Trimax Solar


UP TO 695 Wp


The first solar cell developed was an N-type cell, yet in subsequent years the P-type cell prevailed. The reason for this was that in the early days the modules were mainly used in the aerospace industry, where the P-type modules had proved to be more resistant. Only in recent years have solar cell manufacturers begun to rethink their approach, which is due to the greater performance of the N-type cells. The main reason for this is the longer service life of these cells, because unlike the P-type, they are not threatened by the "boron-oxygen defect". This leads to a loss of efficiency with increasing operating time. In addition, N-type solar cells are less susceptible to metallic contamination of the silicon. This also means that they are virtually "immune" to light-induced degradation (LID) and potential-induced degradation (PID). quasi „immun“ gegen lichtinduzierte Degradation (LID) und potenzialinduzierten Degradation (PID) sind.

TopCon modules offer the highest efficiency. Due to the crystalline N-Type TopCon cell core (Tunnel Oxide Passivated Contact), more sunlight is converted into electricity. The N-Type cells have a significantly better resistance to high temperatures. This property increases the longevity of the modules as well as the efficiency compared to P-Type cell technology. In addition, there is better low-light behavior. Compared to the standard module, this means + 2 % more power, + 4 % more power over 30 years, a calculated lower space requirement and, as a result, lower installation costs.

TRIMAX Solar HALF-CUT ToPCon modules are extremely powerful and guarantee maximum reliability for high long-term yields. And they are guaranteed with a 30-year product warranty and 30-year performance guarantee*.

Sealing electrical components to protect them permanently from environmental influences has always been an issue with great potential for improvement in solar modules. The glass industry was confronted with the same challenge about 50 years ago and solved this in the production of insulating glass units (IG) with a special edge seal.

The process used in the production of windshields, thermal edge sealing, is used by TRIMAX Solar in the production of glass-glass modules. The high-quality protection against moisture, ammonia and salt corrosion, which has been proven over many years, significantly increases the service life of the solar module.

Bifacial (or bifacial) modules, or glass-glass modules, allow for a higher solar yield with the same surface area. With conventional modules, only the sunlight that falls on the front side can be used. Bifacial modules also convert indirect irradiation on the rear side into electricity, through light that is reflected from the substrate to the rear side of the module. Suitable primarily for flat-roof and ground-mounted systems.

Bifacial technology allows additional energy generation on the back side (up to 30%).
TRIMAX - High Density Encapsulation Technology: Less distance, higher efficiency. Thanks to optimized soldering processes and further technical developments, the spacing of the individual cells has been reduced from 2 mm to just 0.5 mm - for smaller modules and for an increase in area output while saving material.

*Glass-glass modules according to warranty conditions