5results about How to "Increase the generating area" patented technology

This utility model discloses a support system for an integrated sloping roof and courtyard, and a residential photovoltaic power station. The system includes a roof support and a courtyard support. The roof support comprises several horizontally spaced inclined beams on a first sloping roof, several horizontally spaced back braces on a second sloping roof, and short column support assemblies installed on both the first and second sloping roofs to support the inclined beams and back braces. The back braces are correspondingly positioned to the inclined beams, with their upward-sloping ends connected to the beams. The inclined beams extend downwards along the first sloping roof to above the courtyard. The courtyard support includes columns installed within the courtyard, with their upper ends connected to the inclined beams. A reinforcement structure is provided between the columns and the inclined beams, and / or between the columns themselves. The roof support and courtyard support can be designed as a single unit, forming a unified slope above the first sloping roof and courtyard for installing photovoltaic modules, increasing the number of photovoltaic modules installed and expanding the power generation area.

The embodiment of the present application relates to the photovoltaic field, and provides a photovoltaic module, comprising: a plurality of cell strings, the cell string comprising a plurality of cell pieces connected in series, the first cell piece connected in series in the cell string is a first cell piece, the last cell piece connected in series in the cell string is a second cell piece, a plurality of first cell pieces are connected through a first solder strip, a plurality of second cell pieces are also connected through the first solder strip, and the extension direction of the first solder strip is parallel to the extension direction of the first fine grid line in the cell piece. The photovoltaic module provided by the embodiment of the present application connects two cell strings which need to be connected in series through the solder strip interconnection strip perpendicular to the main grid at the head and tail cell pieces of the cell string, so that the head and tail cell pieces of the cell string can cancel the bus bar design, and the problem that the series connection mode of the cell string of the photovoltaic module in the prior art can limit the power generation area of the cell piece or easily cause the risk of hidden cracks / chips is solved.

A mobile expandable photovoltaic device, comprising a bearing support base body, a photovoltaic assembly, a hydraulic device, a longitudinal push rod, a transverse push rod, a transverse push rod support, a push rod fixing support, a transverse push rod shaft and a longitudinal push rod shaft are integrated on the bearing support base body, the hydraulic device is fixed to the bearing support base body through the push rod fixing support, and the output end of the hydraulic device is hinged with the longitudinal push rod shaft and the transverse push rod shaft through the longitudinal push rod and the transverse push rod respectively; the transverse push rod is fixed with the bottom of the photovoltaic assembly through the transverse push rod support; the longitudinal push rod shaft and the transverse push rod shaft are respectively limitedly installed with the photovoltaic assembly and the transverse push rod support, and are used for driving the photovoltaic assembly to lift and steplessly adjust the angle. The photovoltaic assembly angle is adjusted through the hydraulic device, the illumination condition is adapted, the device is flexible to move and expand, and the synergy is high; through the synergistic effect of the meteorological sensor and the control module, the ability to resist severe weather is improved; the device is additionally provided with a dustproof device, and maintenance is facilitated.

The utility model relates to a welding strip folding type photovoltaic module, which comprises battery pieces, and adjacent battery pieces are connected through a welding strip along the main grid direction of the battery pieces to form a battery piece string. A welding strip led out from one end of the battery piece string is a positive electrode and is connected through a positive electrode bus bar; the welding strips led out from the other ends of the battery piece strings are cathodes and are connected through a cathode bus bar, and the welding strips at the two ends of the battery piece strings are bent by 180 degrees, so that the anode bus bar and the cathode bus bar are positioned on the back surfaces of the battery pieces; the part, bent to the back face of the battery piece, of the welding strip is separated from the back face of the battery piece through an insulating filler strip, or the parts, bent to the back face of the battery piece, of the welding strip are separated through insulating filler strips. According to the arrangement, the front power generation area of the photovoltaic module is increased, and the efficiency of the photovoltaic module is improved; the design and the use of the bus bar are more flexible, the bus bar with enough sectional area can be used for converging, the electron collection capability can be improved to a certain extent, and the assembly power and the assembly efficiency are improved.