POMEPOWER
Energy Management System
Model:
Categories:
Commerical& Industrial ESS
EMS system is an information platform that integrates computer technology, Internet technology, electrical automation technology, Internet of Things technology, and communication technology, which integrates intelligent energy scheduling and energy efficiency analysis and management.
Technical parameters
Network topology diagram
Product Introduction
EMS system is an information platform that integrates computer technology, Internet technology, electrical automation technology, Internet of Things technology, and communication technology, which integrates intelligent energy scheduling and energy efficiency analysis and management.
The platform uses communication methods such as "ground networking" to collect data from the movie storage power station in all aspects and upload it to the cloud platform. The statistical analysis of data is completed through the cloud, combined with the final web application, real-time monitoring of the power station, early warning/square management, information scheduling, operation and maintenance functions can be realized, and equipment operation and maintenance can be effectively monitored, and the equipment operation failure can be provided for microgrid systems containing distributed power supplies and energy storage units such as photovoltaic power generation, to optimize the efficiency of the power station, and to improve the profit of the power station. The distributed power supply has a high control period, giving full play to the advantages of low carbon and economics of the situation grid.
The system can be used to realize the progress of the special grid system and external maintenance application requirements to formulate a clear signal control surface. In view of the output of distributed power, reasonable energy management optimization technology is used to make efficient use of distributed power supplies, and give full play to the advantages of microgrid carpet and economy.
System Features
. Friendly human-computer interaction interface
. 724-hour monitoring
. Quick response to real-time alarm function
. Has complete data acquisition and monitoring system functions
. Seamlessly connect to the dispatch center system and accept the charging and discharging control commands issued by the dispatch center; it can realize the integration of BMS and PCS and friendly data transmission
. Using pure control protective parts, such as peak cutting and valley filling, and reducing maximum demand, etc.
Specifications
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Controlling collection and monitoring |
The simulation quantity, status quantity and other information sent on PCS, BMS, transformer protection measurement and control and other protection measurement and control equipment are collected and processed in real time, and the real-time value, historical statistical value, trend, alarm events, etc. are displayed and forwarded in the monitoring screen, and saved to the historical data server. |
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Energy dispatch |
Developing an energy dispatch plan based on comprehensive energy use and economic factors can achieve remote intelligent dispatch and improve the operation efficiency of the power station. |
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Independent maintenance and control of energy storage SOC |
Monitor the energy storage SOC and the current charging and discharging power in real time. When the system does not have any business functions to control the energy storage battery, maintain the battery's chargeable and discharging state at any time, and keep the energy storage battery SOC within a reasonable range. |
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Smooth load |
Power generation side-monitoring power generation power is monitored in real time, and the sudden change in the output of distributed power by controlling the charging and discharging of energy storage batteries or controlling the output of other forms of energy generation is reduced, so that the output of distributed power is smoothed; power grid side-monitoring the output of power grid in real time, and control the output of power storage batteries by controlling the charging and discharging of energy storage batteries; User side--Real-time monitoring of user's electrical power, and by controlling the charging and discharging of energy storage batteries, peak-cutting and valley filling of user's electrical power curve can be achieved. |
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Time-sharing electricity price |
The system can divide a day into different time periods, and control energy storage batteries to implement different charging and discharging strategies at different times periods to enable users to achieve peak-to-valley price difference returns. |
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Power distribution control |
In grid-connected mode, the dispatch command is received and distributed to each distributed power module according to the power adjustment commands issued by the current SOC, SOH, charge and discharge state, alarm state, etc. of the energy storage. |
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Data Analysis |
Use comprehensive energy index and algorithms to count the charge, discharge and income of various equipment every day. Real-time alarm push in the entire site, improve the preservation of historical fault alarm information, and support historical data viewing, export and other functions. |
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Permission Management |
Supports system administrators and other users with different permissions to establish them to provide a safe operation and management solution for the power station. |
Key words:
Energy Management System
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