With the BRC Power Optimizer, the roof area can be used optimally. With our product, shading is no longer an issue. PV modules can also be installed on shaded roof surfaces with the help of our Power Optimizer.
With the BRC Power Optimizer, the roof area can be used optimally. With our product, shading is no longer an issue. PV modules can also be installed on shaded roof surfaces with the help of our Power Optimizer.
If shading affects a solar module, all other modules will supply less power. The weak module reduces the power of all the others. Modern systems can prevent this by “switching off” the module. This causes a lot of energy to be lost and creates hot spots that can damage the photovoltaic system.
The BRC Power Optimizer allows the harvest of remaining energy of the weak module without weakening the performance of the other modules. This is enabled by our technology, which can change the relationship between current and voltage. We maximize the energy yield and prevent hot spots.
If shading affects on part of a photovoltaic system, the performance of the entire system is severely weakened. Even one partially shaded module is enough to reduce the performance of all the others.
Modern systems have the option of disconnecting the partially shaded module from the power circuit so that the other modules are not weakened. However, this creates the problem of hot spots, which can damage or destroy the modules.
With the help of the BRC Power Optimizer, hot spots are eliminated and, in addition, the remaining energy of the partially shaded module is harvested despite shading, allowing us to harness the maximum energy yield of the system.