Why MoeCell's double angle of attack outshines conventional solar panels

The efficiency of solar panels depends largely on their angle of inclination. An optimal angle of inclination enables the sun's rays to be captured as best as possible and thus the energy yield to be maximized. In Germany, the ideal angle of inclination for photovoltaic systems is between 30° and 40°, depending on the geographical location and the orientation of the roof.

Conventional balcony power plants often use fixed angles that do not make optimal use of all hours of sunshine during the day. This leads to suboptimal light absorption and thus to lower electricity production. This is where MoeCell comes in with its innovative double angle of incidence. Both the system itself and the individual panels can be adjusted to make optimal use of the angle of incidence of the light. This design makes it possible to produce up to 45% more electricity than traditional, hanging panels.

The flexibility of the MoeCell system allows the panels to be optimally aligned depending on the position of the sun and the time of year. This is particularly advantageous on balconies, where space and alignment options are often limited. The adaptability of the double angle of attack can significantly increase the energy yield, leading to more efficient use of the available solar energy.

In summary, the double angle of the MoeCell offers a decisive advantage over conventional solar panels. The ability to flexibly adjust the angle of inclination maximizes power production and significantly increases the efficiency of the solar system. MoeCell is therefore an optimal solution for anyone who wants to generate sustainable energy on their balcony.