The energy storage power station fault recording system can capture and analyze instantaneous faults and abnormal phenomena occurring during the operation of energy storage equipment in real time, enabling 100% fault recording and post-incident retrospective analysis for the energy storage station.
This system meticulously records detailed waveform data before and after a fault occurs, effectively assisting operations and maintenance personnel in quickly pinpointing fault locations, identifying fault types, and determining their root causes.
It provides comprehensive technical support for stakeholders such as commercial and industrial energy storage station investors/operators, large-scale power system operators, insurance companies, and other entities involved in assessing the root causes of incidents...
The battery early-warning system is specifically designed to address the risk of thermal runaway that may occur in energy storage power stations. It leverages battery electrochemical mechanisms and advanced big-data application technologies,
enabling real-time monitoring of 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 system provides early alerts for abnormal conditions and potential risks, effectively mitigating safety hazards...
PVF Power Generation Forecast System
Equipped with robust historical data analysis capabilities, it delivers precise predictions, achieving a power generation forecast accuracy rate of over 95%.
Equipped with powerful historical data analysis capabilities, it captures real-time changes in the current environment, enabling accurate predictions with an accuracy rate exceeding 95%.
Intelligent Operations and Maintenance System OMS
A comprehensive management platform integrating power station operations, intelligent analytics, fault alerts, after-sales process management, and operational optimization—specifically designed for modern renewable energy power stations. Leveraging cutting-edge IoT technology and advanced big data analytics, the system enables end-to-end monitoring and management of all equipment within the energy storage power station, ensuring efficient, safe, and reliable operation while significantly boosting maintenance efficiency and reducing operational costs...
Intelligent Integrated Charging and Storage Unit iEFC100-80120-AL-C
The CECB intelligent integrated charging and storage unit, featuring virtual capacity expansion, off-grid charging, and smart operation, addresses the mismatch between grid supply and charging demand by efficiently transferring energy across time and space. It can be widely applied in scenarios such as aging residential communities, highway service areas, commercial properties, and solar-storage-charging stations.
Microgrid Energy Storage System
It is mainly applied in wind farms, solar power plants, and substations or transmission lines nearing capacity limits, helping improve grid stability and flexibility, enhance power reliability, support higher renewable energy integration, and boost overall system efficiency.
Frequency Regulation Storage Solution
Primarily used to address deviations from the target frequency in power systems, it rapidly responds and adjusts active power output to minimize frequency deviations, thereby maintaining grid frequency within the target range. Frequency regulation energy storage stations quickly respond to grid frequency changes, adjusting power output to ensure grid frequency stability around 50Hz.
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Room 1005, Building 30, Suzhou Nano City, 99 Jinji Lake Avenue, Suzhou City, Jiangsu Province
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