Recent discoveries

Whether you are a homeowner, an investor, or an installer, the durability of a solar module is often just as important as its efficiency. In the evolving solar market of 2026, glass has transitioned from being a mere protective cover to the very backbone of a module’s longevity.

Here is an overview of the current market trends regarding glass thickness and why the 3.2 mm double-glass configuration — especially when framed — is the premier choice for those who prioritize resilience.

A solar carport is one of the most efficient ways to utilize home or commercial space. It protects vehicles from the elements while turning an otherwise passive structure into a high-performance energy generator. However, unlike a traditional rooftop installation, a carport roof is often visible from below and faces specific structural requirements.

When selecting the right modules for your project, there are three primary technological paths to consider based on your aesthetic and functional needs.

For decades, the solar industry had a "visual" problem. While the technology was revolutionary, the aesthetic—stark, blue, or black glass rectangles—often clashed with traditional architecture. For those living in historic districts or regions defined by classic clay tile aesthetics, going solar was often a dream blocked by strict building regulations.

Enter the SoliTek Solrif® D Terracotta series. These aren't just solar panels; they are architectural elements designed to disappear into the roofline while generating clean energy.

In the rapidly evolving solar market, savvy homeowners and developers are shifting their focus from "lowest price" to "highest long-term value." When investing in a solar system intended to last 30 years or more, the build quality and material integrity become paramount. Lithuanian manufacturer SoliTek stands out in the European landscape not just for its local production, but for engineering modules that thrive where others fail. Here is a deep dive into the technology that makes SoliTek a leader in the green energy transition.

Although many homes in Lithuania are still covered with asbestos slate, residents are increasingly looking for alternatives and discovering smart, sustainable solutions. One such solution is solar modules installed in place of conventional roofing. This is not only aesthetic and functional but also cost-effective.

Today, solar energy is increasingly being integrated into functional solutions—from rooftops to transport infrastructure. A particularly innovative shift is the use of bifacial solar modules as noise barriers along roads or railways: such structures reduce noise, generate green energy, and save infrastructural space.