Distributed photovoltaic power generation uses photovoltaic components to directly convert solar energy into electrical energy in a distributed power generation system
The capacity of the power station is generally  within 3-10 kW
It connects to the public grid or user grid at a voltage level of 220V.

Applications
Utilizing photovoltaic power stations built on residential rooftops, villa communities, and small parking lots in communities
Self-consumption with surplus electricity feeding into the grid

Distributed photovoltaic power generation uses photovoltaic modules to directly convert solar energy into electrical energy
The capacity of the power station is generally above 100KW
It connects to the public grid or user grid at a voltage level of AC 380V

Applications
The photovoltaic power station is built on the roofs of commercial centers and factories
Self-consumption with surplus electricity feeding into the grid

By converting solar radiation energy into electricity through photovoltaic arrays, these systems are connected to the public grid and share the task of power supply
The capacity of the power station generally ranges from 5MW to several hundred MW
The output is boosted to 110kV, 330kV, or higher voltages and connected to the high-voltage grid

Applications
Due to terrain constraints, there are often issues with inconsistent panel orientations or shading in the morning or evening
These systems are commonly used in complex hillside stations with multiple orientations of solar panels, such as in mountainous areas, mines, and vast uncultivable lands

Through photovoltaic arrays, solar radiation is converted into electrical energy, connected to the public grid to jointly provide power
The capacity of the power station is generally between 5MW and several hundred MW
The output is boosted to 110kV, 330kV, or higher voltages and connected to the high-voltage grid.

Applications
Commonly used in photovoltaic power stations developed on vast and flat desert grounds; the environment features flat terrain, consistent orientation of photovoltaic modules, and no obstructions