Introduction

1、Service life up to 10 years: ensuring long-term stable operation.

2、Built-in MPPT controller: Cost savings.

3、Using pure sine waves: More stable operation.

4、Integrated design: Easy to install and saves space and cost.

5、Wide voltage input range up to 500V: enables more solar panels to be connected in series.

6、External Wi-Fi module: Enables wireless remote monitoring.

7、With communication function: Optimize battery performance and extend service life.

8、Adopt automated production: Ensure that the defect rate is less than 0.3%.

9、Possessing an independent software architecture and platform: providing stronger system control and management capabilities.

10、Before leaving the factory, a 2-hour full-power aging test will be conducted to ensure the stability and reliability of the product.

11、Competitive wholesale prices: Offering maximum profits to wholesale buyers.

12、Spare parts for shipment: Provide prompt after-sales support.

13、Market fit: The perfect choice for off-grid solar home energy storage systems in Africa.

Key Technical Parameters

（1） Commercial Buildings & Facilities
         1.Data Centers: Ensures stable power supply by filtering harmonics from UPS systems, servers, and cooling equipment.
        2.Hospitals & Healthcare Facilities: Reduces electrical noise from MRI machines, X-ray equipment, and surgical instruments, ensuring equipment longevity.
        3.Office Buildings & Shopping Malls: Improves power quality in HVAC systems, LED lighting, and escalators, reducing energy losses.
(2) Residential & Small-Scale Applications
        1.High-End Homes & Apartments: Improves power quality in buildings with high-tech appliances, home automation systems, and EV chargers.
        2.Electric Vehicle (EV) Charging Stations: Reduces harmonics from fast chargers, preventing disruptions in the electrical grid.
(3) Renewable Energy & Power Generation
        1.Solar & Wind Energy Systems: Reduces harmonics from inverters, ensuring grid stability and compliance with power quality standards.
        2.Microgrids & Smart Grids: Enhances power quality in distributed energy networks, reducing voltage fluctuations and ensuring efficient operation.
(4)Industrial Applications
        1.Variable Frequency Drives (VFDs) & Motors: Reduces harmonics generated by VFDs, ensuring smooth motor operation and preventing overheating.
        2.Manufacturing Plants: Improves power quality in facilities using robotic systems, CNC machines, and welding equipment.
        3.Steel & Metal Processing: Mitigates harmonics from electric arc furnaces (EAFs) and rolling mills, reducing stress on electrical components.
        4.Railways & Metro Systems: Mitigates harmonics from traction power systems, ensuring stable and efficient operation.
        5.Airports: Improves power quality in baggage handling systems, runway lighting, and air traffic control systems.
        6.Offshore & Onshore Oil Rigs: Minimizes harmonic interference in drilling operations, ensuring stable performance of heavy-duty electrical equipment.