Ballast systems are an extremely effective way to install solar panels on flat roofs or other surfaces without penetrating the roofing material. The way these systems work is quite simple, but extremely effective.

Typically, ballast systems use heavy materials such as concrete blocks, weights or mechanical anchors to securely fix the solar panels to the roof. These materials are strategically placed to support the weight of the solar panels and keep them stable. By effectively distributing the weight of the solar panels and ballast across the roof surface, a secure hold is ensured without the need to penetrate the roofing material.

The solar modules are then mounted on special brackets or rails that are integrated into the ballast. These brackets ensure that the solar panels stay securely in place and do not shift or move, even in adverse weather conditions such as strong wind or rain.

Another important aspect of how ballast systems work is their ability to evenly distribute the load of the solar panels across the roof surface. This reduces pressure on the roofing material and prevents potential damage or leaks. Avoiding drilling or other interventions in the roofing material also preserves the integrity of the roof, increasing its lifespan and safety.

Overall, ballast systems provide a simple but extremely effective method for installing solar panels on flat roofs or other surfaces. Their simple design, effectiveness and preservation of roof integrity make them an attractive option for those who want to use solar energy without having to undertake extensive construction work.