3 Column High Grade Aluminium Structure For Solar Panels Frameless Ground Mounted PV Systems

3xN Aluminum Ground Mounting System Solar Power Station Solar Photovoltaic System
 

Referring to many cases of photovoltaic projects, the general arrangement of modules is divided into 2xN vertical array or 4xN horizontal array, which are the most economical in terms of material and land.

However, since the output of the photovoltaic array is directly followed by the photovoltaic grid connected inverter, the design of the photovoltaic array should also fully consider the adaptation with the inverter. Sometimes 3xN or other combinations will appear. In general, when EPC designs the photovoltaic array, in order to make the array output as much energy as possible, it is necessary to make the photovoltaic module obtain enough radiation energy as much as possible. Therefore, it is necessary to consider the azimuth angle and inclination angle of the photovoltaic array. Since the total area of the open space (including the roof) is limited, it is necessary to properly consider reducing the floor area of the photovoltaic array as much as possible on the premise of obtaining a reasonable output of total energy.

Compared with the 4xN array, the cost performance of the 3XN array is not particularly high, but when the site is limited, considering that the shadow area is as small as possible and the installed capacity is as large as possible, then the 3XN array is also a good choice. Therefore, we should not make subjective comments on which layout is better, but should choose the most appropriate one according to the actual situation.

Technical Data

Aluminum Ground Mount System Components

Photo	Item No	Name	Product type	Product line
	G000300F/R	Column unit	Racking	MGA
	E3801440A3	Beam unit	Racking	MGAS II
	44L3550A	Rail	Racking	MGA
	5ZL2750A	Rear tie	Racking	MGA
	A351	Clip	Racking	MGA
	A735	End clamp	Racking	ALL
	A835	Mid clamp	Racking	ALL