Abstract:
A solar battery assembly is provided. The solar battery assembly comprises: a plurality of solar cells (1); and a plurality of conductive strips (5), for connecting the plurality of solar cells (1) with each other and/or for connecting the solar cell (1) with a load, in which each solar cell (1) comprises a front electrode and a back electrode, the front electrode is connected with a first connecting region (51) of a first conductive strip (5), the back electrode is connected with a second connecting region (52) of a second conductive strip (5), a width of a widest portion of the first connecting region (51) is a, a width of a widest portion of the second connecting region (52) is b, and a<b.
Abstract:
A solar battery assembly is provided. The solar battery assembly comprises: a plurality of solar cells (1); and a plurality of conductive strips (5), for connecting the plurality of solar cells (1) with each other and/or for connecting the solar cell (1) with a load, in which each solar cell (1) comprises a front electrode and a back electrode, at least a portion of the front electrode's width changes with a change of a current density, the front electrode is connected with a first connecting region (51) of a first conductive strip (1), the back electrode is connected with a second connecting region (52) of a second conductive strip (1), and at least a portion of the first connecting region (5 l)'s width changes with the change of the current density.
Abstract:
A welding strip for solar battery includes a first strip segment (1) including an arc section (2), wherein the number of the arc section (2) is n, the difference between an arc length of the arc section (2) and a chord length of the arc section (2) is △L, 0.4mm ≤ n⋅△L ≤ 1.0mm, and n is an integer.
Abstract:
A welding strip for solar battery and a solar battery assembly are provided. A welding strip for solar battery includes a first strip segment (1) defining a first surface (13) and a second surface (14) opposed to each other in a width direction of the first strip segment (1), wherein the first strip segment (1) includes an arc section (11) and a connection section (12) connected to the arc section (11) in a length direction of the first strip segment (1), and at least one notch (15) is formed in at least one of the first and second surf aces (13, 14).
Abstract:
A solar battery assembly is provided. The solar battery assembly comprises: a plurality of solar cells (1); and a plurality of conductive strips (5), for connecting the plurality of solar cells (1) with each other and/or for connecting a solar cell (1) of the plurality of solar cells (1) with a load, in which each solar cell (1) comprises a front electrode and a back electrode, a first end (51) of a conductive strip (5) of the plurality of conductive strips (5) for connecting two solar cells (1) is connected with the front electrode of one solar cell (1), a second end (52) of the conductive strip (5) is connected with the back electrode of the other solar cell (1), at least a portion of the first end (51) is a trapezoid in shape, and the second end (52) is uniform in width.
Abstract:
A solar battery assembly is provided. The solar battery assembly comprises: a plurality of solar cells (1); and a plurality of conductive strips (5), for connecting the plurality of solar cells (1) with each other and/or for connecting the solar cell (1) with a load, in which each solar cell (1) comprises a front electrode and a back electrode, the front electrode is connected with a first connecting region (51) of a first conductive strip (5), the back electrode is connected with a second connecting region (52) of a second conductive strip (5), and at least a portion of the first connecting region (51)'s width changes with a change of a current density.
Abstract:
A solar cell assembly and a solar cell module are provided. The solar cell assembly includes a solar panel (5); and an installation member (4) having a supporting portion (41) configured for fixing the solar panel and a connecting portion (43) configured for fixing the installation member onto a support beam (7). The supporting portion is disposed on a backside of the solar panel, the connecting portion extends out of an edge of the supporting portion along a direction parallel to the solar panel, the connecting portion locates outside of a coverage area of the solar panel, and the connecting portion defines a installation hole (431) therein.
Abstract:
A back contact solar cell substrate, a method of manufacturing the same and a back contact solar cell including the same are provided. The back contact solar cell substrate includes: a silicon chip (4), a light-receiving grid line (1) disposed on a light-receiving surface of the silicon chip (4), a side connecting element (10) disposed on a side surface of the silicon chip (4) and insulated from the silicon chip (4); a positive electrode (6) disposed on a backlight surface of the silicon chip (4); a negative electrode (8) disposed on and insulated from the backlight surface of the silicon chip (4), and electrically connected to the light-receiving grid line (1) through the side connecting element (10); and a back surface field (5) disposed between the positive electrode (6) and the backlight surface of the silicon chip (4), and electrically contacted with the positive electrode (6).
Abstract:
The present invention discloses a solar cell module and a manufacturing method thereof. The solar cell module includes an upper glass plate, a front adhesive layer, a solar cell array, a back adhesive layer and a back plate superposed in sequence. The back plate is a water vapor insulation back plate having a transmission rate less than or equal to 0.1mg/m 2 /day; the solar cell array comprises a plurality of cells and conductive wires, adjacent cells being connected by the conductive wires; the cells are provided with secondary grid lines on front surfaces thereof, and the conductive wires are welded with the secondary grid lines by a welding layer with an alloy which contains Sn and Bi. The solar cell module according to the embodiments of the present invention can improve the connection effect of the conductive wires and the cells, so as to guarantee the photoelectric conversion efficiency. Moreover, the upper glass plate, the front adhesive layer, the back adhesive layer and the lower glass or metal plate may seal the welding layer effectively to protect the cell array, so as to slow down the corrosion of the solar cell module and to prolong the service life.
Abstract:
A solar cell module (100) and a manufacturing method thereof are disclosed. The solar cell module (100) includes an upper glass plate (10), a front adhesive layer (20), a solar cell array (30), a back adhesive layer (40) and a back plate (50) superposed in sequence. The solar cell array (30) comprises a plurality of cells (31), adjacent cells (31) connected by a metal wire that extends reciprocally between a surface of a first cell (31A) and a surface of a second cell (31B) adjacent to the first cell (31A) to form a plurality of conductive wires (32), the cells (31) comprising secondary grid lines (312) disposed on front surfaces thereof, the conductive wires (32) being welded with the secondary grid lines (312), at least one of the front adhesive layer (20) and the back adhesive layer (40) having a thickness of larger than or equal to the metal wire in a direction perpendicular to the cell (31), and smaller than 400μm.