PHOTOVOLTAIC PANELS

LET'S FIND OUT SOMETHING MORE ABOUT PHOTOVOLTAIC PANEL TECHNOLOGIES

Difference between P-TYPE and N-TYPE technology?

P-type cells are the most widespread on the market, they are built on a positively charged silicon base. And the wafer contains boron, which has one fewer electron than silicon. The front part of the wafer instead has a negative charge and has phosphorus with one more electron than silicon.

This cell architecture helps form the P-N junction that allows electrical flow within the PV cell.

N-type cells are built starting from the reverse concept, therefore on a negatively charged base. In terms of efficiency they are the most powerful, as the carrier has a longer life as it is not subjected to a boron-oxygen combination.

They are less subject to metallic impurities than silicon and immune to LID – Light Induced Degradation.

30 YEAR GUARANTEE

Linear production guarantee 85% power

JUNCTION BOX

Degree of protection: IP67
Security level: Class II
Maximum system voltage: 1500V
It effectively resists aggressive environments
UNI9177 fire reaction class: Class I

CHASSIS

High resistance to mechanical load, up to 5400 Pa. Anodic oxidation layer for better resistance to chemical corrosion.

HALF-CUT TECHNOLOGY

New circuit design, lower internal current and lower internal resistance loss

SIGNIFICANTLY AVOIDS HEAT POINTS

The unique circuit design to significantly reduce the hot point temperature, so as to reduce the loss of power and thus increase the output of the modules.

REDUCED COSTS

Increasing power generation can reduce the cost per KWh

EXCELLENT PID RESISTANCE PERFORMANCE

The performance of the PID (potential induced degradation) resistor has exceeded the TUV Nord standard.

30 YEARS

Linear production guarantee

85% power

30 ANNI

Garanzia di produzione lineare.

87.4% di POTENZA

JUNCTION BOX

Degree of protection: IP67
Security level: Class II
Maximum system voltage: 1500V
It effectively resists aggressive environments
UNI9177 fire reaction class: Class I

CHASSIS

High resistance to mechanical load, up to 5400 Pa.
Anodic oxidation layer for better resistance to chemical corrosion.

SMBB TECHNOLOGY

Higher current production and module reliability.

PID RESISTANCE

Excellent Anti-PID performance guarantee thanks to optimized processes, production materials and mass controls.

RESISTANCE TO EXTREME ENVIRONMENTAL CONDITIONS

High resistance to salt spray and ammonia.

ENHANCED MECHANICAL LOAD

Certified to withstand:
wind load (2400 Pascal)
snow load (5400 Pascal)

PLUG & PLAY BALCONY KIT

For Residential systems 2 PANELS 410W + MICROINVERTER + BRACKET

Plug and play solar panels are compact photovoltaic systems that can be easily placed on terraces, windows or in outdoor areas. These devices are designed to be very simple to use and do not require any special technical knowledge for their installation.

Thanks to their portability and ease of use, plug and play panels have become an increasingly popular solution for those who want to produce electricity easily and economically.