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Detailed introduction of Kangweisi brand 12kW three-phase hybrid inverter

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Detailed introduction of Kangweisi brand 12kW three-phase hybrid inverter

Hello everyone, let me introduce a three-phase hybrid inverter, 8-12kW. It can connect to various types of lithium batteries: Wall-Mounted Lithium Battery, Floor Standing Lithium Battery, Rack-Mounted Lithium Battery, and Lead-to-Lithium Battery.
Features:
Advanced MPPT technology with up to 99.9% efficiency.
Up to 22+22A PV input current.
Outputs: High-quality pure sine wave AC power.
Up to 72kW load power for most household needs.
Comprehensive security from hardware to software.
Multiple safety certifications.
Industrial design with a modern aesthetic look.
Easy to install and simple to use.
Up to 260A charging current.
Supports Li-ion battery BMS communication.
Exclusive Li-ion battery BMS dual activation.
Time-slot function to save cost.
Powerful output and load capacity:
12kW rated power is sufficient to meet the peak power needs of most households.
Typically, it has a high starting current capability, easily starting inductive loads such as air conditioner compressors. Perfect Operating Modes:

Grid-connected Mode: Self-consumption, surplus power fed into the grid.

Hybrid Mode: Prioritizes photovoltaic power, uses excess to charge batteries, and then feeds into the grid; when photovoltaic power is insufficient, batteries discharge to supplement it.

Off-grid Mode: Automatically switches to an independent microgrid during grid outages, with critical loads powered by "photovoltaics + batteries".

UPS Mode: Provides millisecond-level uninterrupted power switching, protecting delicate equipment.

Intelligent Monitoring and Management: Typically equipped with a Wi-Fi/4G monitoring module, supporting remote viewing of power generation, power consumption, battery status, and revenue data via a mobile app for convenient user management.

Three-phase Load Balancing: Intelligently manages three-phase output, helping to stabilize the local grid and avoid problems caused by single-phase overload.

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