Huawei SUN2000-6KTL-M1 Three-Phase Solar Inverter with Battery-Ready Design

Huawei SUN2000-6KTL-M1 Three-Phase Solar Inverter with Battery-Ready Design

  • 6kW output power

    ideal for medium-sized solar installations

  • 98.6% maximum efficiency

    minimizes energy loss and optimizes solar harvest

  • Battery-ready design

    future-proof your system with seamless energy storage integration

  • Smart cooling design

    efficient heat dissipation for long-term stable performance

  • AI-powered arc fault detection

    enhances safety by avoiding electrical hazards

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The Huawei SUN2000-6KTL-M1 inverter integrates advanced technology to provide high-performance power conversion and intelligent safety features. Its built-in battery interface supports easy future upgrade to a solar-plus-storage solution. Additionally, the inverter has multiple communication paths, supporting real-time remote monitoring and seamless energy management.

Key Features

Optimal Applications

The Huawei SUN2000-6KTL-M1 is perfect for customers who demand high-efficiency energy conversion, intelligent management, and storage capability in small-scale residential or commercial solar projects:

Technical Specifications

Parameter Value
Max. DC Input Power 9000 Wp
Max. DC Input Voltage 1100 V
MPPT Operating Voltage Range 140 V ~ 980 V
Start-up Voltage 200 V
Max. Input Current per MPPT 13.5 A
Number of MPPT Trackers 2
Battery Input Voltage Range 600 V ~ 980 V
Max. Battery Charge/Discharge Current 16.7 A
Rated AC Output Power 6000 W
Rated Output Voltage 230/400V, Three-Phase
Max. Output Current 10.1 A
Cooling System Natural + Active Cooling
Protection Rating IP65
Dimensions 525 × 470 × 146.5 mm
Weight 17 kg

 

Frequently Asked Questions (FAQ)

Is the battery storage compatible of Huawei SUN2000-6KTL-M1?

Yes, this inverter features an onboard battery interface and can directly connect to high-voltage lithium battery systems for energy storage.

Can I remotely monitor the inverter?

Yes, it can. It features WiFi, 4G, and Ethernet supports for smart full-integrated monitoring on Huawei's platform.

How does the cooling system work?

The inverter adopts a hybrid cooling technology consisting of active cooling and natural convection to support stable operation across different environments.

What type of solar system is this inverter appropriate for?

The inverter is appropriate for residential solar systems, commercial buildings, and agricultural projects with high efficiency and intelligent management.

How does the inverter ensure long-term reliability?

It features AI-driven arc fault detection (AFCI), which actively detects and suppresses electrical faults to ensure maximum safety and system longevity.

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