As more residential and commercial users seek stable and flexible energy storage, many customers want to expand battery capacity while keeping their existing equipment. In this Romania project, LVFU Energy supplied four 51.2V 280Ah floor-standing lithium batteries and integrated them with the customer’s existing Deye energy storage system.
Based on the rated voltage and capacity, the four batteries provide approximately 57.3 kWh of theoretical nominal energy, placing the project in the approximately 50 kWh-class storage range. The installation photo shows the four floor-standing batteries arranged neatly inside the equipment room, with the Deye inverter and electrical distribution equipment positioned above them.
Seamless Integration with the Customer’s Deye System
The project’s key advantage comes from the smooth integration between the LVFU floor-standing lithium batteries and the customer’s existing Deye system. Instead of replacing the customer’s core equipment, the installation team added LVFU batteries to expand the system’s storage capacity. As a result, the customer simplified the upgrade process and continued using the existing equipment.
After the team completed the installation, wiring, and commissioning, the LVFU batteries worked seamlessly with the customer-owned Deye system. Moreover, the customer reported stable operation without any faults during nearly one year of use. This result highlights the importance of equipment compatibility, proper installation, and reliable long-term performance in an energy storage project.
Floor-Standing Design for Flexible Installation and Maintenance
The project uses a floor-standing battery configuration. The four units stand together inside the equipment room, which gives the installer greater flexibility when arranging the batteries, inverter, and distribution equipment. In addition, the layout makes equipment inspection, cable management, and future maintenance more convenient.
The installation photo shows a clean and organized connection area between the batteries, inverter, and distribution equipment. However, every new project must follow the battery datasheet, required equipment clearances, ventilation conditions, floor loading requirements, and applicable local electrical regulations.
Project Highlights
| Project item | Configuration result |
| Project location | Romania |
| Energy storage equipment | Four 51.2V 280Ah floor-standing lithium batteries |
| Theoretical nominal energy | Approximately 57.3 kWh, in the approximately 50 kWh-class range |
| Compatible system | Customer-owned Deye energy storage system |
| Compatibility result | The batteries integrated seamlessly with the Deye system |
| Operating period | Nearly one year since installation |
| Operating feedback | The customer reported operation without faults |
| Installation method | Indoor floor-standing installation with an organized and service-friendly layout |
This Romania installation case shows how customers can expand an existing Deye energy storage system without replacing the original equipment. LVFU Energy supplied four 51.2V 280Ah floor-standing lithium batteries, integrated them seamlessly with the customer’s Deye system, and supported stable operation for nearly one year without reported faults.
If you are looking for floor-standing lithium batteries that can work with a Deye system, contact LVFU Energy with your inverter model, system voltage, target capacity, and installation environment. Our team can help you evaluate a suitable battery configuration for your project.
