We have put together a generic solar mounting structure which can be used as a base for many different solar applications. From tracking the sun to provide light in the garden, to powering a small appliance or a domestic generator, the solar panels we have manufactured can provide up to 300kwh or more of additional power for around $100. This is just one example of how renewable energy sources can be used in our daily lives. So that you can also use this structure for your own purposes.
The solar panel mounting structure includes a panel frame, a panel holder, at least one panel connecting member, and at least one panel adjusting member. The panel frame is adapted to be mounted on a roof of a building. The panel holder is pivotally connected to the panel frame.
For most people, the first glimpse of a roof that uses a Solar Panel Mounting Frame is a design that is aesthetically pleasing due to the aesthetic of the frame. The frame is usually the first thing that is noticed.
However, the function of the frame is generally overlooked as the frame is usually made to look good. The function of the frame is to provide stable, high-strength support for the solar panel mounting structure which is the most crucial component of the roof.
The panel frame consists of two parallel steel rails on the roof, on which the solar panels are mounted. The rails have a series of holes along the length of the rails. Bolts go through these holes and into the roof to mount the structure.
The economic costs of mounting solar panels on roofs is often prohibitive, so commercial solar arrays are typically mounted on ground mount structures. The array structure itself has a significant effect on the economics and environmental performance of a solar power plant. Traditional ground mounts typically consist of steel and concrete and come in a variety of styles, with the majority of the space under the panels occupied by concrete and metal structure. These mounts can be very heavy and may limit the quantity of solar modules that can be installed.
