D6000 Energy Storage Monitoring and Energy Management SystemSystem Platform
The D6000 Energy Storage Monitoring and Energy Management System is developed in full compliance with IEC61970 and IEC61850 standards, drawing on Daqo Group's extensive experience in substation automation and new energy centralized control. Leveraging big data and AI technologies, it provides comprehensive lifecycle support for the operation, maintenance, and management of energy storage power stations. As a fully self-developed EMS platform with independent intellectual property rights and high security, it represents Daqo's core innovation in energy storage technology.
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Independent and Controllable
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Stable and Reliable
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Massive Data Capability
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Standards-Compliant
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Flexible Control
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Versatile Applications
Core Advantages & Features
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Distributed ReliabilityDistributed architecture enables high-speed data acquisition, real-time monitoring and intelligent analytics, redundant multi-node deployment and dual-network routing ensure reliable and secure transmission.
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AI Predictive MaintenanceMulti-source data & advanced AI algorithms realize early fault detection, intelligent diagnosis and predictive maintenance, minimizing downtime and boosting full-cycle operational efficiency of energy storage stations.
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Battery Lifecycle OptimizationBig data-driven smart diagnosis and lifespan prediction optimize battery performance and load balance, relieving cell stress, extending battery life, and improving system efficiency and economy.
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Flexible Power RegulationSupports second-to-hour control scenarios with intelligent power regulation and energy optimization decisions, ideal for renewable plants, microgrids and industrial/commercial energy systems, delivering higher returns and operational flexibility.
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The company consistently maintains robust innovative vitality, standing at the forefront of the industry and driving its advancement. Through cutting-edge technologies and products, it achieves goals of energy conservation, environmental protection, quality enhancement, and consumption reduction, continuously contributing to the development of a resource-efficient and environmentally friendly society.
