06,10,2026 54views
I. Overview
The integration of light storage and charging, as a technological innovation in the era of new energy, is gradually entering our lives. It cleverly integrates solar power generation, energy storage technology, and electric vehicle charging function, forming an efficient and green energy cycle system. In residential areas, which are close to people's livelihoods, the application of integrated light storage and charging can not only effectively alleviate the charging difficulties caused by the rapid growth of electric vehicles, but also promote the optimization and upgrading of energy structure, providing residents with more convenient and economical charging services.
The proposal of an orderly charging strategy is particularly important in the face of the increased burden on the power grid and the decreased charging experience for users caused by the disorderly charging of electric vehicles. This strategy ensures the stable operation of the power grid and meets the charging needs of users through intelligent scheduling of charging time and power, achieving a win-win situation. The orderly charging strategy of integrated solar energy storage and charging residential communities further integrates solar energy resources, reduces dependence on traditional grid electricity, and improves energy utilization efficiency.
In order to achieve orderly charging in residential areas with integrated light storage and charging, it is necessary to start from multiple aspects. Firstly, it is necessary to establish a comprehensive monitoring and analysis system. By installing monitoring devices at key nodes of source, grid, load, storage, and charging, real-time data is collected and uploaded to the enterprise microgrid platform, so that operators can comprehensively understand the usage of charging piles, grid load status, and solar power generation. This helps to adjust the charging strategy in a timely manner, ensuring the safety and efficiency of the charging process.
2、 Solution
The charging operation management platform is a charging facility management system based on the Internet of Things and big data technology, which can achieve monitoring, scheduling, and management of charging piles, improve the utilization rate and charging efficiency of charging piles, and enhance the charging experience and service quality of users. Users can make advance appointments for charging through apps or mini programs, avoiding waiting in line at charging stations, and providing more accurate charging demand data for charging stations, facilitating subsequent scheduling and management. Through the platform, real-time monitoring of parameters such as power, voltage, and current of charging stations can be carried out, and faults and abnormal situations of charging stations can be detected and handled in a timely manner to control and manage the power of charging stations, ensuring that charging stations charge within a reasonable power range and avoiding excessive load on the power grid.
3、 Specific functions of Ankerui charging pile cloud platform
In addition to monitoring the charging stations, the platform also centrally monitors and coordinates the photovoltaic power generation system, energy storage system, and power supply system of the charging stations to improve their operational reliability and reduce operating costs. The platform system architecture is shown in the figure.
Large screen display:Display charging station equipment statistics, usage ranking, operation statistics charts, carbon saving statistics, and other data.
Site monitoring:Display real-time device status, device list, device logs, device status statistics, and other functions.
Equipment monitoring:Display real-time information of the device, status of supporting equipment, real-time curve of the device, associated order information, charging power curve, etc.
Operational Trend Statistics:Display operation information query, site comparison curve, daily, monthly, and annual reports, site comparison list, and other functions.
Revenue inquiry:Provide a summary of income and actual receiptsFunctions such as profit report, profit change curve, and proportion of payment methods.
Fault Analysis:Provide functions such as fault summary, fault status pie chart, fault trend analysis, fault type pie chart, etc.
Order record:Provide real-time/historical order query, order termination, order details, order export, operator accounts receivable information, charging details, transaction flow query, recharge balance details and other functions.
4Product Selection
Ankerui provides users with two charging methods: slow charging and fast charging. There are various types of charging stations, including portable, wall mounted, and floor standing, including intelligent 7kw/21kw AC charging stations, 30kw DC charging stations, and 60kw/80kw/120kw/180kw DC integrated charging stations, to meet the market demand for fast, economical, and intelligent operation and management in the new energy vehicle industry. To achieve fast, efficient, safe, and reasonable power supply for power batteries, and to improve the efficiency and practicality of public charging stations, it has intelligent monitoring: the intelligent controller of the charging station has the functions of measuring, controlling, and protecting the charging station; Intelligent metering: output configuration of intelligent energy meters for charging metering, with complete communication functions; Cloud platform: With the ability to connect to the cloud platform, it can achieve real-time monitoring, financial statement analysis, and more; Remote upgrade: Equipped with comprehensive communication functions, it can remotely upgrade device software; Protection function: It has functions such as lightning protection, overload protection, short circuit protection, leakage protection, and grounding protection; Suitable vehicle models: Meet the national standard charging interface, adapt to all electric vehicles that comply with the national standard, and adapt to different power levels of different vehicle models. Below are the specific product models and technical specifications.
5、 On site pictures
VI. Conclusion
Although the integrated community of photovoltaic energy storage and charging can improve the on-site consumption of photovoltaics and reduce the peak load of the community, there is still a problem of exceeding the limit of community load. A dual layer multi-objective ordered charging strategy based on mouse swarm optimization algorithm has been proposed, which meets the interests of both the grid layer and the user layer. This strategy can not only reduce the peak valley difference of community load, but also lower the charging cost for users. At the same time, the scheduling architecture based on cloud edge collaboration fully utilizes the computing resources on both the cloud and edge sides, which can cope with the large-scale integration of electric vehicles. According to the analysis of the case study, the comprehensive effect achieved by this strategy is significantly better than that of disordered charging and single-layer ordered charging strategies, playing a role in peak shaving and valley filling, saving users' charging costs, and ensuring the safe and stable operation of the power grid.
