Join the solar revolution

Lithuania may not receive as much sunshine as Portugal or Turkey, but the amount is nearly comparable to that of northern Spain. This is sufficient to successfully harness solar energy for your needs. A similar situation exists in Germany, which is one of the most efficient countries in Europe at utilizing solar energy.

In the summer, a solar power plant generates more electricity, but by taking advantage of the ESO electricity storage service, you can accumulate enough electricity to last throughout the winter. In our climate, a properly oriented solar power plant can produce about 10,000 kWh of electricity per year. This amount is often sufficient for a family with high electricity consumption habits.

The ideal locations for a solar power plant in Lithuania are in the Klaipėda or Marijampolė counties. If you live in these areas and your roof has a 35-degree slope facing south, you will have one of the most efficient solar power systems in Lithuania. However, if the roof has a complex structure and is oriented in less sunny directions, the electricity generation—and therefore the payback period—may be extended.

After heavy hail, small cracks or scratches may appear on the protective glass of a solar panel, and depending on the impact strength, the solar cells themselves could be damaged. The good news is that before solar panels reach the market, manufacturers conduct thorough testing to ensure that their products can withstand various extreme weather conditions, including hail and strong winds. Solar panels are designed to last 25 years or longer, and since they are inherently meant for outdoor use, they are built to be durable.

So, while hail can damage solar panels, it is relatively rareThanks to careful design and testing, damage typically occurs only in the most extreme weather conditions. Additionally, different solar panel manufacturers optimize their products based on various performance factors. This means you have options when choosing brands and panel types. By consulting with our team, our specialists can recommend high-quality solar panels that not only meet your energy goals but are also best suited to your local weather conditions.

Dirty solar panels can lose up to 20% of their efficiency. However, there is no universal answer to how often solar power plants should be cleaned—it depends on factors such as location, weather conditions, the type of solar panels, and more. Rough glass and frames can contribute to the accumulation of dust. Meanwhile, frameless solar panels feature completely smooth glass and are coated with a special layer that prevents dust buildup. Since frameless panels don’t have frames, there’s less opportunity for dust to cling to them.
If you live near a dusty gravel road, more attention will need to be paid to maintenance. Similarly, areas near large fires may require more frequent cleaning. To ensure that the system operates as efficiently as possible, the general rule is to inspect (and clean, if necessary) the panels at least twice a year.