Intelligent energy solution for cloud platform of optical storage and charge inspection

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The "optical storage and charging Cloud Platform" of Baolet New Energy is based on advanced photovoltaic energy storage system, supercharging station, charging cabinet, fast charging post, battery detection module and other energy service facilities, combined with advanced digital technologies such as the Internet of Things and cloud computing, to establish an effective closed loop of power consumption and coordinate the management of power nodes in the scene. Further improve the efficiency of energy transmission and use.

The big data cloud platform, BMS battery management system, EMS energy management system and electric vehicle detection system of Bolette New Energy constitute the industry-leading comprehensive control and management system. Bolette Cloud data gathers the iot data of massive equipment operation, connects the full data link across platforms, and builds one-stop data management services. Realize intelligent operation management, real-time operation and maintenance monitoring, big data algorithm model analysis and other core applications.

It is mainly for two new energy scenarios, one is the near-zero carbon solution for light storage for industrial and commercial scenarios, and the other is the integrated integrated energy network solution for urban light storage, charging, replacement and inspection for traffic scenarios.

Around the integration of optical storage, charging and inspection

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"Optical storage and charging" integration, of which "light" is photovoltaic power generation; "Storage" is an intelligent energy storage system, which collects and stores electric energy through the distributed lithium iron phosphate battery system of the power station; "Charging" is to charge electric terminals such as electric vehicles; "Check" means that the battery can be tested when the electric vehicle is charging.

In the integrated charging station for optical storage and charging, the advanced energy storage and photovoltaic power generation system are combined, and the super fast charging port is configured. In addition, the electric vehicle battery detection function is integrated into the system, forming a complete integrated multi-functional platform.

The energy storage system can analyze the charging demand of photovoltaic power generation and electric vehicles according to the actual situation, and relieve the pressure on the distribution network. When the load of the charging station is at its peak, the electric energy can be released to supply power to the electric vehicle, and the surplus electricity of photovoltaic power generation can be stored to achieve the peak output power of the grid and improve the overall power supply performance. At the same time, the energy storage system can also improve the characteristics of photovoltaic power generation and power supply, reduce the load fluctuation of electric vehicles in the distribution network during charging, and achieve stable voltage, improve phase Angle and active filter effect. In addition, the charging system mainly provides the basic conditions for charging electric vehicles, and provides charging services for electric vehicles with the help of charging interfaces to realize stable and fast charging of electric vehicles. The detection system is mainly to realize the rapid detection of the battery of new energy vehicles, to provide the battery detection report and risk warning for the owner, to ensure the safety and reliability of the battery, and to extend the life of the battery.

※ Advantages：

1. Charging infrastructure is an important "supply station" for new energy vehicles. "Optical storage and charging" integrates photovoltaic, energy storage, fast charging and battery detection equipment, with flexible location, short construction cycle and no need to transform the distribution network, and has obvious advantages compared with general charging stations.

2. The integrated site of optical storage, charging and inspection can not only store photovoltaic clean energy and convert it into new energy electric vehicle endurance power, establish an effective closed loop of power consumption, but also further expand the production and development path of energy through the collaborative management of power nodes in the scene, flexibly distribute power distribution in the park, and help more urban parks achieve "low carbon" and "zero carbon". It can be called the best carrier of microgrids.

Big data regulatory services

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Battery big data regulatory services, charging station operation regulatory services, energy trading regulatory services

City-level government supervision platform

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City-level government supervision platform

Optical storage, charging and inspection operation platform

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Realize the integrated operation management platform of photovoltaic, energy storage and battery detection