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The integrated construction of the Internet of Things big data cloud platform brings together all photovoltaic stations, energy storage stations and microgrids for centralized and unified management. 

Collect real-time power generation and electricity consumption data in various dimensions such as concentrated photovoltaic, wind power, energy storage and load, and formulate microgrid operation control strategies in combination with the needs of operation scenarios to realize the monitoring and control of integrated microgrid operation. 

Through the historical data of power generation and electricity consumption of microgrid operation, the multi-source data such as weather, temperature, irradiance and supply plan are integrated to realize power generation and load prediction and optimize the auxiliary control strategy. 

Online monitoring and offline operation and maintenance forms an intelligent operation and maintenance mode, which can timely understand fault information and deal with it through mobile phone APP, etc. 

Introduction

Energy Storage Cloud Platform


 The positioning of the smart energy storage cloud platform is a complex of new energy product display platform, management platform, user management platform, remote operation and maintenance management platform and data management and analysis platform. The platform has important strategic significance and application prospects in the context of dual-carbon. It will help promote the group's energy green and low-carbon transformation, improve energy efficiency and stability, reduce carbon emissions, and ensure energy security. Sustainable development provides important technical support and practical experience.

The data upload function of the intelligent energy storage cloud can be used to conveniently view the status of the energy storage system and display the basic system configuration information, mainly the basic information of each device, including PCS, battery cluster and electric meter. PCS information includes model, specification, version information. Battery cluster information includes battery model, version information. Meter information includes meter model, CT ratio.

Show system topology diagram, power trend, battery SOC state, load power, grid trading power. Supports minute-level operation data upload to the cloud platform, including PCS, electric meters, battery clusters, DI status, and related scheduling command values. This data is displayed only in the background and supports historical data export.

Instruction issued: power restriction power support, the customer sets the power value on the cloud platform, the cloud platform sends it to the main EMS, and the EMS sends it down to each pile of EMS.

 

Introduction

Microgrid Cloud Platform


 The positioning of the smart microgrid platform is a comprehensive platform, covering the display of new energy products, policy regulation, user management, remote operation and maintenance management and data management analysis.
The following is a detailed description of each function:
new energy products display platform:The platform will display a variety of new energy products, including energy storage, photovoltaic, wind power, charging piles and so on. Users can master the performance, characteristics, operating parameters and other information of the product through the platform.
Strategy Control PlatformThe platform will provide the strategy control function of smart microgrid, including energy optimization scheduling, load management, power control, etc. Users can set corresponding strategies according to their own needs and goals, and monitor and adjust the operating status of the system in real time to maximize energy efficiency and reduce energy consumption costs.
User Management Platform:The platform will provide user management functions, including user registration, authentication, rights management, etc. Users can register and log in through the platform, and perform operations and access control based on user roles and permissions to meet different levels of management requirements.
remote operation and maintenance management platform:The platform will provide remote operation and maintenance management functions, including equipment monitoring, fault diagnosis, maintenance management, etc. Operation and maintenance personnel can monitor the running status of the equipment in real time through the platform, diagnose the cause of the fault, and take corresponding maintenance measures to ensure the stable operation of the system.
data management and analysis platform:The platform will provide data management and analysis functions, including data acquisition, storage, cleaning, analysis and visualization. Users can obtain real-time energy data, load data and operating status data through the platform, and perform data analysis and report generation to help users understand the operation and performance indicators of the system.