Application Supports grid dispatch and peak shaving/valley filling for commercial and industrial applications; Enables self-generation for self-consumption, with optional grid injection of surplus power (configuration dependent);
Parameter 24 kWp+30 kW / 71 kWh
Equipment Integrated PV-Storage Unit,Batteries and Battery Management System (BMS),Air Conditioning System,System Architecture
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This project constitutes a DC-coupled photovoltaic-storage integrated system, incorporating folding photovoltaic panels with energy storage functionality. It is designed for flexible grid dispatch and peak shaving/valley filling applications within commercial and industrial settings. The system supports intelligent grid-connected and off-grid switching, offering multiple operational modes including self-generation for self-consumption, anti-backflow protection, off-grid power supply, and electricity arbitrage. It aims to enhance energy autonomy, supply reliability, and economic benefits.
Applications
Supports grid dispatch and peak shaving/valley filling for commercial and industrial applications;
Enables self-generation for self-consumption, with optional grid injection of surplus power (configuration dependent);
Automatically switches to off-grid mode during mains power outages to ensure continuous supply to critical loads;
Leverages peak-off-peak electricity price differentials by charging during off-peak hours and discharging during peak hours to reduce electricity costs.
Installed Capacity
Photovoltaic capacity: 24 kWp (foldable photovoltaic container);
Energy storage system capacity: 30 kW / 71 kWh.
Principal Equipment
Integrated PV-Storage Unit
Batteries and Battery Management System (BMS)
Air Conditioning System
System Architecture: Integrated PV+storage design enabling rapid deployment.
High-Efficiency Integration: DC-coupled architecture enhances energy conversion efficiency;
Flexible Deployment: Foldable container design facilitates transport and on-site installation with plug-and-play capability;
Intelligent Operation: Built-in Energy Management System (EMS) automatically switches operating modes based on grid status, PV output, and load demand;
Strong Cost Efficiency: Automatically optimises charging/discharging via peak shaving and valley filling strategies, significantly reducing demand charges;
High Reliability: Supports seamless grid-connected/off-grid switching, ensuring continuous power supply during grid outages;
Grid-Friendly: Configurable anti-backflow function meets policy or customer requirements prohibiting power injection into the grid.
Supports grid dispatch and peak shaving/valley filling for commercial and industrial applications; Enables self-generation for self-consumption, with optional grid injection of surplus power (configuration dependent);
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