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GOOTU dual output hybrid solar inverter is a type of solar inverter that has two separate AC outputs. This allows for the inverter to be used in a variety of different applications, such as powering two separate buildings or powering a home and a backup generator simultaneously. The dual output feature also allows for greater flexibility in system design, as it can be used to optimize energy production and distribution. Dual output solar inverters are commonly used in larger residential and commercial solar installations.

360° all-round protection

1. Short circuit protection: prevent accidental short circuit from damaging the device.
2. Overcurrent protection: prevent excessive current from burning the device.
3. Overvoltage and undervoltage protection: automatic protection when the voltage is too high or too low to ensure the stability of the device.
4. Overload protection: prevent excessive load from affecting the life of the device.
5. Backflow protection: prevent current backflow from damaging the system.
6. Overtemperature protection: automatic adjustment when the temperature is too high to prevent overheating.
7. Overcharge protection: prevent the battery from being overcharged and extend the service life.

WiFi and GPRS remote monitoring

1. Built-in wireless communication function, users can monitor system performance and power consumption in real time through mobile phones or computers
2. Settings can be adjusted at any time, which is very suitable for scenarios that require precise energy management

Efficient dual MPPT design

1.These inverters use dual maximum power point tracking (MPPT) technology to efficiently convert solar energy into usable electricity and cover a wider input voltage range, increasing solar energy utilization.
2.Energy saving and environmental protection benefits: With a DC-AC conversion efficiency of up to 98%, it can effectively reduce carbon dioxide emissions while reducing energy loss, making it very suitable for users seeking sustainable development solutions

RGB indicator Light

Red light: connected to battery
Blue light: connected to AC power
Orange light: connected to PCV

4 charging modes

1.Solar First: Use solar energy to charge the battery first, and only use the mains when there is no solar energy.
2.Utility First: Use the mains to charge the battery first, and only use solar energy when there is no mains.
3.Solar and Utility: Both solar energy and mains charge the battery at the same time.
4.Only Solar: Only rely on solar energy to charge, and will not use mains even if there is mains.

3 power supply modes

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