We offer the perfect solution for
shading, different inclinations and different orientations of your photovoltaic system.
Plan your system now and take advantage of our planning aids.
Power Optimizer M600-E
The successor to the M500 – designed for higher module power classes
Maximum efficiency
Simple installation
Long-Life electronics
Inverter independence
The new M605-M system
The proven benefits of BRC optimizers are now enhanced with monitoring function
Module-level monitoring
Powerline communication
Partial and full optimization
Power Optimizer M700-E
The powerful extension of our optimizer portfolio
Maximum efficiency
Easiest installation
Long-Life electronics
Inverter independence
General mode of operation
Here is the introductory video
1. Shading
Problem:
If one or more modules are shaded, the current they can generate is reduced. Since the remaining modules are connected in series, they are also limited to this reduced current.
➤ Your PV system produces less energy.
Solution:
Your BRC optimizer adjusts the current of the shaded modules to match the remaining modules, allowing your system to achieve maximum energy yield again.
Recommendation:
You can either equip all modules within the affected string (full optimization) or only the potentially shaded modules (partial optimization) with BRC optimizers.
If one or more modules are shaded, the current they can generate is reduced. Since the remaining modules are connected in series, they are also limited to this reduced current.
➤ Your PV system produces less energy.
Solution:
Your BRC optimizer adjusts the current of the shaded modules to match the remaining modules, allowing your system to achieve maximum energy yield again.
Recommendation:
You can either equip all modules within the affected string (full optimization) or only the potentially shaded modules (partial optimization) with BRC optimizers.
2. Different Module Orientation
Problem:
Modules with different orientations within the same string receive different amounts of sunlight throughout the day and therefore produce different current levels. Since the modules are connected in series, the entire string is limited by the weakest-performing section receiving the least sunlight.
➤ Your PV system produces less energy.
Solution:
Your BRC optimizer compensates for the lower-performing modules, allowing the stronger modules to operate at their optimum and maximizing your system's energy yield.
Recommendation:
Equip all modules in the affected string with BRC optimizers (full optimization).
Modules with different orientations within the same string receive different amounts of sunlight throughout the day and therefore produce different current levels. Since the modules are connected in series, the entire string is limited by the weakest-performing section receiving the least sunlight.
➤ Your PV system produces less energy.
Solution:
Your BRC optimizer compensates for the lower-performing modules, allowing the stronger modules to operate at their optimum and maximizing your system's energy yield.
Recommendation:
Equip all modules in the affected string with BRC optimizers (full optimization).
3. Different Module Tilt Angles
Problem:
Modules with different tilt angles within the same string receive varying amounts of sunlight throughout the day and therefore generate different current levels. Since the modules are connected in series, the entire string is limited by the weakest-performing section receiving the least sunlight.
➤ Your PV system produces less energy.
Solution:
Your BRC optimizer compensates for the lower-performing modules, allowing the stronger modules to operate at their optimum and maximizing your system's energy yield.
Recommendation:
Equip all modules in the affected string with BRC optimizers (full optimization).
Modules with different tilt angles within the same string receive varying amounts of sunlight throughout the day and therefore generate different current levels. Since the modules are connected in series, the entire string is limited by the weakest-performing section receiving the least sunlight.
➤ Your PV system produces less energy.
Solution:
Your BRC optimizer compensates for the lower-performing modules, allowing the stronger modules to operate at their optimum and maximizing your system's energy yield.
Recommendation:
Equip all modules in the affected string with BRC optimizers (full optimization).
Compatibility
We have the right optimizer for your inverter
"How can all roofs be optimally equipped with PV systems?"
Quote from Managing Director Pascal Ruisinger
At BRC Solar, we are united by one thing above all: a passion for photovoltaics and a strong focus on cost-effectiveness. Our vision is to develop innovative products that enable all roofs to be efficiently equipped with photovoltaics. Our company was born out of this passion. Our goal was and still is to create an important component for photovoltaic technology that is flexible and cost-effective for installers. The first step towards achieving this goal was the M500 power optimizer, which prioritized maximum efficiency, maximum independence from other components, and maximum simplicity.
” With our innovative solutions, we offer an important
building block for the photovoltaic industry worldwide.“