the unit will be conducted, with executable management and operational recommendations for managers' reference.

The system supports the GIS map monitoring function. The geographical information interface of the platform will be displayed in the map mode of the electronic map, reasonably and accurately explaining the geographical distribution of each building in the monitoring area, and giving text and graphics to mark it. The interface includes real-life pictures of the building, building brief introduction, building system functions, etc. At the same time, the system also provides detailed energy consumption graphs for each building, each floor, each piece of equipment, and each line. This screen facilitates equipment maintenance and allows operators to view relevant energy consumption data in a clear and detailed manner for each building, floor, partition, etc. Control operations include viewing complete telemetry data, loop status, alarm and fault signals, harmonic data analysis, remote control operations, and more.

The system can record telemetry data in real time according to user needs, and the recording time exceeds this year. Historical data is visualized by curves, so users can easily view historical data curves for various objects.

Perform statistical analysis on the energy consumption of the entire monitoring area and each building, and find out possible energy consumption in the building by analyzing indicators such as total energy consumption, sub-item electricity consumption, per capita energy consumption, energy consumption per unit area, and ineffective energy consumption. Wasted links.

Statistical analysis of the energy consumption of the whole monitoring area and each building is carried out to find out the possible energy consumption in the building by analyzing the indicators of total energy consumption, itemized power consumption, per capita energy consumption, energy consumption per unit area, and ineffective energy consumption.

The energy consumption of each object in the whole monitoring area is horizontally calibrated. Multi-dimensional calibration on annual, monthly and daily basis based on energy consumption indicators such as total energy consumption of electricity, water, gas and heat, sub-electricity consumption, per capita energy consumption, energy consumption per unit area, ineffective energy consumption and so on. The overall operation is based on map GIS system, which can quickly locate buildings or units for comparison. 

In order to compare the energy consumption history of each object, the software can compare the total energy consumption of electricity, water, gas and heat, sub-electricity consumption, per capita energy consumption, energy consumption per unit area, invalid energy consumption and other energy consumption indexes in multi-dimensions such as by year, month and day. The overall operation is based on the map GIS system, which can quickly locate buildings or units for comparison.

When an accidental switch displacement, telemetry limit violation, protection action or other alarm signal occurs, the system will issue a voice prompt and automatically pop up the alarm screen, displaying the alarm circuit name, alarm information, date and time. The alarm needs to be reset with the approval of the operator. Alarm information is recorded to the alarm history database.

The monitoring system provides communication functions with DC panels, transformers, generator sets, emergency power supplies, analog panels, building automation systems or other automation systems.

The monitoring system has a network expansion function, which can easily and flexibly expand the system functions without affecting the normal operation of the original system.

The power management function is a power demand-side management function developed by establishing a typical energy consumption data model based on the power monitoring function. The power management function module includes: power consumption statistics and analysis, report management, and peak and valley power statistics.

The system provides users with real-time monthly electricity bills and uses the electricity bill algorithm of the power company's marketing system to allow users to know their electricity bills in real time.

The system provides users with power consumption statistics and management functions. It can compare power consumption according to load type and circuit name. The comparison value of actual power consumption can be viewed by day, month, and year, and can be displayed and printed. ,Inquire.

The system collects remote measurement, remote signaling and other parameters in real time, and statistics, analysis and storage of important data into the database. It has the function of classifying and querying real-time data and historical data, and can print out the data.

Through the statistics and comparison of daily peak and valley electricity, we provide the basis for rational use of peak and valley electricity, and adopt peak shifting methods to use electricity during low valley and peace periods as much as possible to reduce electricity expenses.

The power quality analysis function is based on the power monitoring system function, which can continuously monitor and collect data on the power quality and power reliability status of the entire system, and has functions such as power quality measurement, power quality standard verification, and event alarms.

Through the current balance analysis of three-phase power consumption, we can locate the unreasonable location of single-phase power supply equipment wiring to avoid causing unbalanced three-phase power consumption. This reduces the impact on transformer efficiency and equipment service life, and avoids line aging and equipment failure.