High-Quality Hybrid inverter charger controller all in one Supplier, Exporter

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High-Quality Hybrid inverter charger controller all in one Supplier, Exporter

The Hybrid inverter charger controller all in one unit is an integrated device with both photovoltaic charging, utility charging and inverter functions. It can efficiently use solar energy or utility power to charge the battery, and at the same time convert DC power to AC power output, to meet a variety of power needs, suitable for home backup power, outdoor work and other scenarios, easy to operate, stable and reliable.

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Product Description

Performance Features

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High-efficiency charging: Support MPPT (Maximum Power Point Tracking), PV charging efficiency up to 99%, can quickly capture the maximum power of solar panels; utility charging adopts a four-stage intelligent charging mode, compatible with lead-acid, lithium batteries and other battery types. (Optional PWM control mode is available)

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Stable inverter: Built-in pure sine wave inverter, stable output voltage, pure waveform, compatible with all kinds of household appliances, power tools and industrial equipment, conversion efficiency of 94% or more (half-load environment).

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Intelligent management: Equipped with DSP intelligent chip, it monitors the system status in real time, supports automatic switching of power supply modes (utility priority/photovoltaic priority/inverter priority), and is equipped with multiple protection functions, such as overcharging, over-discharging, overloading and short-circuit.

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Wide Voltage Adaptation: Support 96V-600V (customised) DC voltage input, AC output covering 110V/220V/380V/460/520V to meet the needs of different scenarios.

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Convenient operation: Equipped with LED/LCD display, real-time display of operating parameters; support remote monitoring (RS-485 interface or CAN communication), convenient for centralised management.

Application Scenarios

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Family energy storage: As a family backup power supply, using solar panel charging, utility power auxiliary supplement, to ensure the continuous operation of refrigerators, lighting and other equipment during power outages.

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Outdoor operation: Supply power for mobile equipment and power tools, support vehicle charging and energy storage, meet the needs of field construction, camping and other scenarios.

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Off-grid power supply: Suitable for remote areas, islands and other areas without power grid, providing stable power support to drive communication base stations, monitoring equipment, etc.

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Industrial applications: In factories, mines and other scenarios, it provides reliable power for production lines, mechanical equipment, and reduces dependence on the traditional power grid.

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Commercial venues: Provide emergency power for shopping malls, supermarkets, etc., to ensure the normal operation of key equipment (e.g., cash registers, freezers) in the event of a power outage.

Application scenarios of the solar power system

Frequently Asked Questions

What is the PV charging efficiency of this system?

The system supports MPPT (Maximum Power Point Tracking) technology, which allows for a PV charging efficiency of up to 99%, ensuring maximum energy capture from your solar panels.

What types of batteries can I use with this inverter?

The intelligent four-stage charging mode is compatible with various battery types, including lead-acid and lithium batteries.

Can it handle industrial-grade equipment?

Yes, the built-in pure sine wave inverter provides a stable output voltage and pure waveform, making it compatible with household appliances, power tools, and industrial equipment.

Does the system support remote monitoring?

Yes, the system is equipped with an RS-485 interface or CAN communication, allowing for remote monitoring and centralised management of all operating parameters.

What safety protections are built into the device?

The system includes a DSP intelligent chip that provides multiple protection functions, including overcharging, over-discharging, overloading, and short-circuit protection.

What are the available AC output voltage options?

The AC output can be configured to cover 110V, 220V, 380V, 460V, or 520V, meeting the requirements of different global regions and industrial needs.