Home>>Solar System>>About distributed PV system>> > Introduction of distributed generation
About distributed PV system

● Distributed photovoltaic power generation is introduced

Photovoltaic (pv) power generation refers to the use of solar energy photovoltaic cells convert solar radiation directly into electricity generation.

Distributed photovoltaic power generation, refers to the user, near the site where the construction operation mode is given priority to with spontaneous self-used user side, excess capacity on the Internet, and in the power distribution system adjustment characteristics of the photovoltaic power generation facilities. Distributed photovoltaic power generation follow adjust measures to local conditions, clean and efficient, scattered layout, the use of the principle of nearby, make full use of local solar energy resources, alternative and reduce fossil energy consumption.


Distributed photovoltaic applications

Can be installed in any place with sunlight, mainly divided into two categories: 
A, the various buildings and public facilities, to form a distributed building photovoltaic power generation systems. 
Second, the remote pastoral areas, islands, such as less electricity without electricity, form the off-grid type distributed or micro grid photovoltaic power generation system. 
Specific location, such as industrial buildings, commercial buildings, agricultural facilities, municipal public buildings, civil construction, such as color satisfies the requirement of load of concrete, steel and SLATE roof and the remote pastoral areas, such as island less electricity without electricity. 


● Principle of distributed photovoltaic (pv) grid power generation

Distributed photovoltaic (pv) grid generation is components by photovoltaic phalanx, junction box, and other components of the grid inverter, without energy storage, battery will directly by grid inverter input public electricity grid. 


● Energy storage system power generation principle

Energy storage system consists of photovoltaic components display, charge controller, battery and inverter, pv systems of electricity by filling the battery controller and then by the battery inverter power inverter to the load. Mainly suitable for no electricity or power resource scarcity areas