I. Integrated Photovoltaic-Storage-Charging-Inspection System Solution

The Integrated Photovoltaic-Storage-Charging-Inspection Solution is a comprehensive energy service system that combines four core functions: photovoltaic power generation, energy storage, charging services, and battery detection. Through its closed-loop design of "self-generation and consumption, surplus energy storage, on-demand charging, and safety inspection," it addresses key challenges in traditional charging infrastructure, such as high grid load pressure, difficulties in renewable energy integration, charging safety risks, and low operational efficiency.

This solution is widely applicable in scenarios including new energy vehicle charging stations, industrial parks, port logistics parks, and urban complexes. It serves as a key enabler for the synergistic development of the new energy vehicle industry, energy storage systems, and photovoltaic technology. 

System Advantages

Cost Reduction and Efficiency Improvement

By integrating renewable energy, expanding power distribution capacity, and implementing peak shaving and valley filling, the system effectively reduces grid load during peak hours at charging stations. Leveraging peak-valley price differentials lowers operational costs, increases revenue, and enhances overall system efficiency.

Grid-Tied and Off-Grid Support

The system supports both grid-connected operation with external power grids and independent off-grid power supply to loads, ensuring high reliability of electricity usage.

Flexible Design

With a wide range of accessible power capacities, the system offers flexible design options and can integrate photovoltaic energy, wind power, and various other types of power generation systems.

Easy Expansion

For existing sites with insufficient power capacity, energy storage units can be directly integrated to achieve power capacity expansion, featuring low retrofit costs and short construction periods.

Unlimited Capacity

The AC bus system imposes minimal constraints on expansion scale, supporting capacities of up to megawatt levels to meet the charging demands of ultra-large stations.

Reduced Carbon Emissions

By converting wind and solar energy into electricity and utilizing energy storage for balancing and storing power, the system effectively reduces carbon emissions and promotes green, sustainable development.

II. Microgrid System Solution

A microgrid is a compact integrated energy system that incorporates distributed energy sources (such as photovoltaic, wind power, gas turbines), energy storage systems, loads (user equipment), and control and protection devices. It enables the coordinated operation of "Source - Network - Load - Storage" and supports seamless switching between grid-connected and off-grid autonomous modes. Its core value lies in enhancing energy supply reliability, optimizing energy structure, and reducing energy costs. It is widely applicable in scenarios such as industrial parks, remote areas, islands, data centers, and new urban districts.

Smart Microgrid: Making Energy/Consumption Visible, Clear, and Manageable

III. Charging Station Management Solution

The Charging Station Management Solution is an integrated edge hardware-software ecosystem designed specifically for managing new energy vehicle charging stations. Equipped with a powerful AI chip and rich AI algorithms for vehicle management and equipment monitoring, it ensures safe enterprise operations. With one-click deployment and immediate effectiveness, it provides customers with a highly competitive intelligent solution. The system supports real-time, full-process analysis of 8-channel or 16-channel 1080P high-definition video streams.

To meet the requirements of safe operation and efficient management at charging stations, the solution can integrate edge intelligent devices with existing video surveillance infrastructure. This enables real-time analysis of on-site video and image data, trigger-based alerts, and automated responses—thereby realizing intelligent, streamlined operations at charging stations.

IV. Smart Energy Management Platform

We engage in collaborative partnerships across four key areas: urban charging network development, urban microgrid construction, smart energy applications, and energy digitalization management, aiming for mutual success. In parallel, we strengthen practical cooperation in photovoltaic and energy storage fields, develop virtual power plant operation platforms, assist local enterprises in reducing energy consumption and costs, and support the accelerated development of carbon-neutral cities and industrial parks.