Wuxi Smart Energy Management Platform Company

AcrelEMS3.0Smart Energy Management PlatformOverview

Real time monitoring, intelligent prediction, dynamic allocation, strategy optimization, diagnosis and alarm, orderly interaction between dispatchable sources and loads, energy panoramic analysis of distributed power sources, municipal power sources, energy storage systems, charging facilities, and various AC/DC loads in enterprise microgrids, meeting the needs of digital energy efficiency management, intelligent safety analysis, dynamic adjustment and control, and visualized panoramic analysis in enterprise microgrids, achieving flexible interaction and economic operation between photovoltaic storage and charging resources under different strategies, reducing user energy costs, and improving the operational efficiency of enterprise microgrids.

AcrelEMS3.0Smart Energy Management PlatformWith the rapid development of the energy industry, the energy efficiency management of enterprise microgrids has become a focus of attention for enterprises. AcrelEMS 3.0Smart Energy Management PlatformWith its performance and intelligent management methods, it is a new trend in energy efficiency management of enterprise microgrids.

Smart Energy Management Platformfunction

1、 Real time monitoring and mastery of source load dynamics AcrelEMS 3.0Smart Energy Management PlatformEquipped with powerful real-time monitoring capabilities, it can track the operational status of distributed power sources, municipal power sources, energy storage systems, charging facilities, and various AC/DC loads in the enterprise microgrid in real time. Whether it is voltage fluctuations, current changes, or energy consumption, the platform can display them in intuitive data and chart form, making it clear to users at a glance.

2、 Intelligent prediction and optimization strategy configuration are based on big data analysis and artificial intelligence technology. AcrelEMS 3.0 platform can intelligently predict the energy demand and supply trends of enterprise microgrids. Through predictive models, the platform can recommend energy utilization strategies for users, such as adjusting the charging and discharging plans of energy storage systems, optimizing the output allocation of distributed power sources, etc., to achieve efficient energy utilization and minimize costs.

AcrelEMS3.0Smart Energy Management PlatformThe application scenarios are rich, mainly including the following aspects:

1. business enterprisesReal time monitoring of energy consumption, optimization of allocation strategies, and cost reduction; Manage distributed power sources in microgrids to improve energy efficiency; Monitor the operation status of equipment, detect faults in advance, and ensure production continuity

2. schoolMonitor the energy consumption of teaching buildings, dormitories, and other places on campus, and develop energy-saving measures; Manage distributed energy facilities on campus and provide a green energy environment; Real time monitoring of electrical equipment to ensure electrical safety for teachers and students

3. hospitalEnsure the stability of hospital energy supply and guarantee the normal operation of medical equipment; Refine monitoring and analysis of various types of energy consumption to reduce operating costs; Monitor and manage the energy efficiency of large medical equipment to extend its service life

4. expresswayMonitor and manage energy consumption within the service area to improve energy efficiency; Real time monitoring of the electricity usage of facilities along the route to ensure the safe operation of highways; Utilize distributed energy to reduce reliance on traditional energy sources

5. parkRealize comprehensive management of microgrids in the park, improve reliability and economy; Supporting the complementary utilization of multiple forms of energy and improving the overall efficiency of energy utilization; Provide shared energy management services for enterprises within the park, promoting optimized resource allocation

6. Energy GroupCentralize monitoring and unified management of multiple energy projects to improve operational and management levels; Optimize energy asset allocation and improve asset return rate; Provide data support and decision-making basis for energy market transactions

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