Deye SUN-15K-SG05LP3-EU-SM2 is a high-performance 15 kW hybrid inverter intended for operation in three-phase grids. It works with 48 V battery banks and makes it possible to build a reliable power supply system for private houses, businesses or facilities with high energy consumption. Thanks to three-phase support, the inverter has a wide range of applications — from solar power plants to uninterruptible power supply systems.
The efficiency of the device reaches 97.6%, which guarantees effective energy use and minimal losses during operation.
The inverter can work with different energy sources: solar panels, the utility grid and generators (petrol or diesel). Low-voltage 48 V batteries are used for backup power. Lithium iron phosphate (LiFePO₄) batteries are the most efficient solution. The device supports the connection of two battery module sets, which makes it possible to increase the system capacity.
An additional advantage is the ability to feed surplus electricity into the public grid under the “green tariff” program, which opens up an opportunity for extra income. The intelligent monitoring system ensures precise adjustment of the operating parameters and allows the status of the solar power plant to be supervised remotely.
Key advantages of the inverter
- Two MPPT trackers: one with two strings, the other with a single string. This makes it possible to connect up to three separate solar arrays (for example, on different sides of the roof or on the ground with different orientations).
- Input parameters: current 36 A + 20 A, operating voltage — 160–650 V.
- Compatibility with diesel and petrol generators for backup power.
- A modern protection system against overloads, short circuits and other emergency situations.
- A convenient monitoring system for supervising solar plant operation in real time.
- Scalability — parallel connection of up to 10 inverters to increase the total system power.
Deye SUN-15K-SG05LP3-EU-SM2 is a reliable, flexible and efficient solution for those who strive for energy independence and stable power supply in any conditions.
