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Digital Intelligence Leads, Empowering Growth | YunNeng Magic Cube's next-generation "Smart Grid Digital Energy Management Platform" sets a benchmark for intelligent and digital management & operation of energy storage power stations!
Published:2024-07-24
As photovoltaic systems, electric vehicles, charging stations, energy storage plants, and other new-energy equipment have surged dramatically year after year, an increasing number of applications now require smart grid energy management solutions. However, due to limitations in traditional product technologies and conventional thinking patterns, most existing systems still rely on the traditional SCADA monitoring system design approach. As a result, these systems remain relatively weak in terms of system architecture, algorithmic strategies, and intelligent design features, making it difficult for them to meet the diverse energy management needs of multi-type distributed energy resources.
In response to the above situation, Yunneng Magic Cube has conducted an in-depth analysis of the prominent challenges in energy management across various smart grid scenarios. Leveraging the latest "microservices + containerization" technologies and adopting an architectural model characterized by "edge data collection, edge intelligence, and cloud integration," the platform continuously validates, explores, and refines its capabilities. As a result, it has successfully built a comprehensive and highly efficient digital energy management platform for smart grids, perfectly tailored to meet the diverse needs of various energy storage system applications.
In addition to the "Energy Storage Power Station Monitoring and Management System," "Energy Storage Battery Early Warning System," and "Energy Storage Power Station Intelligent Operation and Maintenance System," this platform also features the industry-exclusive "Energy Storage Fault Recorder System," which has earned a national invention patent and is uniquely developed by Cloud Energy Cube. These four subsystems complement each other seamlessly, working together with remarkable efficiency. From a functional perspective, these four subsystems not only enable unified collection and storage of all data, as well as visualized analysis and intelligent management strategy adjustments, but also facilitate safe operation analysis, precise fault early warning, and efficient monitoring and maintenance throughout the management process. Together, they provide robust digital and intelligent support for optimizing control and enhancing management of energy storage power stations across various smart grid applications.
The energy storage power station monitoring system features real-time monitoring of equipment operation data, power calculation and strategy management, data analysis and visualization, a comprehensive equipment topology map of the entire power station, and substation account management—functions that enable power station operators to maintain full control over equipment status, enhance energy management efficiency, and optimize operational strategies.
Wide-ranging monitoring dimensions
Precisely monitor multi-dimensional operational status and data of energy storage power stations, including electricity quantity, revenue, condition, environmental factors, and fault information.
Strong analytical skills
Rapid analysis and processing of various types of data, along with power calculations, generate intuitive data charts to provide data support for operators to optimize their operational strategies.
Full Operational Strategy
Equipped with intelligent analysis and operation strategies, it offers a variety of energy management approaches that can flexibly adapt to different scenario requirements.
Excellent Security Architecture
Combining cutting-edge digital technology with advanced power monitoring techniques, this solution leverages a self-developed, sophisticated algorithm to effectively ensure the secure operation of power station data and equipment.
The energy storage power station operation and maintenance system enables full-lifecycle O&M management for all sites, integrating features such as cloud-based power station inspections, global early warning, alarm analysis, and maintenance tracking—effectively boosting O&M efficiency while reducing operational costs.
Quick Configuration Website Building
Supports one-click networking and site setup for large-scale devices, offers modular information communication and collaborative management, significantly boosting site-building efficiency while enhancing reliability.
Accurate Alarm Reporting
24/7 equipment monitoring and alerting, with fault information pushed instantly—combined with multi-dimensional analysis—to provide robust data support for fault localization.
Efficient Circulation Mechanism
Intelligently generate fault work orders and quickly dispatch them; the mobile app enables real-time feedback on processing progress, ensuring efficient, end-to-end workflow recording for all work orders.
Progress is intuitively visual.
Power plant operation and maintenance progress is updated in real time, presented intuitively and visually, enabling precise control over the latest operational dynamics and ensuring maintenance efficiency.
The battery early-warning system is specifically designed to address the potential risk of thermal runaway in energy storage power stations. Based on battery electrochemical mechanisms and advanced big data technologies, it continuously monitors critical battery parameters—such as voltage, temperature, and internal resistance—to assess the safety and health status of individual cells, battery packs, and battery clusters. This proactive approach enables timely alerts for abnormal conditions and potential risks, effectively mitigating safety hazards.
One-click cloud self-check
Supports one-click cloud-based self-check; high-precision sensors continuously collect critical battery parameters such as voltage, temperature, and internal resistance in real time, enabling rapid identification of the battery's health status.
Real-time Risk Assessment
By integrating big data and intelligent algorithms, we perform early warning analysis on various parameters, enabling real-time assessment of battery risk levels and generating comprehensive cloud-based battery inspection reports.
Fault Analysis and Early Warning
By integrating various battery parameters with cloud-based inspection reports, we can predict the battery's condition and performance, enabling operations and maintenance personnel to take proactive measures in advance and prevent potential safety risks.
The energy storage power station fault recording system can capture and analyze transient faults and abnormal phenomena occurring during equipment operation in real time, enabling 100% fault recording and comprehensive accident-reconstruction analysis for the energy storage station. The system meticulously records detailed waveform data both before and after a fault, effectively assisting operations and maintenance personnel in quickly pinpointing fault locations, identifying fault types and root causes. This provides robust technical support for stakeholders such as commercial and industrial energy storage investment operators, large-scale power system operators, insurance companies, and others, enabling them to accurately determine the reasons behind incidents.
Multi-source Data Waveform Recording
Independent data recording architecture capable of comprehensively synchronizing and capturing multiple types of data, including BMS, PCS, environmental metrics, video, and fire protection systems.
Real-time fault recording
Real-time monitoring of data acquisition and communication status for each unit, recording events such as data anomalies and operational irregularities, and performing waveform recording for critical fault conditions.
Fault Waveform Playback
Supports waveform playback of fault events, helping to recreate the failure process, understand the fault mechanism, optimize maintenance strategies, and prevent similar failures from recurring.
Trusted and Secure Traceability
High-precision acquisition captures even the slightest changes with crystal-clear clarity; high-frequency sampling ensures no transient anomalies are missed, guaranteeing complete data coverage. Meanwhile, highly stable waveform recording delivers consistent performance without any fluctuations. And with its exceptionally reliable data storage system, records are securely preserved without a single loss. These "four highs" provide fault analysts with trustworthy, safe, and comprehensive data for accurate traceability during investigations.
The Yuneng Magic Cube Smart Grid Digital Energy Management Platform boasts strong compatibility and convenient deployment, making it widely applicable across various scenarios in new energy management—such as distributed energy storage stations, substation-level energy storage systems, integrated solar-plus-storage solutions, and charging/swapping stations. Moreover, its comprehensive functionality seamlessly integrates into every stage of an energy storage station’s lifecycle: planning, construction, operation, and maintenance—thereby significantly enhancing energy utilization efficiency, reducing overall electricity costs, optimizing operational revenues, and boosting maintenance productivity. Currently, the platform’s robust system capabilities have already been successfully validated in multiple projects.
Yuneng Magic Cube is driving research and innovation in advanced digital energy management technologies, seamlessly integrating power monitoring systems with cutting-edge digital solutions. By continuously optimizing and refining the system functionalities of various energy management technologies, while expanding their application across diverse scenarios, this platform is poised to lead the industry into a new era of smarter, safer, and more efficient digital energy management—marking a transformative leap toward a future where energy efficiency and sustainability are paramount.
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