JA Solar Bifacial modules - Innovative energy for your solar solution
The bifacial solar modules from JA Solar impress with maximum efficiency and state-of-the-art technology. Thanks to light absorption on both sides, they maximize energy generation and are ideal for surfaces with high reflection. You benefit from more power and optimum use of the available light. The Deep Blue 4.0 Pro series in particular sets new standards in terms of performance and reliability.
Why choose JA Solar bifacial solar modules?
Double the energy yield with bifacial technology
JA Solar's bifacial modules, especially the Deep Blue 4.0 Pro series, take your energy production to the next level. The light absorption on both sides significantly increases performance. In addition to direct sunlight, reflected light from surfaces such as concrete, gravel or snow is also used efficiently, leading to an increase in output of up to 25 %.
The most important advantages at a glance:
- Increased efficiency: Maximum light output thanks to bifacial technology.
- Innovative design: State-of-the-art technology from the Deep Blue 4.0 Pro series for optimum performance.
- Flexible use: Ideal for industrial areas, open spaces and flat roofs.
- More energy yield: High output even in environments with strong reflection.
Robustness and reliability
With high-quality materials and strict quality controls, JA Solar modules guarantee a long service life and stable performance. Even under demanding conditions, the modules deliver maximum yields.
Flexible application options
Whether on industrial areas, open spaces or flat roofs - the bifacial modules from JA Solar offer versatile installation options and adapt to a wide range of requirements. They are particularly effective in environments with highly reflective surfaces.
More yield, more efficiency
JA Solar's bifacial solar modules, including the Deep Blue 4.0 Pro series, use light on the front and back to significantly increase energy yields. They combine innovative technology with high reliability and help to effectively reduce electricity costs - an ideal choice for future-proof projects.