Description
The DEYE 20kW Hybrid Inverter, model SUN-20K-SG05LP3-EU-SM2, is the flagship model in DEYE’s range of three-phase hybrid inverters. Designed to meet the most demanding requirements for efficiency and reliability, this inverter is ideal for large-scale solar installations, for both residential and commercial applications. Featuring advanced dual MPPT technology and support for low-voltage batteries, the inverter ensures optimised energy management, maximising the performance and efficiency of the solar system.
Technical Data/Features:
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Rated Power: 20 kW
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Number of strings: 4
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Maximum PV Input Voltage: 800 V
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Maximum PV Input Power: 22,000 W
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Maximum PV Input Current: 30.4 A
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Maximum Charge/Discharge Current: 350 A
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Compatible battery type: Lithium-ion or Lead-acid
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Battery Voltage Range: 40–60 V
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Maximum Efficiency: 97.6%
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European Efficiency: 97.0%
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Power Factor: Adjustable from 0.8 lagging to 0.8 leading
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Operating Temperature Range: -40°C to +60°C, with derating above 45°C
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Integrated Protections: AC overload protection, AC/DC overvoltage protection, ground fault current monitoring, arc fault circuit interrupter, DC terminal insulation monitoring, AC short-circuit protection and DC current injection monitoring.
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Protection Rating: IP65, suitable for outdoor installations
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Communication and Monitoring: GPRS, Wi-Fi, Bluetooth, 4G, LAN (optional), RS485/RS232/CAN interface
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Weight: 54 kg
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Dimensions: 456 x 750 x 268.5 mm
The DEYE Hybrid 20kW inverter is ideal for solar projects requiring high energy production capacity, offering a flexible and efficient solution. With the ability to operate in parallel with up to 10 units, this inverter can easily adapt to extensive energy requirements, ensuring continuity and stability of power supply.
Capable of managing power from diesel generators and integrating multiple batteries in parallel, this model offers a comprehensive and versatile solution for any type of solar installation, whether new or existing. The intelligent cooling system ensures efficient operation even in the harshest environmental conditions, maintaining performance at an optimal level.
