10kW 48V Single Phase Hybrid Solar Inverter with Dual MPPT IP65

The 10kW 48V Single Phase Hybrid Solar Inverter with Dual MPPT IP65 is designed for higher-power residential solar systems where PV generation, battery storage and AC supply need to be managed within one inverter platform.

With 10000W rated output, up to 16200W of PV input and 220A maximum charging current, this model is suited to solar systems with larger simultaneous household loads and higher battery charging requirements.

What Can a 10kW Hybrid Inverter Handle?

For residential system sizing, inverter power should be selected according to the electrical loads that may operate at the same time rather than total daily energy consumption alone.

A 10kW rated output provides more capacity for homes using several higher-power appliances simultaneously. Air conditioners, water pumps, electric cooking equipment and other large loads should still be considered individually when calculating peak demand.

16.2kW PV Input for High-Capacity Solar Arrays

The PV input section supports up to 16200W, giving installers additional flexibility when pairing a larger solar array with a 10kW AC inverter.

Maximum DC voltage is 520Vdc and the MPPT operating voltage range is 50–450Vdc. Solar array design therefore needs to consider both total panel wattage and the electrical characteristics of each PV string.

The selected solar module Voc, Vmp and current should be checked before determining the final number of panels per string.

Dual MPPT for Multi-String Solar Design

The 10kW model provides two MPPT trackers. The technical specification lists maximum PV input current as 18A + 36A across the MPPT inputs.

This provides flexibility when the solar array needs to be divided into separate input groups, such as installations with different roof orientations or different PV string arrangements.

Designed for Solar Self-Consumption and Backup Power

The inverter includes grid-tied, off-grid and hybrid operating specifications, allowing one system to coordinate PV generation, battery storage and AC power according to the installation requirements.

48V Battery Platform with 220A Charging

The battery side is based on a nominal 48Vdc architecture and supports up to 220A maximum charging current. CAN and RS485 interfaces are provided for communication with compatible battery systems.

51.2V LiFePO4 batteries are commonly used within 48V-class energy storage systems, but the exact battery operating voltage, charging limits and BMS communication protocol should be checked before confirming compatibility.

Core Technical Specifications

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8kW or 10kW Hybrid Inverter: Which One Should You Choose?

The better choice depends primarily on simultaneous load demand, solar array size and battery charging requirements.

A 10kW inverter may be more suitable when the home has higher peak loads, a larger planned PV array or a battery system that can make use of the higher charging capability. Selecting a larger inverter without considering the actual load and battery system is not necessary.

Parallel Operation for Future Power Expansion

The inverter series supports up to six units in parallel for single-phase supply, providing an expansion path when one 10kW inverter is not sufficient for the required system output.

The specification also lists a three-unit configuration for three-phase supply. Parallel and phase configuration should be confirmed according to the project electrical design before installation.

Frequently Asked Questions