In the first variation the panel is rotated (e.g. The first two variation use horizontal rails.

It’s the same rails, same clamps, same bolts. And all these variations can be mounted with most of today’s standard racking systems. All of them make sure that the solar panels are clamped within the “high load” clamping areas specified by the panel manufacturer, thus ensuring maximum load capacity. There are at least three workable ways to install solar panels after a rotation. Three different ways to mount X-panel on pitched roofs. or: higher system cost for frameless panels and/or special racking.

higher maintenance cost due to faster cleaning cycles.

solar plant design (5): X-panel for pitched roofs We are offering direct licenses to solar project developers on a pay-per-site basis. Please note: We do not manufacture solar products, e.g. You can also invite me to your personal LinkedIn network if you would like to discuss these technologies personally. Please feel free to like or share this posting. Like before you’re always very welcome to discuss the systems. In this article I’ll discuss how to apply X-panel on these roofs. However, the X principle can be very beneficial for pitched roofs, too – especially for all those industrial buildings with typical slopes between 5 and 15 degrees that are common in Europe and in other parts of the world. These arrangements all help the solar panels to stay clean due to better evacuation of (dirty) water. In my previous articles I’ve showed several variations of the X-panel solar technology for utility-scale solar parks. With these posts I’d like to contribute with new technologies that I’ve developed over the last couple of years. From one-size-fits-all towards well-adapted systems that give better technical answers to the most common cost problems.

Xpanel designs