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Power demand side management platform
The demand side management system (DSM) monitors multiple energy monitoring areas in real-time to obtain energy data information for each monitoring a
Product details
1、 Background
▶National policy requirements
The "12th Five Year Plan" and the "Electricity Demand Side Management Measures" jointly issued and implemented by six ministries including the National Development and Reform Commission all explicitly state that "electricity demand side management is an important measure to achieve energy conservation and emission reduction goals".
▶Requirements for the construction of smart grid
Smart grid has become the development direction of the power industry, with several links including generation, transmission, transformation, distribution, and utilization. Demand side management system, as an important component of smart electricity, provides data support for auxiliary smart electricity related businesses.
▶Technical support requirements for demand side management of electricity
It can improve the safety, stability, and economy of the power system, while achieving two-way interaction between power supply companies and electricity customers, enhancing the reliability and service level of power supply, and increasing customer satisfaction.
2、 Overview
The demand side management system (DSM) monitors multiple energy monitoring areas in real-time to obtain energy data information for each monitoring area. By using a management system to improve the energy-saving rate of electrical energy, and under the premise of meeting product production conditions, reducing the power of equipment in each monitoring area, providing scientific means for energy management and conservation, quantifying the energy-saving goals of management itself, reducing the energy consumption of unit products, and improving comprehensive economic benefits.
Today, with the continuous development of technology, producers themselves are also required to keep up with the times; To enhance self and corporate awareness of energy conservation and environmental protection while continuously developing; Reducing energy consumption ensures energy conservation and emission reduction for enterprises, while also reducing their costs in daily production and operation.
3、 System composition
Typical structural diagram
4、 System functions
| Serial Number | module | Sub-module | functionality | notes |
| 1、 Basic functions | ||||
| 1 | main interface | Distribution Navigation Map | ||
| 2 | Working condition diagram | |||
| 3 | Electric energy monitoring | Real-time data | Real time value | Real time data query display |
| Real time charts | Real time data running curve display | |||
| Daily online monitoring | Daily hourly data curve report display | |||
| HISTORICAL DATA | historical value | Historical data query display | ||
| Historical chart | Historical data curve report display | |||
| 4 | operations analysis | operations analysis | daily newspaper | Daily hourly data curve report analysis |
| weekly report | Analysis of Weekly Data Curve Report | |||
| Monthly report | Analysis of Monthly Data Curve Report | |||
| Quarterly report | Analysis of Seasonal Data Curve Report | |||
| annual report | Analysis of Annual Data Curve Report | |||
| comparative analysis | Time benchmarking | Comparative analysis of data from the same device at different times, displayed in chart format | ||
| Equipment benchmarking | Comparative analysis of data from different devices at the same time, displayed in chart format | |||
| 5 | power management | power management | Jianfeng Pinggu | Trend analysis of peak and off peak proportions of electricity and electricity bills, displayed in chart format |
| Regional electricity | Statistical analysis of energy consumption in key areas | |||
| Power consumption | Can consume | Display the daily hourly electricity consumption status in chart format | ||
| Weekly electricity consumption | Display weekly electricity consumption status in chart format | |||
| Monthly electricity consumption | Display monthly electricity consumption status in chart format | |||
| Seasonal electricity consumption | Display quarterly electricity consumption status in chart format | |||
| Annual electricity consumption | Display the annual electricity consumption status in chart format | |||
| 6 | Energy Saving Assessment | Monitor Point | Evaluate and analyze the power factor of monitoring points, the rated load percentage of actual load points, and the daily load rate of electricity consumption, and display the results in the form of charts and graphs | |
| transformer | Evaluate and analyze transformer efficiency, power loss, load factor, power balance diagram, power motion diagram, etc., and display the results in the form of charts and graphs | |||
| line | Evaluate and analyze line losses, power balance diagrams, power motion diagrams, etc., and display them in a graphical format | |||
| motor | Analyze the current running time, cumulative running time, maintenance cycle, stopping time, stopping times, etc. of the electric motor, and display the results in the form of charts and graphs | |||
| quality | Analyze the harmonic content and voltage distortion rate of monitoring points, and display the results in the form of charts and graphs | |||
| 7 | Event Query | Event Query | real-time event | Real time event alerts, push notifications, and queries |
| historical event | Historical event query, which can be queried by time, event type, etc | |||
| 8 | Report Query | Excel report template for querying, exporting, and printing daily, monthly, and annual reports | ||
| 9 | communication management | |||
| 10 | system management | equipment management | Equipment file management, equipment type management | |
| Variable management | Variable management | |||
| User Management | User permission allocation and other management | |||
| parameter configuration | Load configuration, energy consumption configuration, rate configuration, rate type configuration, global unit conversion | |||
| 2、 Extended functionality | ||||
| 1 | web interface | C/S and B/S architectures coexist, supporting WEB publishing. Real time system data, monitoring screens, historical data, etc. can be viewed through a WEB browser on the local area network or external network. | ||
| 2 | APP interface | Provide an APP client that allows users to view real-time system data, monitoring screens, historical data, and more anytime and anywhere on their mobile phones. | ||
| 3 | Protocol development | Special non-standard protocol development | ||
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