Before installing a solar power plant, many questions arise: "How much energy will it produce?" "How much will the installation cost?" "How long will it take to pay off?" The right answers can be found by carefully inspecting the roof: When calculating the energy generation of a future solar power plant, the following characteristics of the roof are the most important:
The direction and slope of the roof. We assess how oriented the roof is and what the angle of its slope is. This will determine when the power plant will produce the most energy. This information is important in calculating whether production will coincide with your actual consumption during the day. The more electricity you produce and consume directly, the less you will have to feed into the grid, and the lower the costs associated with it.
Available roof area. We calculate how much space is left for the modules when evaluating chimneys, ventilation holes, skylights or other restrictions on the roof. Then we already know what power system can be installed, and calculate in advance what energy generation can be expected from a particular roof.
Object shading. We assess whether the shadows of trees, chimneys, surrounding buildings or other objects fall on the roof. Even a slight shading can affect the operation of the entire system. By evaluating future disturbances in advance, it is possible to select equipment and solutions more accurately so that the power plant operates more stably and efficiently.
Pinus LT starts its work with a detailed analysis of the object. And the final decision is always made by the customer, but it is much easier to make it when you know the exact numbers.
If you are considering a solar power plant on your roof, do not hesitate to contact Pinus LT specialists, and we will provide you with all the necessary information. We will offer not only solar modules, but also other necessary equipment – energy storage, inverters and other accessories.
Take a look at the projects we have implemented and make sure that every roof can be transformed into working energy independence.