iEMS Introduction
AlpSolarr's iEMS system is based on its self-developed energy management platform. lt is a dedicated system to ESS with functions of information collection and monitoring, statistical analysis, and optimal scheduling. lt can be applied to various scenarios on the power generation side, grid side, and user side. It provides comprehensive, dimensional, and systematic solutions for the energy storage industry. The platform adopts a client-server-oriented architecture system and a service-oriented architecture system (SOA), providing general support services for the implementation of various application functions. The platform is divided into a three-layer structure, including the system layer platform layer, and application layer. Flexible in deployment, it can be both on and off the cloud and supports various standard protocols-EC101/104/61850,Modbus,etc.
Highlights
-Battery Management
Examine and control the voltage, temperature, and internal resistance of each battery cell to achieve battery life cycle operation, maintenance, and management as well as proactive control and prevention.
-Intelligent Algorithm
Built-in multiple Al intelligent algorithms, which can accurately predict power generation and load, and achieve power optimization and control at the same time, so as to fit in multiple scenarios.
-Massive Data Support
Millions of data access points allow a big data model of the battery to be established.
-Intelligent Operation and Maintenance
Based on the multi-dimensional data collection and monitoring system, the overall life cycle of energy storage devices is well-managed.
AlpSolarr's iEMS system is based on its self-developed energy management platform. lt is a dedicated system to ESS with functions of information collection and monitoring, statistical analysis, and optimal scheduling. lt can be applied to various scenarios on the power generation side, grid side, and user side. It provides comprehensive, dimensional, and systematic solutions for the energy storage industry. The platform adopts a client-server-oriented architecture system and a service-oriented architecture system (SOA), providing general support services for the implementation of various application functions. The platform is divided into a three-layer structure, including the system layer platform layer, and application layer. Flexible in deployment, it can be both on and off the cloud and supports various standard protocols-EC101/104/61850,Modbus,etc.
Highlights
-Battery Management
Examine and control the voltage, temperature, and internal resistance of each battery cell to achieve battery life cycle operation, maintenance, and management as well as proactive control and prevention.
-Intelligent Algorithm
Built-in multiple Al intelligent algorithms, which can accurately predict power generation and load, and achieve power optimization and control at the same time, so as to fit in multiple scenarios.
-Massive Data Support
Millions of data access points allow a big data model of the battery to be established.
-Intelligent Operation and Maintenance
Based on the multi-dimensional data collection and monitoring system, the overall life cycle of energy storage devices is well-managed.
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