Why is the Xindun Power's LU series inverter considered a true split phase solar inverter? In South America, the mains voltage is quite unique, with two options: 110V and 220V. Local household appliances under 2KW typically require a 110V input voltage, while those above 2KW require 220V.
Thus, the split phase solar inverter design requires output voltages of both 110V and 220V, which is what we often call split phase solar inverter.
To power 110V appliances, the split phase inverter output ports are configured as L1+N or L2+N. For 220V appliances, the inverter output ports are configured as L1+L2+N.
However, most current split phase solar inverter lack overload protection when operating at 110V, requiring the user to control the total load power. Inadvertent overloads can easily damage internal components, such as the power board, after prolonged operation. Xindun Power's LU split phase solar inverter, whether operating at 110V or 220V, features overload protection. For example, if the output power exceeds the inverter's specified power rating when operating at 110V, a buzzer will first alert the user, indicating an overload. If the overload persists, the split phase solar inverter will automatically shut down, preventing fire and ensuring user safety. A true split phase inverter, whether operating at 110V or 220V, should include overload protection to ensure user safety.
In addition, current split phase solar inverter only accept either 110V or 220V input. Xindun Power's LU split phase solar inverter allows users to choose between 110V and 220V inputs on the same inverter, providing added convenience.
Xindun Power's LU split phase solar inverter not only meets the voltage splitting requirements of the South American market but also leads the industry in safety, reliability, and stability. Whether it's small household appliances or high power equipment, they can all get a stable and safe power supply. Want to learn more? Please contact Xindun now!
