Abstract: A customizable solar panel rack is configured with connectible rails, a bottom support member, and a height-adjustable top support member to accommodate and thereby operate with different shapes and sizes of solar panels. Typically, the various components of the solar panel rack may be comprised of a metal, such as galvanized steel, titanium etc., but other suitable materials may also be possible. The top and bottom support members have two legs extending from their bottom to engage and attach to corresponding arms on a rail. The top and bottom support members each have a pull clamp that secures the solar panel to the top and bottom supports. A pull clamp bolt or screw engages with a threaded bore on the bottom and top support members, which then engages with an access hole on the pull clamp to secure the pieces together.

Abstract: A customizable solar panel rack is configured with connectible rails, a bottom support member, and a height-adjustable top support member to accommodate and thereby operate with different shapes and sizes of solar panels. Typically, the various components of the solar panel rack may be comprised of a metal, such as galvanized steel, titanium etc., but other suitable materials may also be possible. The top and bottom support members have two legs extending from their bottom to engage and attach to corresponding arms on a rail. The top and bottom support members each have a pull clamp that secures the solar panel to the top and bottom supports. A pull clamp bolt or screw engages with a threaded bore on the bottom and top support members, which then engages with an access hole on the pull clamp to secure the pieces together.

Abstract: A customizable solar panel rack is configured with connectible rails, a bottom support member, and a height-adjustable top support member to accommodate and thereby operate with different shapes and sizes of solar panels. Typically, the various components of the solar panel rack may be comprised of a metal, such as galvanized steel, titanium etc., but other suitable materials may also be possible. The top and bottom support members have two legs extending from their bottom to engage and attach to corresponding arms on a rail. The top and bottom support members each have a pull clamp that secures the solar panel to the top and bottom supports. A pull clamp bolt or screw engages with a threaded bore on the bottom and top support members, which then engages with an access hole on the pull clamp to secure the pieces together.

Abstract: A customizable solar panel rack is configured with connectible rails, a bottom support member, and a height-adjustable top support member to accommodate and thereby operate with different shapes and sizes of solar panels. Typically, the various components of the solar panel rack may be comprised of a metal, such as galvanized steel, titanium etc., but other suitable materials may also be possible. The top and bottom support members have two legs extending from their bottom to engage and attach to corresponding arms on a rail. The top and bottom support members each have a pull clamp that secures the solar panel to the top and bottom supports. A pull clamp bolt or screw engages with a threaded bore on the bottom and top support members, which then engages with an access hole on the pull clamp to secure the pieces together.

Abstract: A customizable solar panel rack is configured with connectible rails, a bottom support member, and a height-adjustable top support member to accommodate and thereby operate with different shapes and sizes of solar panels. Typically, the various components of the solar panel rack may be comprised of a metal, such as galvanized steel, titanium etc., but other suitable materials may also be possible. The top and bottom support members have two legs extending from their bottom to engage and attach to corresponding arms on a rail. The top and bottom support members each have a pull clamp that secures the solar panel to the top and bottom supports. A pull clamp bolt or screw engages with a threaded bore on the bottom and top support members, which then engages with an access hole on the pull clamp to secure the pieces together.

Abstract: A system for mounting and installing of solar photovoltaic modules is provided. The system is a lightweight, quick to install, and aerodynamic mounting system for integrating solar photovoltaic modules and solar photovoltaic arrays for low-slope rooftops. The mounting and installing of solar photovoltaic modules includes a rubber mat, a rail member positioned atop the rubber mat, a link member coupling multiple rails, a bottom link member and a top link member coupled to a rail member, a rear wind deflector coupled to a top link member, a flanking wind deflector coupled to a top link member and a rail member.