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Video
Ankerui E-commerce (Shanghai) Co., Ltd
Acrel-2000 Power Monitoring System
12.16,202410
Brief Introduction
Function:
Acrel-2000MG is an enterprise microgrid energy management system developed by Ankerui based on the requirements of microgrid monitoring system and microgrid energy management system under the new power system, summarizing the advanced experience of research and production at home and abroad. This system meets the integration of photovoltaic systems, wind power generation, energy storage systems, and charging stations. It collects and analyzes data 24/7, monitors the operation status and health of photovoltaic, wind power, energy storage systems, charging stations, and traditional loads. It is a management system that integrates monitoring and energy management. The system aims to optimize economic operation on the basis of safety and stability, promote the application of renewable energy, improve the stability of power grid operation, and compensate for load fluctuations; Effectively implement user side demand management, improve the operational efficiency of power equipment, and reduce power supply costs. Providing a new solution for safe, reliable, and economical operation of enterprise microgrid energy management.
Microgrid energy management system, photovoltaic and energy storage system monitoring
Application location:
Park: Large industrial, general industrial and commercial microgrids, enterprise microgrids;
Universities: Photovoltaic, wind power, wind and solar energy storage systems, microgrids for experimental research in universities
Transportation: Optical storage systems and charging stations in highway service areas;
Medical: Hospital photovoltaic system, photovoltaic storage system, photovoltaic storage charging system: City: Automobile 4S store photovoltaic storage charging system, urban photovoltaic storage charging station: Communication: Communication base station photovoltaic storage system;
Data Center: Optical Storage System;
Universities: Photovoltaic, wind power, wind and solar energy storage systems, microgrids for experimental research in universities
Transportation: Optical storage systems and charging stations in highway service areas;
Medical: Hospital photovoltaic system, photovoltaic storage system, photovoltaic storage charging system: City: Automobile 4S store photovoltaic storage charging system, urban photovoltaic storage charging station: Communication: Communication base station photovoltaic storage system;
Data Center: Optical Storage System;
Islands, military: wind, solar, storage, and diesel microgrids.
Microgrid energy management system, photovoltaic and energy storage system monitoring
system architecture
Microgrid energy management system, photovoltaic and energy storage system monitoring
System functions:
System Overview
Real time monitoring of the operation of microgrids, including mains power, photovoltaic power, wind power, energy storage, charging piles, and electricity load, as well as revenue data, weather conditions, energy conservation and emission reduction information.
intelligent monitoring
Real time monitoring of the system environment, photovoltaic modules, photovoltaic inverters, wind power control inverters, energy storage batteries, energy storage converters, electrical equipment, etc., to comprehensively grasp the operation status of the microgrid system.
power prediction
Short term and ultra short term power generation prediction for distributed generation systems, and display qualification rate and error analysis.
power quality
Continuous monitoring of power quality and reliability throughout the entire microgrid system. Monitor and analyze steady-state data such as voltage harmonics, voltage flicker, and voltage imbalance, as well as transient data such as voltage rise/fall and voltage interruption, and display waveform recording. Monitor voltage and current transients.
Visual operation
Realize unmanned operation of microgrids, truly realizing digital, intelligent, and convenient management; Continuous monitoring of important loads and equipment.
optimal control
By analyzing historical electricity consumption data and weather conditions to predict load power, and combining distributed power generation output and energy storage status, economic optimization scheduling can be achieved to reduce peak or off peak electricity consumption and overall electricity costs for enterprises.
Revenue Analysis
Users can view daily electricity consumption and revenue data for photovoltaic, energy storage, and charging stations, and can also switch to annual reports to view monthly electricity consumption and revenue.
energy analysis
By analyzing the power generation efficiency and conversion efficiency of photovoltaic, wind power, and energy storage equipment, it is used to evaluate the performance and status of the equipment.
Strategy Configuration
Microgrid configuration mainly involves setting the composition, basic parameters, operation strategies, and statistical values of the microgrid system. The strategies include planning curves, peak shaving and valley filling, demand control, new energy consumption, reverse power control, etc.
Microgrid energy management system, photovoltaic and energy storage system monitoring
Equipment selection
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