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Ankerui E-commerce (Shanghai) Co., Ltd
Acrel-2000MG Energy Management System for Ankerui Microgrid
NegotiableUpdate on 02/05
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Overview
The Acrel-2000MG microgrid energy management system from Ankerui meets the requirements for connecting photovoltaic systems, energy storage systems, and other equipment. It performs all-weather data collection and analysis, monitors the operation status and health status of photovoltaic, energy storage, and other systems, and 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 utilization of renewable energy, peak shaving and valley filling, smooth loads, improve the stability and efficiency of power grid operation, reduce power supply costs, and provide a new solution for safe, reliable, and economical operation of enterprise microgrids.
Product Details
Acrel-2000MG Energy Management System for Ankerui MicrogridIt is a management system that integrates monitoring and energy management to meet the access requirements of photovoltaic systems, energy storage systems, and other equipment, conduct all-weather data collection and analysis, monitor the operation status and health status of photovoltaic, energy storage, and other systems. The system aims to optimize economic operation on the basis of safety and stability, promote the utilization of renewable energy, peak shaving and valley filling, smooth loads, improve the stability and efficiency of power grid operation, reduce power supply costs, and provide a new solution for safe, reliable, and economical operation of enterprise microgrids.
In the wave of energy transformation, how to efficiently manage energy has become a key issue faced by many enterprises and institutions. The Acrel-2000MG microgrid energy management system, as an innovative energy management solution, is bringing a new energy management experience to various industries with its performance and wide applicability.
Powerful functions, intelligent control
The Ankerui microgrid energy management system has real-time monitoring and precise control functions. The system collects real-time power data, including voltage, current, power, frequency, etc., through intelligent sensors and monitoring devices distributed at various key nodes of the microgrid. It monitors the generation status of distributed power sources, the charging status of energy storage systems, and the real-time demand for electricity loads, providing accurate data support for subsequent intelligent decision-making. For example, when the power load of a production line suddenly increases, the system can quickly capture this change and adjust the discharge strategy of the energy storage system in a timely manner to ensure stable power supply to the production line.
By utilizing big data analysis and artificial intelligence technology, the system can accurately predict new energy generation, electricity load, and other related factors. Based on historical data, meteorological information, and other factors, predict the future photovoltaic and wind power generation, as well as the trend of changes in the company's electricity load. Based on the predicted results and real-time monitoring data, the energy scheduling strategy formulated by the system achieves optimized energy allocation. When it is predicted that the photovoltaic power generation will increase significantly in the afternoon, the system adjusts the charging plan of the energy storage system in advance to store the surplus electric energy for use at night or in cloudy days; During peak periods of electricity demand, prioritize the discharge of energy storage systems to reduce dependence on mains electricity and lower electricity costs.
Diverse scenarios, flexible adaptation
This system is suitable for various scenarios. In industrial parks, there are a large number of production equipment, lighting facilities, and office electrical equipment, which consume a huge amount of energy. Although its microgrid is equipped with a certain scale of distributed photovoltaic and energy storage systems, it suffers from serious energy waste and high electricity costs due to the lack of effective energy management methods. After introducing the Ankerui microgrid energy management system, the system monitors the electricity consumption of various areas and equipment in the park in real time, as well as the power generation data of the photovoltaic power station and the status of the energy storage system. Through intelligent prediction function, combined with historical electricity consumption data and weather forecast, accurately predict the electricity load and photovoltaic power generation at different times of the day. Based on these precise data, the system formulated a scientifically reasonable energy scheduling strategy, achieved peak shaving and valley filling, and significantly reduced electricity bills.
For commercial complexes, the Ankerui microgrid energy management system can help achieve integrated operation of "light storage and charging" through energy storage and charging pile scheduling. In off grid microgrid scenarios, such as islands and remote areas, the system can provide stable power and reduce reliance on diesel generators. In key locations such as data centers and hospitals that require reliable power supply, the Ankerui microgrid energy management system can achieve backup power management and seamless switching, ensuring the continuous operation of critical businesses.
Successful cases with significant results
As a local cultural treasure, a temple in Myanmar has introduced a solar energy storage project to achieve green and sustainable development. The Ankerui microgrid energy management system has been successfully applied in the project. The photovoltaic power generation system uses efficient photovoltaic modules to convert solar energy into electrical energy; The electrochemical energy storage technology used in energy storage systems enables the storage and regulation of electrical energy; The Ankerui microgrid energy management system shoulders important responsibilities such as data collection, network monitoring, and energy scheduling, fully ensuring the safe, reliable, and efficient operation of the entire photovoltaic storage system. Since the application of the system, significant results have been achieved. The operational efficiency of the entire system has been significantly improved, and the output power of the photovoltaic power generation system and energy storage system has been allocated and utilized more reasonably. The cost of electricity has also been effectively reduced, providing a solid guarantee for the green development of the temple.
The Ankerui microgrid energy management system is becoming a powerful assistant in the field of energy management due to its powerful functions, flexible scene adaptability, and significant application effectiveness. It can not only help businesses and institutions reduce energy costs and improve energy efficiency, but also contribute to sustainable development. Choosing the Ankerui microgrid energy management system means choosing an efficient, intelligent, and green energy management future.
