Inverter solves outdoor power supply problem

When the grid encounters abnormal situation, the inverter power supply shall be stopped to avoid more serious damage on the grid. Based on the national standard, the protection range of the under-voltage and over-voltage at the AC output side is the 85%-110% of the rated voltage.

Always use identical power inverters to increase the power supply. It will ensure that the energy moving through the inverter flows at the same rate, and one of the inverters will be damage in the process. Additionally, when you connect two inverters, they will double the amperage capacity.

Some off-grid inverters come with an automated switching function. If the solar or battery power is low, the system will switch over to the backup power supply, like diesel generators or some other forms of energy systems.

When the main power grid is not po wered on, any inverter can work in the off-grid high-voltage mode to conduct the system hot-commissioning in terms of micro-grid. It can not only solve the problem of power supply for electrical equipment, but also verify the grid-co nnected performance of the system in advance, as shown in Figure 2.

Multi-mode inverters usually have functions of battery management and grid connection, with the intention of intelligently switching power sources based on energy demand. They can both generate electricity from the sun and draw power from the grid when power is low.

First, we have a multifunction inverter/charger with a power range from 700W to 6000W, supporting 12V/24V/48V DC input and converting it to 120V/220V/230V AC output. This inverter integrates both inversion and battery charging functions, providing continuous and stable power support with its portable size.