Principle and connection of split-phase dual output hybrid inverter
Split-phase dual output inverter is an inverter that can output two independent circuits at the same time. Its principle is to convert DC power into AC power and match the split-phase power grid standard through a split-phase output design. This inverter has built-in MPPT technology, which can maximize the energy collection of the solar panels and improve the energy conversion efficiency of the entire system.
Connecting a split-phase dual-output inverter is easy. First, connect the solar panel to the DC input of the inverter. Then, connect the AC output of the inverter to the two separate circuits that need to be powered. Through this connection method, solar energy can provide power to two circuits at the same time, optimizing energy distribution and improving system flexibility and reliability.
Power quality
The split-phase dual-output inverter can provide stable pure sine wave current and is suitable for electrical equipment with high power quality requirements. Using this kind of inverter can reduce the equipment failure rate and protect the life of electrical equipment.
Efficient energy conversion
The built-in MPPT technology of the split-phase dual-output inverter can maximize the energy collection of the solar panels and improve the energy conversion efficiency of the entire system. This means that more solar energy can be converted into usable electricity and provided to the devices that need to power it.
Grid power
The split-phase output design enables the split-phase dual-output inverter to match the split-phase power grid standards in the United States and South America. This kind of inverter can provide local electric energy that is compatible with the power grid to meet users’ demand for electric energy.
Energy Management
The dual output design of the Split Phase Dual Output Inverter allows solar energy to power two independent circuits at the same time. This energy management approach optimizes energy distribution and increases system flexibility and reliability.
Where are 110VAC220VAC/120VAC240VAC split-phase dual-output hybrid inverters used?
Split-phase dual-output inverters are suitable for a variety of applications, including residential and commercial buildings, industry, and remote locations.
In residential and commercial buildings, split-phase dual-output inverters can be used for residential rooftop solar systems and commercial buildings for self-contained power. It can provide these sites with high-quality backup power to meet their requirements for power quality and reliability.
In the industrial field, industrial production has high requirements on the stability and quality of electric energy. The split-phase dual-output inverter can provide stable power supply for important industrial equipment and ensure the normal progress of industrial production.
In remote areas or places with underdeveloped power grids, split-phase dual-output inverters can serve as reliable power sources to support the operation of infrastructure. This inverter can provide stable power to these areas and improve living conditions.
Main application countries include the United States, Dominica, Puerto Rico, Colombia, and other South American countries, as well as other countries using split-phase power grid systems.
