eTILE Technology

Extreme weather events are becoming more frequent in Europe. Only in the last 5 years have we recorded record wind speeds - from 200 km/h during storm Ciaran in France, to 168 km/h in Śnieżka in Poland. Traditional photovoltaic installations, mounted on structures above the roof, are particularly vulnerable to damage during strong winds. The space between the panels and the roof creates a critical point where the wind can pick up the entire structure. How to effectively protect the solar roof from the destructive force of the wind? The answer is the StormLock System - a breakthrough technology developed by Electrotile engineers, inspired by solutions from the aerospace industry.

Did you know that hail the size of a golf ball can hit your roof at speeds of up to 100 km/h? In recent years, we have seen an increasing incidence of extreme weather events, including devastating hailstorms. Traditional photovoltaic panels are particularly vulnerable to damage during such phenomena. How to effectively protect photovoltaics from hail?

Suppose you have a complex electrical installation operating under high voltage on your roof. And now think that it is exposed to extreme conditions: the scorching sun, heavy rain, snow and frost. How to ensure its complete safety for decades? Introducing SafeCore Integration — a groundbreaking electrical wiring technology that has revolutionized the safety of solar roofs.

The durable and reliable connection of glass to metal is one of the biggest challenges in the production of solar roofs. This problem is a nightmare for manufacturers all over the world, because not only the tightness of the roof, but also the long-term safety of the entire installation depends on the quality of this connection. Extreme conditions prevail on the roof - from the scorching sun and temperatures reaching 80°C in summer, to freezing -30°C in winter. Added to this are sudden changes in temperature, strong winds, hail and heavy rainfall.

When building a house with a solar roof, you make a decision for decades. However, many companies in the photovoltaic market are mainly focused on quick sales without thinking about long-term customer support. The problem usually appears after a few years, when a single element needs to be replaced. Then it turns out that the manufacturer no longer exists or has ceased to produce the model in question. How to ensure peace and security for years to come? The answer is the Electrotile component availability guarantee system.