SUPPORT AND MOUNTING ASSEMBLY FOR SOLAR SYSTEMS

Abstract

The present invention relates to an assembly (1) for supporting and fixing solar systems, said solar systems comprising a solar collector and optionally a storage tank (10), said assembly (1) comprising at least two crossbeams (2) parallel to each other, at least two mounting bars (3) parallel to each other and perpendicular to said crossbeams (2) and coupled thereto forming a quadrilateral for the support of the solar collector, a first pair of box supports (4), each box support (4) having a lower face, an upper face and two lateral faces, each box support (4) being coupled from below to a mounting bar (3, 8) near the first crossbeam (2), two pillars (5) having the upper end having a hollow and quadrangular cross-section, and a second pair of box supports (4),said assembly (1) being configured to assume alternatively a first configuration for supporting solar systems and fixing on inclined surfaces, in which each of the two other box supports (4) is coupled from below to a respective mounting bar (3) near the second crossbeam (2) and in which each box support (4) is fixed to said inclined surface, or a second configuration for supporting solar systems and fixing flat surfaces, in which each column (5) is fixed to said flat surface, each box element (4) of the first pair of box supports (4) has the lower face and the contiguous side face inserted into said upper hollow end of a respective column (5) and the ends of said mounting bars (3) corresponding to the second crossbeam (2) in contact with said flat surface.

Description

(5) and the ends of said mounting bars (3) in correspondence with the second transverse beam (2) in contact with said flat surface.

Claims

DEMANDS 1. Assembly (IJ) for supporting and fixing solar systems, said solar systems comprising a solar collector and, where applicable, a storage tank (10), said assembly (1) comprising at least two crossbeams (2) parallel to each other; at least two mounting bars (3) parallel to each other and perpendicular to said crossbars (2) and coupled to the latter forming a quadrilateral for [the support of the solar sensor, a first pair of box-shaped supports (4), each box-shaped support (4) having a lower face, an upper face and two lateral faces, each box-shaped support (4) being coupled from the bottom to a mounting bar (3, 8) near the first cross member (2); two uprights (5) whose upper end has a hollow quadrangular cross-section; and a second pair of box-shaped supports (4), said assembly (1) being configured to take alternately a first configuration for supporting solar systems and attaching them to inclined surfaces, each of said two additional box-shaped supports (4) being coupled from below to a respective mounting bar (3) near the second cross member (2) and each box-shaped support (4) being attached to said inclined surface, or a second configuration for supporting solar systems and attaching to flat surfaces, each upright (5) being attached to said flat surface, the lower face and the contiguous side face of each box-shaped element (4) of the first pair of box-shaped supports (4) being inserted into said hollow upper end of a respective upright (5) and the ends of said mounting bars (3) being matched with the second cross member (2) in contact with said flat surface.

2. Assembly (1) according to the preceding claim, characterized in that it further comprises two additional mounting bars (8), each coupled to a respective mounting bar (3), said first pair of box-shaped supports (4) being coupled from the bottom to said two additional mounting bars (8); two brackets (7) for supporting the storage tank (10) of a solar system, 5 pairs from the top to said additional mounting bars (8), and a third pair of box-shaped elements (4) coupled from the bottom to said two additional mounting bars (8).

3. Assembly (1) according to the preceding claim, characterized in that it comprises two reinforcing plates (9), each coupled to a respective stirrup (7) and to a respective additional mounting bar (8) for the purpose of supporting said stirrup (7).

4. Assembly (1) according to any one of the preceding claims, 15 characterized in that it comprises four lifting supports (6), and in which, in said first configuration, each lifting support (6) is coupled from the bottom to a respective box-shaped support (4) and is fixed to said inclined surface.

5. Assembly (1) according to any one of the preceding claims, characterized in that it comprises four additional cross members (11), each coupled to one end of said crossbeams (2).

6. Assembly (1) according to any one of the preceding claims, characterized in that it comprises at least two connecting bars (12, 13), and in that, 25 in said second configuration, said at least two connecting bars (12) are arranged to form an X between said two uprights (5).

7. Assembly (1) according to any one of the preceding claims, characterized in that it further comprises two additional connecting bars (12, 30 13), and in that, in the said second configuration, each of the said connecting bars additional (12, 13) is connected to a respective amount (5) with a respective mounting bar (3).

8. Assembly (1) according to any one of claims 6 or 7, when it depends on claim 2 or 3, is characterized in that, in said first configuration, at least two of said at least two connecting bars (12, 13) are coupled to a respective pair of said additional box-shaped supports (4).

9. Assembly (1) according to any one of claims 6 or 7, characterized in that, in said first configuration, one of said at least two connecting bars (12, 13) is coupled to one or both of said pairs of box-shaped supports (4).

10. Assembly (1) according to any one of the preceding claims, characterized in that said cross members (2, 11), said mounting bars (3, 8) and / or said connecting bars (12, 13) have a cross section in the shape of “1”.